V371 21 Decrypt
Uploaded by
claudiohhezV371 21 Decrypt
Uploaded by
claudiohhezA B C D E F G H
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PG150-C03
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bu
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384b GDDR6 x16
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1
TALL DP + DP + DP + HDMI/DP + USB
TABLE OF CONTENTS
Page Description Page Description Page Description
1 Table of Contents 26 IFPF USB 51 PS: INPUT SWITCH_RTD3 USB
2 BLOCK DIAGRAM 27 IFPC HDMI/DP 52 PS: INPUT SWITCH RAIL BALANCE
3 PCI EXPRESS 28 IFPD DP 53 PS: DISCRETE STEERING
4 PCIE TERM 29 NVHS X16 54 PS: Input, filtering, and Monitoring
5 MEMORY: GPU PARTITION A/B 30 MISC: THERMAL, JTAG, GPIO, STEREO 55 PS: Current Sterring, Hot Unplug
2 2
6 MEMORY: FBA PARTITION[31:0] 31 MISC: ROM, STRAPS 56 PS: Prefilter
7 MEMORY: FBA PARTITION[63:32] 32 MISC: XTAL, PLL 57 Sequence: 5V, 1V8, NV3V3 EN
8 MEMORY: FBB PARTITION[31:0] 33 MISC: USB PPC 58 Sequence: NV, PEX, FB EN
9 MEMORY: FBB PARTITION[63:32] 34 PS: USB_C VR 59 Sequence: PCIE Voltage Monitor
10 MEMORY: GPU PARTITION C/D 35 PS: 5V 60 Sequence: Discharge
11 MEMORY: FBC PARTITION[31:0] 36 PS: PEXVDD 1V8 Rail 61 Sequence: MISC
12 MEMORY: FBC PARTITION[63:32] 37 PS: FBVDD Controller 62 MISC: FAN & LED1
13 MEMORY: FBD PARTITION[31:0] 38 PS: FBVDD Controller OVR3 63 MISCL: LED 2
14 MEMORY: FBD PARTITION[63:32] 39 PS: FBVDD Phase 1, 2 64 MCU ZERO POWER IDLE
15 MEMORY: GPU PARTITION E/F 40 PS: FBVDD Phase 3 65 MECH
3 3
16 MEMORY: FBE PARTITION[31:0] 41 PS: NVVDD Controller_OVR8 66 VR Thermal Protection
17 MEMORY: FBE PARTITION[63:32] 42 PS: NVVDD Phase 1
18 MEMORY: FBF PARTITION[31:0] 43 PS: NVVDD Phase 2
19 MEMORY: FBF PARTITION[63:32] 44 PS: NVVDD Phase 3, 4
20 GPU PWR AND GND 45 PS: NVVDD Phase 5
21 GPU PWR, GND and NCs 46 PS: NVVDD Phase 7, 8
22 GPU DECOUPLING 47 PS: NVVDD Phase 9, 10
23 GPU DECOUPLING 2 48 PS: NVVDD Phase 11, 12
24 IFPA/B DP 49 PS: NVVDD Phase 13, 14
25 IFPE DP 50 PS: INPUT SWITCH_RTD3
4 4
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom TABLE 2.1
Da te : Tues day, April 09, 2019 Shee t 1 of 66
A B C D E F G H
A B C D E F G H
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Cha ro XC
-X
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Diagram
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PD
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N
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C
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EXT_12V 2x3 or 2x3 PWR 1
NVHS
DP
NVVDD Power Supply STEER/BAL
NVVDD-PH1-13 OVR4i
2 2
MEM F MEM E
DP/HDMI
Power Supply
FBVDDQ
EXT_12V 2x4 PWR 2
FBVDD/Q PH1-3 OVR4i
MEM D
1V8 Power Supply
1V8 OVR1
3
384b STEER/BAL 3
DP
5V Power Supply
5V SWITCHER
OVRU
MEM C
DP
Power Supply
VBUS_USB
DP/USB
USB-VR OVRU
PEX_12V Finger
Power Supply
MEM A MEM B PEX_VDD
PEX_3V3 Finger
PEX_VDD OVR1
4 4
Input Switch
OVRS
3V3_AUX Finger
2xFAN
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom Block Diagram 2.1
Da te : Tues day, April 09, 2019 Shee t 2 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
PCI XC Express
od XC d
F- NET VOLTA GE MA X_CURRENT MIN_WIDTHF-
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12V
W
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3V3
CN1
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C1996 C1995 C1993 CON_X16 3V3 3.0A 0.400
10uF 2.2uF 0.1uF
y
bu COMMON R1397 0ohm
bu
16V 16V 16V CON_PCIEXP_X16_EDGE GND
04020.05 ohm COMMON 8.5A 0.400
20% 10% 10%
to
to
X6S X6S X7R
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B1 B9
k
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0805LP 0603 0402 +12V TRST* JTAG1
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COMMON COMMON COMMON B2 A5 PEX_TDI
+12V TCLK JTAG2
C
C
A2 A6 PEX_TDO
.c
GND
.c
+12V TDI JTAG3
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tr re
A3
+12V TDO JTAG4 A7 tr re
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B3 A8 DP_AUX_PROT
+12V/RSVD TMS JTAG5
1 3V3 24,25,26,27,28,57 PEX_DVDD 1
GND
IN Place between
B8
C145 C1986
+3V3 Place near balls GPU and PS
A9
4.7uF 0.1uF +3V3
5
3V3_AUX_CON A10 Q258A G Q258B G
+3V3
5
6.3V 16V R102 R95 2N7002DW 2N7002DW G Q259A G Q259B
0.400 1A
20% 10%
B10 100k 100k SOT363 SOT363
2N7002DW 2N7002DW C1672 C1683 C1687 C1681 C1724 C1713 C1808 C1813
X6S X7R +3V3AUX 1% 1%
COMMON COMMON
SOT363 SOT363 0.47uF 0.47uF 0.47uF 0.47uF 4.7uF 4.7uF 10uF 22uF
0603 0402 1 S D 6 4 S D 3 COMMON COMMON
0402 0402 4V 4V 4V 4V 6.3V 6.3V 6.3V 6.3V
COMMON COMMON PEX_PRSNT* PEX_SMCLK COMMON COMMON PEX_SMCLK_Q 6 D S 1 3 D S 4 I2CS_SCL_R
30% 30% 30% 30% 20% 20% 10% 20%
4 PEX_PRSNT2_A A1 B5 PEX_SMDAT R100 0ohm PEX_SMDAT_Q I2CS_SDA_R 30,63,64
OU T PRSNT1 SMCLK OU T G1A X6S X6S X6S X6S X6S X6S X7R X6S
4 B17 B6 0402 0.05 ohm COMMON R94 0ohm 30,63,64 0201W 0201W 0201W 0201W 0603 0603 0805 0805
OU T PRSNT2 SMDAT OU T D18Y
04020.05 ohm COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
BGA2824
GND PEX_CLKREQ* COMMON
4,61 B12 1/28 PCI_EXPRESS
BI CLKREQ
PEX_WAKE*
B4 B11 61 GC6_GPU_WAKE* GND
GND WAKE IN
A4 61 BL36 BG38
GND OU T PEX_WAKE PEX_DVDD
B7 PEX_RST* PEX_RST_BUF* BG39
GND PEX_DVDD C1738 C1708 C1709 C1717 C1712 C1824 C1825 C1815
A12 A11 61 29,33,61,63 BP35 BG41
GND PERST OU T IN PEX_RST PEX_DVDD 0.47uF 0.47uF 0.47uF 0.47uF 4.7uF 10uF 10uF 22uF
B13 GPU_PEX_CLKREQ* BG42
GND PEX_DVDD 4V 4V 4V 4V 6.3V 6.3V 6.3V 6.3V
A15 61 BN35 BH35
GND OU T PEX_CLKREQ PEX_DVDD 30% 30% 30% 30% 20% 10% 10% 20%
B16 PEX_REFCLK BH36
GND PEX_DVDD X6S X6S X6S X6S X6S X7R X7R X6S
B18 A13 PEX_REFCLK* PEX_REFCLK BM35 BH38 0201W 0201W 0201W 0201W 0603 0805 0805 0805
GND REFCLK PEX_REFCLK PEX_DVDD
A18 A14 PEX_REFCLK BL35 BH39 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND REFCLK PEX_REFCLK PEX_DVDD
PEX_TXX0 PEX_TX0 BH41
PEX_DVDD
A16 PEX_TXX0*
PEX_TX0 C1963 0.22uF PEX_TX0
PEX_TX0* BM36 BH42
remove POWER_BRAKE* PERP0 PEX_TX0 PEX_DVDD
A17 PEX_TX0 0402 6.3V C1961 0.22uF PEX_TX0 BN36 BG35
PERN0 PEX_TX0 PEX_CVDD
10% 0402 6.3V BG36
GND PEX_RX0 COMMON COMMON PEX_CVDD GND
X7R 10% X7R
B14 PEX_RX0* PEX_RX0 BT38
PETP0 PEX_RX0
B15 PEX_RX0 BU38
END OF X1 PETN0 PEX_RX0 C3972 C3976 C3980 C3983 C3962 C3964 C3966 C3967
2 PEX_PRSNT2_B PEX_TXX1 PEX_TX1 2
B31 A21 PEX_TX1 C1960 0.22uF PEX_TX1 BN38 BJ35
0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF 22uF 22uF
4 PEX_RSVD3 PRSNT2 PERP1 PEX_TXX1* PEX_TX1* PEX_TX1 PEX_HVDD
OU T C1927 0.22uF 4V 4V 4V 4V 6.3V 6.3V 6.3V 6.3V
4 PEX_PWRBRK A19 A22 PEX_TX1 0402 6.3V PEX_TX1 BP38 BJ36
OU T RSVD PERN1 PEX_TX1 PEX_HVDD 30% 30% 30% 30% 10% 10% 20% 20%
B30 10% 0402 6.3V BJ38
4 PEX_RSVD5 PWRBRK PEX_RX1 COMMON COMMON PEX_HVDD X6S X6S X6S X6S X7R X7R X6S X6S
OU T X7R X7R
A32 B19 PEX_RX1* PEX_RX1 10% BV38 BJ39
4 RSVD PETP1 PEX_RX1 PEX_HVDD 0201W 0201W 0201W 0201W 0805 0805 0805 0805
OU T
B20 PEX_RX1 BV39 BJ41 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
PETN1 PEX_RX1 PEX_HVDD
A20 PEX_TXX2 PEX_TX2 BJ42
GND PEX_HVDD
B21 A25 PEX_TXX2*
PEX_TX2 C1926 0.22uF PEX_TX2 PEX_TX2* BM38 BK39
GND PERP2 PEX_TX2 PEX_HVDD
B22 A26 PEX_TX2 0402 6.3V C1925 0.22uF PEX_TX2 BL38 BK42
GND PERN2 PEX_TX2 PEX_HVDD C3973 C3977 C3981 C3984 C3963 C3965
A23 10% 0402 6.3V
GND PEX_RX2 COMMON COMMON GND
A24 B23
X7R 10% X7R
BU39
0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF
GND PETP2 PEX_RX2* PEX_RX2 PEX_RX2 4V 4V 4V 4V 6.3V 6.3V
B25 B24 PEX_RX2 BT39
GND PETN2 PEX_RX2 30% 30% 30% 30% 10% 10%
B26 PEX_TXX3 PEX_TX3
GND X6S X6S X6S X6S X7R X7R
A27 A29 PEX_TXX3*
PEX_TX3 C1895 0.22uF PEX_TX3 PEX_TX3* BM39 0201W 0201W 0201W 0201W 0805 0805
GND PERP3 PEX_TX3
A28 A30 PEX_TX3 0402 6.3V C1892 0.22uF PEX_TX3 BN39 COMMON COMMON COMMON COMMON COMMON COMMON
GND PERN3 PEX_TX3
B29 10% 0402 6.3V
GND PEX_RX3 COMMON COMMON
X7R 10% X7R
A31 B27 PEX_RX3* PEX_RX3 BT41 1V8_MAIN
GND PETP3 PEX_RX3
B32 B28 PEX_RX3 BU41
GND END OF X4 PETN3 PEX_RX3
PEX_TXX4 PEX_TX4 GND
A35 PEX_TXX4*
PEX_TX4 C1896 0.22uF PEX_TX4 PEX_TX4* BN41
PERP4 PEX_TX4
PEX_PRSNT2_C A36 PEX_TX4 0402 6.3V C1894 0.22uF PEX_TX4 BP41
PERN4 PEX_TX4
4 PEX_RSVD6 B48 PEX_RX4 10% 0402 6.3V C1741 C1718 C1747 C1736 C1746 C1745 C1801 C1800 C1794
GND PRSNT2 COMMON COMMON
OU T
A33 B33
X7R 10% X7R
BV41
0.47uF 0.47uF 0.47uF 0.47uF 4.7uF 4.7uF 10uF 10uF 22uF
4 RSVD PETP4 PEX_RX4* PEX_RX4 PEX_RX4
OU T 4V 4V 4V 4V 6.3V 6.3V 6.3V 6.3V 6.3V
B34 PEX_RX4 BV42
PETN4 PEX_RX4 30% 30% 30% 30% 20% 20% 10% 10% 20%
A34 PEX_TXX5 PEX_TX5
GND X6S X6S X6S X6S X6S X6S X7R X7R X6S
B35 A39 PEX_TXX5*
PEX_TX5 C1862 0.22uF PEX_TX5 PEX_TX5* BM41 0201W 0201W 0201W 0201W 0603 0603 0805 0805 0805
GND PERP5 PEX_TX5
B36 A40 PEX_TX5 0402 6.3V C1861 0.22uF PEX_TX5 BL41 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND PERN5 PEX_TX5
A37 10% 0402 6.3V BK36
GND PEX_RX5 COMMON COMMON PEX_PLL_HVDD
X7R 10% X7R
A38 B37 PEX_RX5* PEX_RX5 BU42
GND PETP5 PEX_RX5
B39 B38 PEX_RX5 BT42
GND PETN5 PEX_RX5
3 B40 PEX_TXX6 PEX_TX6 GND 3
GND
A41 A43 PEX_TXX6* PEX_TX6 C1866 0.22uF PEX_TX6 PEX_TX6* BM42
GND PERP6 PEX_TX6
A42 A44 PEX_TX6 0402 6.3V C1864 0.22uF PEX_TX6 BN42
GND PERN6 PEX_TX6
B43 10% 0402 6.3V
GND PEX_RX6 COMMON COMMON
X7R 10% X7R
B44 B41 PEX_RX6* PEX_RX6 BT44
GND PETP6 PEX_RX6
A45 B42 PEX_RX6 BU44 C1733 C1742 C1752 C1779 C1789
GND PETN6 PEX_RX6 0.47uF 0.47uF 4.7uF 10uF 22uF
A46 PEX_TXX7 PEX_TX7
GND 4V 4V 6.3V 6.3V 6.3V
B47 A47 PEX_TXX7* PEX_TX7 C1831 0.22uF PEX_TX7 PEX_TX7* BN44
GND PERP7 PEX_TX7 30% 30% 20% 10% 20%
B49 A48 PEX_TX7 0402 6.3V C1830 0.22uF PEX_TX7 BP44
GND PERN7 PEX_TX7 X6S X6S X6S X7R X6S
A49 PEX_RX7 10% 0402 6.3V
GND COMMON COMMON 0201W 0201W 0603 0805 0805
X7R 10% X7R
B45 PEX_RX7* PEX_RX7 BV44 COMMON COMMON COMMON COMMON COMMON
PETP7 PEX_RX7
B46 PEX_RX7 BV45
PETN7 PEX_RX7
END OF X8 PEX_TXX8 PEX_TX8
GND A52 PEX_TXX8* PEX_TX8 C1833 0.22uF PEX_TX8 PEX_TX8* BM44
PERP8 PEX_TX8
PEX_PRSNT* A53 PEX_TX8 0402 6.3V C1832 0.22uF PEX_TX8 BL44 C3974 C3978 C3982 C3985
PERN8 PEX_TX8 GND
B81 10% 0402 6.3V
0.47uF 0.47uF 0.47uF 0.47uF
PEX_RSVD7 PRSNT2 PEX_RX8 COMMON COMMON
X7R 10% X7R 4V 4V 4V 4V
4 PEX_RSVD8 A50 B50 PEX_RX8* PEX_RX8 BU45
OU T RSVD PETP8 PEX_RX8 30% 30% 30% 30%
4 B82 B51 PEX_RX8 BT45
OU T RSVD PETN8 PEX_RX8 X6S X6S X6S X6S
PEX_TXX9 PEX_TX9 0201W 0201W 0201W 0201W
A56 PEX_TXX9*
PEX_TX9 C1860 0.22uF PEX_TX9 PEX_TX9* BM45 COMMON COMMON COMMON COMMON
PERP9 PEX_TX9
A57 PEX_TX9 0402 6.3V C1859 0.22uF PEX_TX9 BN45
PERN9 PEX_TX9
A51 PEX_RX9 10% 0402 6.3V
GND COMMON COMMON
B52 B54 PEX_RX9* PEX_RX9
X7R 10% X7R
BT47 C3975 C3979
GND PETP9 PEX_RX9 0.47uF 0.47uF
B53 B55 PEX_RX9 BU47 GND
GND PETN9 PEX_RX9 4V 4V
A54 PEX_TXX10 PEX_TX10
GND 30% 30%
A55 A60 PEX_TXX10* PEX_TX10 C1819 0.22uF PEX_TX10 PEX_TX10* BN47
GND PERP10 PEX_TX10 X6S X6S
B56 A61 PEX_TX10 0402 6.3V C1816 0.22uF PEX_TX10 BP47 0201W 0201W
GND PERN10 PEX_TX10
B57 10% 0402 6.3V COMMON COMMON
GND PEX_RX10 COMMON COMMON
X7R 10% X7R
A58 B58 PEX_RX10* PEX_RX10 BV47
GND PETP10 PEX_RX10
A59 B59 PEX_RX10 BV48
GND PETN10 PEX_RX10
4 B60 PEX_TXX11 PEX_TX11 4
GND
B61 A64 PEX_TXX11*
PEX_TX11 C1809 0.22uF PEX_TX11 PEX_TX11* BM47 GND
GND PERP11 PEX_TX11
A62 A65 PEX_TX11 0402 6.3V C1807 0.22uF PEX_TX11 BL47
GND PERN11 PEX_TX11
A63 10% 0402 6.3V
GND PEX_RX11 COMMON COMMON
X7R 10% X7R
B64 B62 PEX_RX11* PEX_RX11 BU48
GND PETP11 PEX_RX11
B65 B63 PEX_RX11 BT48
GND PETN11 PEX_RX11
A66 PEX_TXX12 PEX_TX12
GND
A67 A68 PEX_TXX12*
PEX_TX12 C1814 0.22uF PEX_TX12 PEX_TX12* BM48
GND PERP12 PEX_TX12
B68 A69 PEX_TX12 0402 6.3V C1812 0.22uF PEX_TX12 BN48
GND PERN12 PEX_TX12
B69 PEX_RX12 10% 0402 6.3V
GND COMMON X7R X7R COMMON
A70 B66 PEX_RX12* PEX_RX12 10% BT50
GND PETP12 PEX_RX12
A71 B67 PEX_RX12 BU50
GND PETN12 PEX_RX12
B72 PEX_TXX13 PEX_TX13
GND
B73 A72 PEX_TXX13* PEX_TX13 C1803 0.22uF PEX_TX13 PEX_TX13* BN50
GND PERP13 PEX_TX13
A74 A73 PEX_TX13 0402 6.3V C1799 0.22uF PEX_TX13 BP50
GND PERN13 PEX_TX13
A75 10% 0402 6.3V
GND PEX_RX13 COMMON COMMON
X7R 10% X7R
B76 B70 PEX_RX13* PEX_RX13 BV50
GND PETP13 PEX_RX13
B77 B71 PEX_RX13 BV51
GND PETN13 PEX_RX13
A78 PEX_TXX14 PEX_TX14
GND
A79 A76 PEX_TXX14* PEX_TX14 C1795 0.22uF PEX_TX14 PEX_TX14* BM50
GND PERP14 PEX_TX14
B80 A77 PEX_TX14 0402 6.3V C1792 0.22uF PEX_TX14 BL50
GND PERN14 PEX_TX14
A82 10% 0402 6.3V
GND PEX_RX14 COMMON COMMON
X7R 10% X7R
B74 PEX_RX14* PEX_RX14 BU51
PETP14 PEX_RX14
B75 PEX_RX14 BT51
PETN14 PEX_RX14
PEX_TXX15 PEX_TX15
GND A80 PEX_TXX15* PEX_TX15 C1790 0.22uF PEX_TX15 PEX_TX15* BM51
PERP15 PEX_TX15
3V3_AUX_CON A81 PEX_TX15 0402 6.3V C1786 0.22uF PEX_TX15 BN51
PERN15 PEX_TX15
10% 0402 6.3V
PEX_RX15 COMMON COMMON
PEX_TERMP
45OHM_NETCLASS1
X7R 10% X7R R1366 2.49k
B78 PEX_RX15* PEX_RX15 BV53 BK45
PETP15 PEX_RX15 PEX_TERMP
B79 PEX_RX15 BV54 0402 1% COMMON
C149 C154 PETN15 PEX_RX15
5 5
4.7uF 0.1uF END OF X16
6.3V 16V
20% 10%
X6S X7R GND
0603 0402
COMMON COMMON
MICRO-STAR INT'L CO.,LTD
GND MS-V371
MSI
Size Document Description Rev
N/A
Cus tom PCIE 2.1
Da te : Tues day, April 09, 2019 Shee t 3 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-
PCI TERM F-
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PD
PD
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C
C
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1 k e r- s o ft w a k e r- s o ft w a 1
PEX_CLKREQ* PEX_CLKREQ_RC*
3,61 C165 1pF R111 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_PRSNT2_A PEX_PRSNT2_A_RC
3 C172 1pF R112 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_PWRBRK PEX_PWRBRK_RC
3 C1796 1pF R1380 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_PRSNT2_B PEX_PRSNT2_B_RC
3
C241 1pF R130 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_PRSNT2_C PEX_PRSNT2_C_RC
3 C1688 1pF R1362 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
2 C0G 2
COMMON
PLACE CLOSE TO B81
PEX_PRSNT* PEX_PRSNT_RC*
3
C1345 1pF R1335 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_RSVD8 PEX_RSVD8_RC
3 C1329 1pF R1327 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_RSVD3 PEX_RSVD3_RC
3 C185 1pF R113 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_RSVD5 PEX_RSVD5_RC
3
C244 1pF R131 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_RSVD6 PEX_RSVD6_RC
3 3 C247 1pF R133 40.2ohm 3
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
PEX_RSVD7 PEX_RSVD7_RC
3 C1630 1pF R1357 40.2ohm
IN GND
0402 50V 0402 1% COMMON
0.25pF
C0G
COMMON
4 4
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom PCIE TERM 2.1
Da te : Tues day, April 09, 2019 Shee t 4 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-
MEMORY: GPU Partition A/B F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
G1B G1C
GDDR6 CMD Mapping x16 Mode
D18Y D18Y
to
to
BGA2824 Lower 0..31 Upper 32..63 BGA2824
ww
ww
om
om
k
k
COMMON DRAM1 DRAM2 COMMON
lic
lic
2/28 FBA CHA-Byte 0,1 CHA-Byte 4,5 3/28 FBB
C
C
FBA_D<0> FBA_CMD<0> FBB_D<0> FBB_CMD<0>
.c
.c
w
w
tr re FBA_D<1> AM57
FBA_D0 FBA_CMD0 AV58
FBA_CMD<1> CA0_A C MD 0 CMD 2 0
FBB_D<1> P53
FBB_D0 FBB_CMD0 L57
FBB_CMD<1> tr re
.
.
ac 6 Fba_D<0> 0 0 FBA_CMD<0> 6 8 Fbb_D<0> 0 0 Fbb_Cmd<0> 8 ac
k e r- s o ft w a k e r- s o ft w a
AM58 AW58 C MD 9 CMD 2 8 P51 L58
6 Fba_D<1> 1 FBA_D<2> FBA_D1 FBA_CMD1 FBA_CMD<2> 1 FBA_CMD<1> 6 CA1_A
8 Fbb_D<1> 1 FBB_D<2> FBB_D1 FBB_CMD1 FBB_CMD<2> 1 Fbb_Cmd<1> 8
1 AN55 AW57 C MD 8 CMD 2 1 M55 M58 1
6 Fba_D<2> 2 FBA_D<3> FBA_D2 FBA_CMD2 FBA_CMD<3> 2 FBA_CMD<2> 6 CA2_A
8 Fbb_D<2> 2 FBB_D<3> FBB_D2 FBB_CMD2 FBB_CMD<3> 2 Fbb_Cmd<2> 8
AN53 BA52 M54 P56
6 Fba_D<3> 3 FBA_D<4> FBA_D3 FBA_CMD3 FBA_CMD<4> 3 FBA_CMD<3> 6 CA3_A CMD 3 2 CMD 2 9
8 Fbb_D<3> 3 FBB_D<4> FBB_D3 FBB_CMD3 FBB_CMD<4> 3 Fbb_Cmd<3> 8
AN54 BA53 P55 P57
6 Fba_D<4> 4 FBA_D<5> FBA_D4 FBA_CMD4 FBA_CMD<5> 4 FBA_CMD<4> 6 CA4_A C MD 7 CMD 2 3
8 Fbb_D<4> 4 FBB_D<5> FBB_D4 FBB_CMD4 FBB_CMD<5> 4 Fbb_Cmd<4> 8
AN52 BA54 P54 P58
6 Fba_D<5> 5 FBA_D<6> FBA_D5 FBA_CMD5 FBA_CMD<6> 5 FBA_CMD<5> 6 CA5_A CMD11 CMD 2 7
8 Fbb_D<5> 5 FBB_D<6> FBB_D5 FBB_CMD5 FBB_CMD<6> 5 Fbb_Cmd<5> 8
AR51 BA56 R50 R58
6 Fba_D<6> 6 FBA_D<7> FBA_D6 FBA_CMD6 FBA_CMD<7> 6 FBA_CMD<6> 6 CA6_A CMD 1 5 CMD 3 0
8 Fbb_D<6> 6 FBB_D<7> FBB_D6 FBB_CMD6 FBB_CMD<7> 6 Fbb_Cmd<6> 8
AR50 BA55 CMD 1 4 CMD 3 1 R51 R57
6 Fba_D<7> 7 FBA_D<8> FBA_D7 FBA_CMD7 FBA_CMD<8> 7 FBA_CMD<7> 6 CA7_A
8 Fbb_D<7> 7 FBB_D<8> FBB_D7 FBB_CMD7 FBB_CMD<8> 7 Fbb_Cmd<7> 8
AR56 BB50 C MD 3 CMD 1 9 U51 U56
6 Fba_D<8> 8 FBA_D<9> FBA_D8 FBA_CMD8 FBA_CMD<9> 8 FBA_CMD<8> 6 CA8_A
8 Fbb_D<8> 8 FBB_D<9> FBB_D8 FBB_CMD8 FBB_CMD<9> 8 Fbb_Cmd<8> 8
AR53 BB51 C MD 1 CMD 1 7 U50 U57
6 Fba_D<9> 9 FBA_D<10> FBA_D9 FBA_CMD9 FBA_CMD<10> 9 FBA_CMD<9> 6 CA9_A
8 Fbb_D<9> 9 FBB_D<10> FBB_D9 FBB_CMD9 FBB_CMD<10> 9 Fbb_Cmd<9> 8
AR57 BB52 C MD 6 CMD 2 2 V50 U58
6 Fba_D<10> 10 FBA_D<11> FBA_D10 FBA_CMD10 FBA_CMD<11> 10 FBA_CMD<10> 6 CABI_A
8 Fbb_D<10> 10 FBB_D<11> FBB_D10 FBB_CMD10 FBB_CMD<11> 10 Fbb_Cmd<10> 8
AT51 BB53 CMD 1 0 CMD 2 6 R52 V58
6 Fba_D<11> 11 FBA_D<12> FBA_D11 FBA_CMD11 FBA_CMD<12> 11 FBA_CMD<11> 6 CKE_A
8 Fbb_D<11> 11 FBB_D<12> FBB_D11 FBB_CMD11 FBB_CMD<12> 11 Fbb_Cmd<11> 8
AR54 BB56 U53 V57
6 Fba_D<12> 12 FBA_D<13> FBA_D12 FBA_CMD12 FBA_CMD<13> 12 FBA_CMD<12> 6 8 Fbb_D<12> 12 FBB_D<13> FBB_D12 FBB_CMD12 FBB_CMD<13> 12 Fbb_Cmd<12> 8
AT52 BB54 R54 Y57
6 Fba_D<13> 13 FBA_D<14> FBA_D13 FBA_CMD13 FBA_CMD<14> 13 FBA_CMD<13> 6 CHB-Byte 2,3 CHB-Byte 6,7
8 Fbb_D<13> 13 FBB_D<14> FBB_D13 FBB_CMD13 FBB_CMD<14> 13 Fbb_Cmd<13> 8
AT53 BB55 U55 Y58
6 Fba_D<14> 14 FBA_D<15> FBA_D14 FBA_CMD14 FBA_CMD<15> 14 FBA_CMD<14> 6 CA0_B C MD 4 CMD 1 6
8 Fbb_D<14> 14 FBB_D<15> FBB_D14 FBB_CMD14 FBB_CMD<15> 14 Fbb_Cmd<14> 8
AT54 BA57 U54 AA58
6 Fba_D<15> 15 FBA_D<16> FBA_D15 FBA_CMD15 FBA_CMD<16> 15 FBA_CMD<15> 6 CA1_B CMD 1 2 CMD 2 5
8 Fbb_D<15> 15 FBB_D<16> FBB_D15 FBB_CMD15 FBB_CMD<16> 15 Fbb_Cmd<15> 8
AW49 BL58 Y54 AD56
6 Fba_D<16> 16 FBA_D<17> FBA_D16 FBA_CMD16 FBA_CMD<17> 16 FBA_CMD<16> 7 CA2_B C MD 5 CMD 2 4
8 Fbb_D<16> 16 FBB_D<17> FBB_D16 FBB_CMD16 FBB_CMD<17> 16 Fbb_Cmd<16> 9
AV57 BK55 CMD 1 3 CMD 3 3 AA49 AD57
6 Fba_D<17> 17 FBA_D<18> FBA_D17 FBA_CMD17 FBA_CMD<18> 17 FBA_CMD<17> 7 CA3_B
8 Fbb_D<17> 17 FBB_D<18> FBB_D17 FBB_CMD17 FBB_CMD<18> 17 Fbb_Cmd<17> 9
AW48 BK58 C MD 7 CMD 2 3 AA50 AD58
6 Fba_D<18> 18 FBA_D<19> FBA_D18 FBA_CMD18 FBA_CMD<19> 18 FBA_CMD<18> 7 CA4_B
8 Fbb_D<18> 18 FBB_D<19> FBB_D18 FBB_CMD18 FBB_CMD<19> 18 Fbb_Cmd<18> 9
AV56 BK57 CMD 2 7 AA48 AD55
6 Fba_D<19> 19 FBA_D<20> FBA_D19 FBA_CMD19 FBA_CMD<20> 19 FBA_CMD<19> 7
CA5_B CMD11
8 Fbb_D<19> 19 FBB_D<20> FBB_D19 FBB_CMD19 FBB_CMD<20> 19 Fbb_Cmd<19> 9
AW56 BK56 CMD 1 5 CMD 3 0 AA52 AD54
6 Fba_D<20> 20 FBA_D<21> FBA_D20 FBA_CMD20 FBA_CMD<21> 20 FBA_CMD<20> 7
CA6_B
8 Fbb_D<20> 20 FBB_D<21> FBB_D20 FBB_CMD20 FBB_CMD<21> 20 Fbb_Cmd<20> 9
AW55 BH57 CMD 1 4 CMD 3 1 AA54 AC58
6 Fba_D<21> 21 FBA_D<22> FBA_D21 FBA_CMD21 FBA_CMD<22> 21 FBA_CMD<21> 7
CA7_B
8 Fbb_D<21> 21 FBB_D<22> FBB_D21 FBB_CMD21 FBB_CMD<22> 21 Fbb_Cmd<21> 9
AW54 BH58 C MD 3 CMD 1 9 AA53 AD53
6 Fba_D<22> 22 FBA_D<23> FBA_D22 FBA_CMD22 FBA_CMD<23> 22 FBA_CMD<22> 7
CA8_B
8 Fbb_D<22> 22 FBB_D<23> FBB_D22 FBB_CMD22 FBB_CMD<23> 22 Fbb_Cmd<22> 9
AW53 BG58 AA55 AD52
6 Fba_D<23> 23 FBA_D<24> FBA_D23 FBA_CMD23 FBA_CMD<24> 23 FBA_CMD<23> 7 CA9_B C MD 1 CMD 1 7
8 Fbb_D<23> 23 FBB_D<24> FBB_D23 FBB_CMD23 FBB_CMD<24> 23 Fbb_Cmd<23> 9
AT58 BG57 V51 AD51
6 Fba_D<24> 24 FBA_D<25> FBA_D24 FBA_CMD24 FBA_CMD<25> 24 FBA_CMD<24> 7 CABI_B C MD 6 CMD 2 2
8 Fbb_D<24> 24 FBB_D<25> FBB_D24 FBB_CMD24 FBB_CMD<25> 24 Fbb_Cmd<24> 9
AT57 BG56 Y53 AC54
6 Fba_D<25> 25 FBA_D<26> FBA_D25 FBA_CMD25 FBA_CMD<26> 25 FBA_CMD<25> 7 CKE_B CMD 1 0 CMD 2 6
8 Fbb_D<25> 25 FBB_D<26> FBB_D25 FBB_CMD25 FBB_CMD<26> 25 Fbb_Cmd<25> 9
AT55 BE56 V53 AC55
6 Fba_D<26> 26 FBA_D<27> FBA_D26 FBA_CMD26 FBA_CMD<27> 26 FBA_CMD<26> 7 8 Fbb_D<26> 26 FBB_D<27> FBB_D26 FBB_CMD26 FBB_CMD<27> 26 Fbb_Cmd<26> 9
AV55 BE57 C MD 2 CMD 1 8 V54 AC53
6 Fba_D<27> 27 FBA_D<28> FBA_D27 FBA_CMD27 FBA_CMD<28> 27 FBA_CMD<27> 7 RESET *
8 Fbb_D<27> 27 FBB_D<28> FBB_D27 FBB_CMD27 FBB_CMD<28> 27 Fbb_Cmd<27> 9
AV52 BE58 Y52 AC52
6 Fba_D<28> 28 FBA_D<29> FBA_D28 FBA_CMD28 FBA_CMD<29> 28 FBA_CMD<28> 7 8 Fbb_D<28> 28 FBB_D<29> FBB_D28 FBB_CMD28 FBB_CMD<29> 28 Fbb_Cmd<28> 9
AV50 BD58 Y50 AC57
6 Fba_D<29> 29 FBA_D<30> FBA_D29 FBA_CMD29 FBA_CMD<30> 29 FBA_CMD<29> 7 8 Fbb_D<29> 29 FBB_D<30> FBB_D29 FBB_CMD29 FBB_CMD<30> 29 Fbb_Cmd<29> 9
AV49 BD57 Y49 AC51
6 Fba_D<30> 30 FBA_D<31> FBA_D30 FBA_CMD30 FBA_CMD<31> 30 FBA_CMD<30> 7 8 Fbb_D<30> 30 FBB_D<31> FBB_D30 FBB_CMD30 FBB_CMD<31> 30 Fbb_Cmd<30> 9
2 AV48 BB58 FBVDDQ Y48 AC56 2
6 Fba_D<31> 31 FBA_D<32> FBA_D31 FBA_CMD31 FBA_CMD<32> 31 FBA_CMD<31> 7 8 Fbb_D<31> 31 FBB_D<32> FBB_D31 FBB_CMD31 FBB_CMD<32> 31 Fbb_Cmd<31> 9
BP53 BA58 AM50 AA57 FBVDDQ
7 Fba_D<32> 32 FBA_D<33> FBA_D32 FBA_CMD32 FBA_CMD<33> 32 FBA_CMD<32> 6 9 Fbb_D<32> 32 FBB_D<33> FBB_D32 FBB_CMD32 FBB_CMD<33> 32 Fbb_Cmd<32> 8
BP55 BB57 FBA_DEBUG0 AM53 AA56 FBB_DEBUG0
7 Fba_D<33> 33 FBA_D<34> FBA_D33 FBA_CMD33 33 FBA_CMD<33> 7 9 Fbb_D<33> 33 FBB_D<34> FBB_D33 FBB_CMD33 33 Fbb_Cmd<33> 9
FBA_D<35> BR54
FBA_D34 FBA_CMD34 BA50 FBA_DEBUG1 R1356 60.4ohm FBB_D<35> AM51
FBB_D34 FBB_CMD34 AC50 FBB_DEBUG1 R1345 60.4ohm
7 Fba_D<34> 34
BP56 BA51 0402 COMMON R1355 60.4ohm 9 Fbb_D<34> 34
AM54 AD50 0402 COMMON R1346 60.4ohm
FBA_D<36> FBA_D35 FBA_CMD35 1% FBB_D<36> FBB_D35 FBB_CMD35 1%
7 Fba_D<35> 35
BT57 0402 COMMON
9 Fbb_D<35> 35
AK58 0402 COMMON
FBA_D<37> FBA_D36 1% FBB_D<37> FBB_D36 1%
7 Fba_D<36> 36
BT56
9 Fbb_D<36> 36
AM56
7 Fba_D<37> 37 FBA_D<38> FBA_D37 9 Fbb_D<37> 37 FBB_D<38> FBB_D37
BU56 AN50
7 Fba_D<38> 38 FBA_D<39> FBA_D38 9 Fbb_D<38> 38 FBB_D<39> FBB_D38
BT54 AN51
7 Fba_D<39> 39 FBA_D<40> FBA_D39 9 Fbb_D<39> 39 FBB_D<40> FBB_D39
BL55 AJ55
7 Fba_D<40> 40 FBA_D<41> FBA_D40 9 Fbb_D<40> 40 FBB_D<41> FBB_D40
BL53 AJ58
7 Fba_D<41> 41 FBA_D<42> FBA_D41 9 Fbb_D<41> 41 FBB_D<42> FBB_D41
BK52 AJ56
7 Fba_D<42> 42 FBA_D<43> FBA_D42 9 Fbb_D<42> 42 FBB_D<43> FBB_D42
BK54 FBA_CLK0 AJ57 FBB_CLK0
7 Fba_D<43> 43 FBA_D<44> FBA_D43 9 Fbb_D<43> 43 FBB_D<44> FBB_D43
BN58 BA49 FBA_CLK0* AK53 AC48 FBB_CLK0* FBB_CLK0 80DIFF_NETCLASS1
7 Fba_D<44> 44 FBA_D<45> FBA_D44 FBA_CLK0 FBA_CLK0 80DIFF_NETCLASS1 OU T
6
9 Fbb_D<44> 44 FBB_D<45> FBB_D44 FBB_CLK0 OU T
8
BN57 BA48 FBA_CLK1 AK52 AC49 FBB_CLK1 FBB_CLK0 80DIFF_NETCLASS1
7 Fba_D<45> 45 FBA_D<46> FBA_D45 FBA_CLK0 FBA_CLK0 80DIFF_NETCLASS1 OU T
6
9 Fbb_D<45> 45 FBB_D<46> FBB_D45 FBB_CLK0 OU T
8
BN55 BB48 AK51 AD48 FBB_CLK1 80DIFF_NETCLASS1
7 Fba_D<46> 46 FBA_D<47> FBA_D46 FBA_CLK1 FBA_CLK1* FBA_CLK1 80DIFF_NETCLASS1 OU T
7
9 Fbb_D<46> 46 FBB_D<47> FBB_D46 FBB_CLK1 FBB_CLK1*
OU T
9
BN54 BB49 7 AK50 AD49 FBB_CLK1 80DIFF_NETCLASS1 9
7 Fba_D<47> 47 FBA_D<48> FBA_D47 FBA_CLK1 FBA_CLK1 80DIFF_NETCLASS1 OU T 9 Fbb_D<47> 47 FBB_D<48> FBB_D47 FBB_CLK1 OU T
BD53 AF56
7 Fba_D<48> 48 FBA_D<49> FBA_D48 9 Fbb_D<48> 48 FBB_D<49> FBB_D48
BD55 AF54
7 Fba_D<49> 49 FBA_D<50> FBA_D49 9 Fbb_D<49> 49 FBB_D<50> FBB_D49
BD52 AF51
7 Fba_D<50> 50 FBA_D<51> FBA_D50 9 Fbb_D<50> 50 FBB_D<51> FBB_D50
BD56 AF53
7 Fba_D<51> 51 FBA_D<52> FBA_D51 9 Fbb_D<51> 51 FBB_D<52> FBB_D51
BE54 AF55
7 Fba_D<52> 52 FBA_D<53> FBA_D52 9 Fbb_D<52> 52 FBB_D<53> FBB_D52
BD51 AF50
7 Fba_D<53> 53 FBA_D<54> FBA_D53 9 Fbb_D<53> 53 FBB_D<54> FBB_D53
BE50 AG51
7 Fba_D<54> 54 FBA_D<55> FBA_D54 9 Fbb_D<54> 54 FBB_D<55> FBB_D54
BD50 FBA_WCK01 AG50 FBB_WCK01
7 Fba_D<55> 55 FBA_D<56> FBA_D55 9 Fbb_D<55> 55 FBB_D<56> FBB_D55
BE55 AM49 AJ50 P48 FBB_WCK01 80DIFF_NETCLASS1
7 Fba_D<56> 56 FBA_D<57> FBA_D56 FBA_WCK01 FBA_WCK01* FBA_WCK01 80DIFF_NETCLASS1 OU T
6
9 Fbb_D<56> 56 FBB_D<57> FBB_D56 FBB_WCK01 FBB_WCK01*
OU T
8
BG54 AM48 FBA_WCKB01 6 AJ51 P49 FBB_WCKB01 FBB_WCK01 80DIFF_NETCLASS1 8
7 Fba_D<57> 57 FBA_D<58> FBA_D57 FBA_WCK01 FBA_WCK01 80DIFF_NETCLASS1 OU T 9 Fbb_D<57> 57 FBB_D<58> FBB_D57 FBB_WCK01 OU T
BG55 AN49 FBA_WCKB01* 6 AJ53 R48 FBB_WCKB01* FBB_WCKB01 80DIFF_NETCLASS1 8
7 Fba_D<58> 58 FBA_D<59> FBA_D58 FBA_WCKB01 FBA_WCKB01 80DIFF_NETCLASS1 OU T 9 Fbb_D<58> 58 FBB_D<59> FBB_D58 FBB_WCKB01 OU T
BG52 AN48 FBA_WCK23 6 AG52 R49 FBB_WCK23 FBB_WCKB01 80DIFF_NETCLASS1 8
7 Fba_D<59> 59 FBA_D<60> FBA_D59 FBA_WCKB01 FBA_WCKB01 80DIFF_NETCLASS1 OU T 9 Fbb_D<59> 59 FBB_D<60> FBB_D59 FBB_WCKB01 OU T
BG51 AR49 FBA_WCK23* 6 AG54 U49 FBB_WCK23* FBB_WCK23 80DIFF_NETCLASS1 8
7 Fba_D<60> 60 FBA_D<61> FBA_D60 FBA_WCK23 FBA_WCK23 80DIFF_NETCLASS1 OU T 9 Fbb_D<60> 60 FBB_D<61> FBB_D60 FBB_WCK23 OU T
3 BH52 AR48 FBA_WCKB23 6 AG57 U48 FBB_WCKB23 FBB_WCK23 80DIFF_NETCLASS1 8 3
7 Fba_D<61> 61 FBA_D<62> FBA_D61 FBA_WCK23 FBA_WCK23 80DIFF_NETCLASS1
OU T 9 Fbb_D<61> 61 FBB_D<62> FBB_D61 FBB_WCK23 OU T
BH53 AT50 FBA_WCKB23* 6 AG55 V49 FBB_WCKB23* FBB_WCKB23 80DIFF_NETCLASS1 8
7 Fba_D<62> 62 FBA_D<63> FBA_D62 FBA_WCKB23 FBA_WCKB23 80DIFF_NETCLASS1
OU T 9 Fbb_D<62> 62 FBB_D<63> FBB_D62 FBB_WCKB23 OU T
BH54 AT49 FBA_WCK45 6 AG58 V48 FBB_WCK45 FBB_WCKB23 80DIFF_NETCLASS1 8
7 Fba_D<63> 63 FBA_D63 FBA_WCKB23 FBA_WCKB23 80DIFF_NETCLASS1 OU T 9 Fbb_D<63> 63 FBB_D63 FBB_WCKB23 OU T
BG49 FBA_WCK45* 7 AK48 FBB_WCK45* FBB_WCK45 80DIFF_NETCLASS1 9
FBA_WCK45 FBA_WCK45 80DIFF_NETCLASS1 OU T FBB_WCK45 OU T
BG50 FBA_WCKB45 AK49 FBB_WCKB45 FBB_WCK45 80DIFF_NETCLASS1
FBA_DBI<0> FBA_WCK45 FBA_WCK45 80DIFF_NETCLASS1 OU T
7 FBB_DBI<0> FBB_WCK45 OU T
9
AN57 BH51 M56 AJ49 FBB_WCKB45 80DIFF_NETCLASS1
6 OU T 0 FBA_DBI<1> FBA_DQM0 FBA_WCKB45 FBA_WCKB45* FBA_WCKB45 80DIFF_NETCLASS1 OU T
7
8 OU T 0 FBB_DBI<1> FBB_DQM0 FBB_WCKB45 FBB_WCKB45*
OU T
9
AR55 BH50 FBA_WCK67 7 R56 AJ48 FBB_WCK67 FBB_WCKB45 80DIFF_NETCLASS1 9
6 OU T 1 FBA_DBI<2> FBA_DQM1 FBA_WCKB45 FBA_WCKB45 80DIFF_NETCLASS1 OU T 8 OU T 1 FBB_DBI<2> FBB_DQM1 FBB_WCKB45 OU T
AW50 BE49 FBA_WCK67* 7 Y55 AG49 FBB_WCK67* FBB_WCK67 80DIFF_NETCLASS1 9
6 OU T 2 FBA_DBI<3> FBA_DQM2 FBA_WCK67 FBA_WCK67 80DIFF_NETCLASS1 OU T 8 OU T 2 FBB_DBI<3> FBB_DQM2 FBB_WCK67 OU T
AV53 BE48 FBA_WCKB67 7 V55 AG48 FBB_WCKB67 FBB_WCK67 80DIFF_NETCLASS1 9
6 OU T 3 FBA_DBI<4> FBA_DQM3 FBA_WCK67 FBA_WCK67 80DIFF_NETCLASS1 OU T 8 OU T 3 FBB_DBI<4> FBB_DQM3 FBB_WCK67 OU T
BP57 BD49 FBA_WCKB67* 7 AM55 AF49 FBB_WCKB67* FBB_WCKB67 80DIFF_NETCLASS1 9
7 OU T 4 FBA_DBI<5> FBA_DQM4 FBA_WCKB67 FBA_WCKB67 80DIFF_NETCLASS1 OU T 9 OU T 4 FBB_DBI<5> FBB_DQM4 FBB_WCKB67 OU T
BL56 BD48 7 AK55 AF48 FBB_WCKB67 80DIFF_NETCLASS1 9
7 OU T 5 FBA_DBI<6> FBA_DQM5 FBA_WCKB67 FBA_WCKB67 80DIFF_NETCLASS1
OU T 9 OU T 5 FBB_DBI<6> FBB_DQM5 FBB_WCKB67 OU T
BE51 AF58
7 OU T 6 FBA_DBI<7> FBA_DQM6 9 OU T 6 FBB_DBI<7> FBB_DQM6
BH56 AJ54
7 OU T 7 FBA_DQM7 9 OU T 7 FBB_DQM7
FBA_EDC<0> FBB_EDC<0>
AN58 M57
6 BI 0 FBA_EDC<1> FBA_DQS_WP0 8 BI 0 FBB_EDC<1> FBB_DQS_WP0
AR58 R55
6 BI 1 FBA_EDC<2> FBA_DQS_WP1 8 BI 1 FBB_EDC<2> FBB_DQS_WP1
AW52 Y56
6 BI 2 FBA_EDC<3> FBA_DQS_WP2 8 BI 2 FBB_EDC<3> FBB_DQS_WP2
AV54 V56
6 BI 3 FBA_EDC<4> FBA_DQS_WP3 8 BI 3 FBB_EDC<4> FBB_DQS_WP3
BP58 AK57 1V8_FB_PLL_REF
7 BI 4 FBA_EDC<5> FBA_DQS_WP4 9 BI 4 FBB_EDC<5> FBB_DQS_WP4
BL57 BB47 5,10,10,15,15,32 AK54 AD47 5,10,10,15,15,32
7 BI 5 FBA_EDC<6> FBA_DQS_WP5 FBA_PLL_AVDD OU T 9 BI 5 FBB_EDC<6> FBB_DQS_WP5 FBB_PLL_AVDD IN
BE53 AF57
7 BI 6 FBA_EDC<7> FBA_DQS_WP6 9 BI 6 FBB_EDC<7> FBB_DQS_WP6
BH55 AG53
7 BI 7 FBA_DQS_WP7 9 BI 7 FBB_DQS_WP7
C1650 C1482
0.47uF 0.47uF
4V 4V
30% 30%
X6S X6S
0201W 0201W
4 COMMON COMMON 4
GND
GND
FBVDDQ FBVDDQ
CKE_A/B CKE_A/B
R1354 R1372 R146 R1344
10k 10k 10k 10k
1% 1% 1% 1%
0402 0402 0402 0402
1V8_MAIN FBA_CMD<10> COMMON COMMON FBB_CMD<10> COMMON COMMON
Place near GPU FBA_CMD<26> FBB_CMD<26>
1V8_FB_PLL_REF
LB804 30ohm FBA_CMD<2> FBB_CMD<2>
BEAD_0603 COMMON FBA_CMD<18> FBB_CMD<18>
C1787 C1756 C1773
22uF 4.7uF 4.7uF R1371 R1351 R1348 R148
6.3V 6.3V 6.3V 10k 10k RESET 10k 10k
20%
X6S
20%
X6S
20%
X6S
RESET 1%
0402
1%
0402
1%
0402
1%
0402
0805 0603 0603 COMMON COMMON COMMON COMMON
COMMON COMMON COMMON
5 GND GND 5
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition A/B 2.1
Da te : Tues day, April 09, 2019 Shee t 5 of 66
A B C D E F G H
A B C D E F G H
nge P h a n g e Pro
X Cha ro XC
F-
MEMORY: d Partition 31..0
FBA F- d
uc
uc
PD
PD
M11D
!
W
W
t
t
MT61K256M32JE-14:A
O
FBGA180
N
COMMON
y
bu FBVDDQ
bu
M11A
to
to
MT61K256M32JE-14:A M11B
ww
ww
om
om
M11C
k
k
lic
lic
FBGA180 MT61K256M32JE-14:A
MT61K256M32JE-14:A
C
C
COMMON FBGA180
A11 A1
.c
.c
VSS VDD FBGA180
w
w
tr e A13
VSS VDD A14 COMMON
COMMON tr re
ar
.
.
ac ac
k e r- s o ft w a
A2 E10
VSS VDD
1 k e r- s o ft w A4
VSS VDD E5 NORMAL
NORMAL
1
B1 H13 FBA_D<0> FBA_VREFC
VSS VDD B4 FBA_CMD<0>
B14 H2 5 Fba_D<0> 0 FBA_D<1> DQ0_A H3 K1
VSS VDD A3 x16 x8 5 FBA_CMD<0> 0 FBA_CMD<9> CA0_A VREFC IN
6,7
C10 L13 5 Fba_D<1> 1 FBA_D<2> DQ1_A FBA_D<16> G11
VSS VDD B3 U4 5 FBA_CMD<9> 9 FBA_CMD<8> CA1_A
C12 L2 5 Fba_D<2> 2 FBA_D<3> DQ2_A 5 Fba_D<16> 16 FBA_D<17> DQ0_B NC
G4
VSS VDD B2 V3 5 FBA_CMD<8> 8 FBA_CMD<32> CA2_A
C3 P10 5 Fba_D<3> 3 FBA_D<4> DQ3_A 5 Fba_D<17> 17 FBA_D<18> DQ1_B NC
H12
VSS VDD E3 U3 NC 5 FBA_CMD<32> 32 FBA_CMD<7> CA3_A
C5 P5 5 Fba_D<4> 4 FBA_D<5> DQ4_A 5 Fba_D<18> 18 FBA_D<19> DQ2_B H5
VSS VDD E2 U2 NC 5,6 FBA_CMD<7> 7 FBA_CMD<11> CA4_A
D1 V1 5 Fba_D<5> 5 FBA_D<6> DQ5_A 5 Fba_D<19> 19 FBA_D<20> DQ3_B H10
VSS VDD F2 P3 NC 5,6 FBA_CMD<11> 11 FBA_CMD<15> CA5_A
D12 V14 5 Fba_D<6> 6 FBA_D<7> DQ6_A 5 Fba_D<20> 20 FBA_D<21> DQ4_B J12
VSS VDD G2 P2 NC 5,6 FBA_CMD<15> 15 FBA_CMD<14> CA6_A
D14 5 Fba_D<7> 7 DQ7_A 5 Fba_D<21> 21 FBA_D<22> DQ5_B J11
VSS N2 NC 5,6 FBA_CMD<14> 14 FBA_CMD<3> CA7_A
D3 FBA_EDC<0> 5 Fba_D<22> 22 FBA_D<23> DQ6_B J4
VSS C2 M2 NC 5,6 FBA_CMD<3> 3 FBA_CMD<1> CA8_A
E11 5 BI FBA_DBI<0> EDC0_A 5 Fba_D<23> 23 DQ7_B J3
VSS D2 5,6 FBA_CMD<1> 1 FBA_CMD<6> CA9_A
E4 5 BI DBI0_A FBA_EDC<2> J5
VSS T2 5,6 FBA_CMD<6> 6 FBA_CMD<10> CABI_A
F1 FBVDDQ FBA_WCK01 5 BI FBA_DBI<2> EDC0_B GND G10
VSS D4 R2 5,6 FBA_CMD<10> 10 CKE_A
F12 5 IN FBA_WCK01* WCK0_t_A 5 BI DBI0_B NC
VSS D5
F14 B10 5 IN WCK0_c_A FBA_WCK23 N5
VSS VDDQ R4 NC TCK
F3 B5 5 IN FBA_WCK23* WCK0_t_B F10
VSS VDDQ R5 NC TDI
G1 C1 5 IN WCK0_c_B N10
VSS VDDQ x16 x8 TDO
G12 C11 FBA_D<8> FBA_D<24> F5
VSS VDDQ B11 NC U11 TMS
G14 C14 5 Fba_D<8> 8 FBA_D<9> DQ8_A 5 Fba_D<24> 24 FBA_D<25> DQ8_B
VSS VDDQ A12 NC V12
G3 C4 5 Fba_D<9> 9 FBA_D<10> DQ9_A 5 Fba_D<25> 25 FBA_D<26> DQ9_B
VSS VDDQ B12 NC U12 FBA_CMD<4>
H11 E1 5 Fba_D<10> 10 FBA_D<11> DQ10_A 5 Fba_D<26> 26 FBA_D<27> DQ10_B L3
VSS VDDQ B13 U13 5 FBA_CMD<4> 4 FBA_CMD<12> CA0_B
H4 E14 5 Fba_D<11> 11 FBA_D<12> DQ11_A NC
5 Fba_D<27> 27 FBA_D<28> DQ11_B M11
VSS VDDQ E12 P12 5 FBA_CMD<12> 12 FBA_CMD<5> CA1_B
L11 F11 5 Fba_D<12> 12 FBA_D<13> DQ12_A NC
5 Fba_D<28> 28 FBA_D<29> DQ12_B M4
VSS VDDQ E13 P13 5 FBA_CMD<5> 5 FBA_CMD<13> CA2_B
L4 F4 5 Fba_D<13> 13 FBA_D<14> DQ13_A NC
5 Fba_D<29> 29 FBA_D<30> DQ13_B L12
VSS VDDQ F13 N13 5 FBA_CMD<13> 13 FBA_CMD<7> CA3_B
M1 H1 5 Fba_D<14> 14 FBA_D<15> DQ14_A NC
5 Fba_D<30> 30 FBA_D<31> DQ14_B L5
VSS VDDQ G13 NC M13 5,6 FBA_CMD<7> 7 FBA_CMD<11> CA4_B
M12 H14 5 Fba_D<15> 15 DQ15_A 5 Fba_D<31> 31 DQ15_B L10
VSS VDDQ 5,6 FBA_CMD<11> 11 FBA_CMD<15> CA5_B
M14 J13 FBA_EDC<1> FBA_EDC<3> K12
VSS VDDQ C13 T13 5,6 FBA_CMD<15> 15 FBA_CMD<14> CA6_B
M3 J2 5 BI FBA_DBI<1> EDC1_A GND 5 BI FBA_DBI<3> EDC1_B K11
VSS VDDQ D13 R13 5,6 FBA_CMD<14> 14 FBA_CMD<3> CA7_B
2 N1 K13 5 BI DBI1_A NC 5 BI DBI1_B K4 2
VSS VDDQ 5,6 FBA_CMD<3> 3 FBA_CMD<1> CA8_B
N12 K2 FBA_WCKB01 FBA_WCKB23 K3
VSS VDDQ D11 NC R11 5,6 FBA_CMD<1> 1 FBA_CMD<6> CA9_B
N14 L1 5 IN FBA_WCKB01* WCK1_t_A 5 IN FBA_WCKB23* WCK1_t_B K5
VSS VDDQ D10 NC R10 5,6 FBA_CMD<6> 6 FBA_CMD<10> CABI_B
N3 L14 5 IN WCK1_c_A 5 IN WCK1_c_B M10 FBA_ZQ_1_A R3850 121ohm
VSS VDDQ 5,6 FBA_CMD<10> 10 CKE_B
P11 N11 J14 FBA_ZQ_1_B 0402 1% COMMON
VSS VDDQ ZQ_A
P4
VSS VDDQ N4
ZQ_B K14 R3851 121ohm
R1 P1 0402 1% COMMON
VSS VDDQ
R12 P14
VSS VDDQ
R14 T1
VSS VDDQ FBA_CMD<2>
R3 T11 J1
VSS VDDQ 5 FBA_CMD<2> 2 RESET
T10 T14
VSS VDDQ
T12 T4
VSS VDDQ
T3 U10
VSS VDDQ FBA_CLK0* GND
T5 U5 K10
VSS VDDQ 5 IN FBA_CLK0 CLK_c
U1 J10
VSS 5 IN CLK_t
U14
VSS
V11
VSS
V13
VSS
Place DRAM on TOP with PIN A1 Away from GPU RFU_A G5
V2 M5
VSS RFU_B
V4 1V8_AON
VSS
A10
VPP
A5
VPP
V10
VPP
V5
VPP
3 3
FBVDDQ
R135
549ohm
1%
0402
COMMON
FBA_VREFC
FBVDDQ 0.1400A 6,7
OU T
GND CLOSE DRAM 0.300
R134 R136 C1531
C245 C1694 C1759 C1780 C1699 C256 C1775 C251 C250 C1777 C301 C1776 C1763 C258 C3884 C3885 C3886 C3887 1.33k 931ohm 1nF
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 1% 1% 16V
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 0402 0402 10%
COMMON COMMON X7R
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S 0402
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W COMMON
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND
FBVDDQ FBA_VREF_Q
GND
0.300
1G1D1S 3
C3988 C3989 C3990 C3991 C3992 C3993 C3994 C3995 C3996 C3997 C3998 C3999 C4000 C4001 D Q6
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF LS3018NG-3T3R
GPIO10_FBVREF_SEL
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V SOT323_1G1D1S
8,11,13,16,18,30 1G
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% IN COMMON
4 S 2 4
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 60V
0.1A
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON [ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V
0.4A
0.15W
20V
GND
GND
1V8_AON 1V8_AON
C1743 C1761 C255 C1758 C4002 C4003 C4004 C4005
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
FBVDDQ
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
AROUND DRAM X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1781 C1783 C1701 C1697 C246 C1750 C1728
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S GND GND
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEM_A 2.1
Da te : Tues day, April 09, 2019 Shee t 5 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC od
MEMORY: FBA Partition 63..32 XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
M12D
ww
ww
om
om
k
k
MT61K256M32JE-14:A
lic
lic
FBGA180
C
C
.c
.c
COMMON
w
w
tr e FBVDDQ tr re
ar
.
.
ac ac
1 k e r- s o ft w M12A k e r- s o ft w a 1
MT61K256M32JE-14:A M12B M12C
FBGA180 MT61K256M32JE-14:A MT61K256M32JE-14:A
A11 A1
VSS VDD COMMON FBGA180 FBGA180
A13 A14
VSS VDD COMMON COMMON
A2 E10
VSS VDD
A4
VSS VDD E5 NORMAL
B1 H13 NORMAL FBA_VREFC
VSS VDD FBA_D<32> FBA_CMD<20>
B14 H2 B4 20 H3 K1
VSS VDD 5 Fba_D<32> 32 FBA_D<33> DQ0_A 5 FBA_CMD<20> FBA_CMD<28> CA0_A VREFC
C10 L13 A3 x16 x8 28 G11
VSS VDD 5 Fba_D<33> 33 FBA_D<34> DQ1_A FBA_D<48> 5 FBA_CMD<28> FBA_CMD<21> CA1_A
C12 L2 B3 U4 NC 21 G4
VSS VDD 5 Fba_D<34> 34 FBA_D<35> DQ2_A 5 Fba_D<48> 48 FBA_D<49> DQ0_B 5 FBA_CMD<21> FBA_CMD<29> CA2_A
C3 P10 B2 V3 29 H12
VSS VDD 5 Fba_D<35> 35 FBA_D<36> DQ3_A 5 Fba_D<49> 49 FBA_D<50> DQ1_B NC
5 FBA_CMD<29> FBA_CMD<23> CA3_A
C5 P5 E3 U3 23 H5
VSS VDD 5 Fba_D<36> 36 FBA_D<37> DQ4_A 5 Fba_D<50> 50 FBA_D<51> DQ2_B NC
5,7 FBA_CMD<23> FBA_CMD<27> CA4_A
D1 V1 E2 U2 27 H10
VSS VDD 5 Fba_D<37> 37 FBA_D<38> DQ5_A 5 Fba_D<51> 51 FBA_D<52> DQ3_B NC
5,7 FBA_CMD<27> FBA_CMD<30> CA5_A
D12 V14 F2 P3 30 J12
VSS VDD 5 Fba_D<38> 38 FBA_D<39> DQ6_A 5 Fba_D<52> 52 FBA_D<53> DQ4_B NC
5,7 FBA_CMD<30> FBA_CMD<31> CA6_A
D14 G2 P2 NC 31 J11
VSS 5 Fba_D<39> 39 DQ7_A 5 Fba_D<53> 53 FBA_D<54> DQ5_B 5,7 FBA_CMD<31> FBA_CMD<19> CA7_A
D3 N2 NC 19 J4
VSS FBA_EDC<4> 5 Fba_D<54> 54 FBA_D<55> DQ6_B 5,7 FBA_CMD<19> FBA_CMD<17> CA8_A
E11 C2 M2 NC 17 J3
VSS 5 BI FBA_DBI<4> EDC0_A 5 Fba_D<55> 55 DQ7_B 5,7 FBA_CMD<17> FBA_CMD<22> CA9_A
E4 D2 22 J5
VSS 5 BI DBI0_A FBA_EDC<6> 5,7 FBA_CMD<22> FBA_CMD<26> CABI_A
F1 FBVDDQ T2 26 G10
VSS FBA_WCK45 5 BI FBA_DBI<6> EDC0_B GND
5,7 FBA_CMD<26> CKE_A
F12 D4 R2 NC
VSS 5 IN FBA_WCK45* WCK0_t_A 5 BI DBI0_B
F14 B10 D5 N5
VSS VDDQ 5 IN WCK0_c_A FBA_WCK67 TCK
F3 B5 R4 F10
VSS VDDQ 5 IN FBA_WCK67* WCK0_t_B NC TDI
G1 C1 R5 NC N10
VSS VDDQ 5 IN WCK0_c_B TDO
G12 C11 x16 x8 F5
VSS VDDQ FBA_D<40> FBA_D<56> TMS
G14 C14 B11 NC U11
VSS VDDQ 5 Fba_D<40> 40 FBA_D<41> DQ8_A 5 Fba_D<56> 56 FBA_D<57> DQ8_B
G3 C4 A12 NC V12
VSS VDDQ 5 Fba_D<41> 41 FBA_D<42> DQ9_A 5 Fba_D<57> 57 FBA_D<58> DQ9_B FBA_CMD<16>
H11 E1 B12 NC U12 16 L3
VSS VDDQ 5 Fba_D<42> 42 FBA_D<43> DQ10_A 5 Fba_D<58> 58 FBA_D<59> DQ10_B 5 FBA_CMD<16> FBA_CMD<25> CA0_B
H4 E14 B13 NC U13 25 M11
VSS VDDQ 5 Fba_D<43> 43 FBA_D<44> DQ11_A 5 Fba_D<59> 59 FBA_D<60> DQ11_B 5 FBA_CMD<25> FBA_CMD<24> CA1_B
2 L11 F11 E12 NC P12 24 M4 2
VSS VDDQ 5 Fba_D<44> 44 FBA_D<45> DQ12_A 5 Fba_D<60> 60 FBA_D<61> DQ12_B 5 FBA_CMD<24> FBA_CMD<33> CA2_B
L4 F4 E13 NC P13 33 L12
VSS VDDQ 5 Fba_D<45> 45 FBA_D<46> DQ13_A 5 Fba_D<61> 61 FBA_D<62> DQ13_B 5 FBA_CMD<33> FBA_CMD<23> CA3_B
M1 H1 F13 N13 23 L5
VSS VDDQ 5 Fba_D<46> 46 FBA_D<47> DQ14_A NC
5 Fba_D<62> 62 FBA_D<63> DQ14_B 5,7 FBA_CMD<23> FBA_CMD<27> CA4_B
M12 H14 G13 M13 27 L10
VSS VDDQ 5 Fba_D<47> 47 DQ15_A NC
5 Fba_D<63> 63 DQ15_B 5,7 FBA_CMD<27> FBA_CMD<30> CA5_B
M14 J13 30 K12
VSS VDDQ FBA_EDC<5> FBA_EDC<7> 5,7 FBA_CMD<30> FBA_CMD<31> CA6_B
M3 J2 C13 T13 31 K11
VSS VDDQ 5 BI FBA_DBI<5> EDC1_A GND 5 BI FBA_DBI<7> EDC1_B 5,7 FBA_CMD<31> FBA_CMD<19> CA7_B
N1 K13 D13 R13 19 K4
VSS VDDQ 5 BI DBI1_A NC 5 BI DBI1_B 5,7 FBA_CMD<19> FBA_CMD<17> CA8_B
N12 K2 17 K3
VSS VDDQ FBA_WCKB45 FBA_WCKB67 5,7 FBA_CMD<17> FBA_CMD<22> CA9_B
N14 L1 D11 NC R11 22 K5
VSS VDDQ 5 IN FBA_WCKB45* WCK1_t_A 5 IN FBA_WCKB67* WCK1_t_B 5,7 FBA_CMD<22> FBA_CMD<26> CABI_B
N3 L14 D10 NC R10 26 M10 FBA_ZQ_2_A
VSS VDDQ 5 IN WCK1_c_A 5 IN WCK1_c_B 5,7 FBA_CMD<26> CKE_B
P11 N11 J14 FBA_ZQ_2_B R3852 121ohm
VSS VDDQ ZQ_A
P4 N4 K14 0402 1% COMMON
VSS VDDQ ZQ_B
R1 P1 R3853 121ohm
VSS VDDQ
R12 P14 0402 1% COMMON
VSS VDDQ
R14 T1
VSS VDDQ FBA_CMD<18>
R3 T11 18 J1
VSS VDDQ 5 FBA_CMD<18> RESET
T10 T14 Place DRAM on TOP with PIN A1 Toward GPU
VSS VDDQ
T12 T4 GND
VSS VDDQ
T3 U10
VSS VDDQ FBA_CLK1*
T5 U5 K10
VSS VDDQ 5 IN FBA_CLK1 CLK_c
U1 J10
VSS 5 IN CLK_t
U14
VSS
V11
VSS
V13 G5
VSS RFU_A
V2 M5
VSS RFU_B
V4 1V8_AON
VSS
A10
VPP
A5
VPP
V10
VPP
3 V5 3
VPP
FBA_VREFC
6,6
IN
GND
C3878
820pF
50V
FBVDDQ
10%
CLOSE DRAM X7R
0402
COMMON
C1654 C1530 C243 C1556 C1692 C273 C261 C1527 C275 C274 C260 C268 C1698 C1700 C3888 C3889 C3890 C3891
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
GND
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
4 4
FBVDDQ
GND
C4006 C4007 C4008 C4009 C4010 C4011 C4012 C4013 C4014 C4015 C4016 C4017 C4018 C4019
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
AROUND DRAM GND
C1689 C259 C1529 C1628 C1582 C270 C1526
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S 1V8_AON 1V8_AON
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1581 C271 C269 C1611 C4020 C4021 C4022 C4023
GND 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
5 5
X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition A 2.1
Da te : Tues day, April 09, 2019 Shee t 7 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC od
MEMORY: FBB Partition 31..0 XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu M9D
bu
MT61K256M32JE-14:A
to
to
FBGA180 M9C
ww
ww
om
om
k
k
COMMON MT61K256M32JE-14:A
lic
lic
FBVDDQ FBGA180
C
C
.c
.c
COMMON
w
w
tr e tr re
ar
.
.
ac ac
1 k e r- s o ft w M9A
MT61K256M32JE-14:A M9B FBB_CMD<0> FBB_VREFC k e r- s o ft w a 1
A11 A1 0 H3 K1
VSS VDD
FBGA180 5 FBB_CMD<0> FBB_CMD<9> CA0_A VREFC IN
8,9
A13 A14 MT61K256M32JE-14:A 9 G11
VSS VDD 5 FBB_CMD<9> FBB_CMD<8> CA1_A
A2 E10 COMMON FBGA180 8 G4
VSS VDD 5 FBB_CMD<8> FBB_CMD<32> CA2_A
A4 E5 COMMON 32 H12
VSS VDD 5 FBB_CMD<32> FBB_CMD<7> CA3_A
B1 H13 7 H5
VSS VDD NORMAL 5,8 FBB_CMD<7> FBB_CMD<11> CA4_A
B14 H2 11 H10
VSS VDD NORMAL 5,8 FBB_CMD<11> FBB_CMD<15> CA5_A
C10 L13 FBB_D<0> 15 J12
VSS VDD B4 5,8 FBB_CMD<15> FBB_CMD<14> CA6_A
C12 L2 5 Fbb_D<0> 0 FBB_D<1> DQ0_A 14 J11
VSS VDD A3 x16 x8 5,8 FBB_CMD<14> FBB_CMD<3> CA7_A
C3 P10 5 Fbb_D<1> 1 FBB_D<2> DQ1_A FBB_D<16> 3 J4
VSS VDD B3 U4 NC 5,8 FBB_CMD<3> FBB_CMD<1> CA8_A
C5 P5 5 Fbb_D<2> 2 FBB_D<3> DQ2_A 5 Fbb_D<16> 16 FBB_D<17> DQ0_B 1 J3
VSS VDD B2 V3 NC 5,8 FBB_CMD<1> FBB_CMD<6> CA9_A
D1 V1 5 Fbb_D<3> 3 FBB_D<4> DQ3_A 5 Fbb_D<17> 17 FBB_D<18> DQ1_B 6 J5
VSS VDD E3 U3 5,8 FBB_CMD<6> FBB_CMD<10> CABI_A
D12 V14 5 Fbb_D<4> 4 FBB_D<5> DQ4_A 5 Fbb_D<18> 18 FBB_D<19> DQ2_B NC
10 G10
VSS VDD E2 U2 5,8 FBB_CMD<10> CKE_A
D14 5 Fbb_D<5> 5 FBB_D<6> DQ5_A 5 Fbb_D<19> 19 FBB_D<20> DQ3_B NC
VSS F2 P3
D3 5 Fbb_D<6> 6 FBB_D<7> DQ6_A 5 Fbb_D<20> 20 FBB_D<21> DQ4_B NC
N5
VSS G2 P2 TCK
E11 5 Fbb_D<7> 7 DQ7_A 5 Fbb_D<21> 21 FBB_D<22> DQ5_B NC
F10
VSS N2 NC TDI
E4 FBB_EDC<0> 5 Fbb_D<22> 22 FBB_D<23> DQ6_B N10
VSS C2 M2 NC TDO
F1 FBVDDQ 5 BI FBB_DBI<0> EDC0_A 5 Fbb_D<23> 23 DQ7_B F5
VSS D2 TMS
F12 5 BI DBI0_A FBB_EDC<2>
VSS T2
F14 B10 FBB_WCK01 5 BI FBB_DBI<2> EDC0_B GND
VSS VDDQ D4 R2 NC FBB_CMD<4>
F3 B5 5 IN FBB_WCK01* WCK0_t_A 5 BI DBI0_B 4 L3
VSS VDDQ D5 5 FBB_CMD<4> FBB_CMD<12> CA0_B
G1 C1 5 IN WCK0_c_A FBB_WCK23 12 M11
VSS VDDQ R4 5 FBB_CMD<12> FBB_CMD<5> CA1_B
G12 C11 5 IN FBB_WCK23* WCK0_t_B NC
5 M4
VSS VDDQ R5 NC 5 FBB_CMD<5> FBB_CMD<13> CA2_B
G14 C14 5 IN WCK0_c_B 13 L12
VSS VDDQ x16 x8 5 FBB_CMD<13> FBB_CMD<7> CA3_B
G3 C4 FBB_D<8> FBB_D<24> 7 L5
VSS VDDQ B11 U11 5,8 FBB_CMD<7> FBB_CMD<11> CA4_B
H11 E1 5 Fbb_D<8> 8 FBB_D<9> DQ8_A NC
5 Fbb_D<24> 24 FBB_D<25> DQ8_B 11 L10
VSS VDDQ A12 NC V12 5,8 FBB_CMD<11> FBB_CMD<15> CA5_B
H4 E14 5 Fbb_D<9> 9 FBB_D<10> DQ9_A 5 Fbb_D<25> 25 FBB_D<26> DQ9_B 15 K12
VSS VDDQ B12 NC U12 5,8 FBB_CMD<15> FBB_CMD<14> CA6_B
L11 F11 5 Fbb_D<10> 10 FBB_D<11> DQ10_A 5 Fbb_D<26> 26 FBB_D<27> DQ10_B 14 K11
VSS VDDQ B13 NC U13 5,8 FBB_CMD<14> FBB_CMD<3> CA7_B
L4 F4 5 Fbb_D<11> 11 FBB_D<12> DQ11_A 5 Fbb_D<27> 27 FBB_D<28> DQ11_B 3 K4
VSS VDDQ E12 NC P12 5,8 FBB_CMD<3> FBB_CMD<1> CA8_B
2 M1 H1 5 Fbb_D<12> 12 FBB_D<13> DQ12_A 5 Fbb_D<28> 28 FBB_D<29> DQ12_B 1 K3 2
VSS VDDQ E13 NC P13 5,8 FBB_CMD<1> FBB_CMD<6> CA9_B
M12 H14 5 Fbb_D<13> 13 FBB_D<14> DQ13_A 5 Fbb_D<29> 29 FBB_D<30> DQ13_B 6 K5
VSS VDDQ F13 NC N13 5,8 FBB_CMD<6> FBB_CMD<10> CABI_B
M14 J13 5 Fbb_D<14> 14 FBB_D<15> DQ14_A 5 Fbb_D<30> 30 FBB_D<31> DQ14_B 10 M10 FBB_ZQ_1_A R3855 121ohm
VSS VDDQ G13 NC M13 5,8 FBB_CMD<10> CKE_B
M3 J2 5 Fbb_D<15> 15 DQ15_A 5 Fbb_D<31> 31 DQ15_B J14 FBB_ZQ_1_B 0402 1% COMMON
VSS VDDQ ZQ_A
N1 K13 FBB_EDC<1> FBB_EDC<3> K14 R3854 121ohm
VSS VDDQ C13 T13 ZQ_B
N12 K2 5 BI FBB_DBI<1> EDC1_A GND 5 BI FBB_DBI<3> EDC1_B 0402 1% COMMON
VSS VDDQ D13 R13
N14 L1 5 BI DBI1_A NC 5 BI DBI1_B
VSS VDDQ
N3 L14 FBB_WCKB01 FBB_WCKB23
VSS VDDQ D11 NC R11 FBB_CMD<2>
P11 N11 5 IN FBB_WCKB01* WCK1_t_A 5 IN FBB_WCKB23* WCK1_t_B 2 J1
VSS VDDQ D10 NC R10 5 FBB_CMD<2> RESET
P4 N4 5 IN WCK1_c_A 5 IN WCK1_c_B
VSS VDDQ
R1 P1
VSS VDDQ
R12 P14
VSS VDDQ FBB_CLK0* GND
R14 T1 K10
VSS VDDQ 5 IN FBB_CLK0 CLK_c
R3 T11 J10
VSS VDDQ Place DRAM on TOP with PIN A1 Away from GPU 5 IN CLK_t
T10 T14
VSS VDDQ
T12 T4
VSS VDDQ
T3 U10 G5
VSS VDDQ RFU_A
T5 U5 M5
VSS VDDQ RFU_B
U1
VSS
U14
VSS
V11
VSS
V13
VSS
V2
VSS
V4 1V8_AON
VSS
A10
VPP
A5
VPP
V10
VPP
V5
VPP
3 FBVDDQ 3
R149
549ohm
1%
0402
COMMON
FBB_VREFC
1G1D1S 3 0.1400A 8,9
D OU T
Q7 0.300
GPIO10_FBVREF_SEL LS3018NG-3T3R
6,11,13,16,18,30 1G
SOT323_1G1D1S R150 R147 C1523
COMMON
IN
2
1.33k 931ohm 820pF
S
1% 1% 50V
60V
0.1A 0402 0402 10%
GND [ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V COMMON COMMON X7R
0.4A
0.15W 0402
20V
COMMON
FBVDDQ
CLOSE DRAM
GND GND GND
FBB_VREF_Q
C1323 C1348 C1325 C1362 C288 C298 C299 C1359 C1328 C295 C289 C1326 C1360 C1327 C3892 C3893 C3894 C3895
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.300
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
4 FBVDDQ 4
GND
C4024 C4025 C4026 C4027 C4028 C4029 C4030 C4031 C4032 C4033 C4034 C4035 C4036 C4037
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND
FBVDDQ
AROUND DRAM
C1318 C305 C1315 C1321 C1324 C1364 C302
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
1V8_AON 1V8_AON
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1339 C1344 C1340 C1342 C4038 C4039 C4040 C4041
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
GND X6S X6S X6S X6S X6S X6S X6S X6S
5 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 5
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition B 2.1
Da te : Tues day, April 09, 2019 Shee t 8 of 66
A B C D E F G H
A B C D E F G H
nge P h a n g e Pro
Cha ro XC
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FMEMORY: d F- d
FBB Partition 63..32
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FBGA180
1 COMMON
1
M10A
FBVDDQ
MT61K256M32JE-14:A
M10B
FBGA180
MT61K256M32JE-14:A
COMMON M10C
FBGA180
COMMON MT61K256M32JE-14:A
A11 A1
VSS VDD NORMAL FBGA180
A13 A14
VSS VDD COMMON
A2 E10 FBB_D<32> NORMAL
VSS VDD B4
A4 E5 5 Fbb_D<32> 32 FBB_D<33> DQ0_A
VSS VDD A3
B1 H13 5 Fbb_D<33> 33 FBB_D<34> DQ1_A x16 x8 FBB_VREFC
VSS VDD B3 FBB_D<48> FBB_CMD<20>
B14 H2 5 Fbb_D<34> 34 FBB_D<35> DQ2_A U4 H3 K1
VSS VDD B2 5 Fbb_D<48> 48 FBB_D<49> DQ0_B NC
5 FBB_CMD<20> 20 FBB_CMD<28> CA0_A VREFC
C10 L13 5 Fbb_D<35> 35 FBB_D<36> DQ3_A V3 G11
VSS VDD E3 5 Fbb_D<49> 49 FBB_D<50> DQ1_B NC
5 FBB_CMD<28> 28 FBB_CMD<21> CA1_A
C12 L2 5 Fbb_D<36> 36 FBB_D<37> DQ4_A U3 G4
VSS VDD E2 5 Fbb_D<50> 50 FBB_D<51> DQ2_B NC
5 FBB_CMD<21> 21 FBB_CMD<29> CA2_A
C3 P10 5 Fbb_D<37> 37 FBB_D<38> DQ5_A U2 H12
VSS VDD F2 5 Fbb_D<51> 51 FBB_D<52> DQ3_B NC
5 FBB_CMD<29> 29 FBB_CMD<23> CA3_A
C5 P5 5 Fbb_D<38> 38 FBB_D<39> DQ6_A P3 NC H5
VSS VDD G2 5 Fbb_D<52> 52 FBB_D<53> DQ4_B 5,9 FBB_CMD<23> 23 FBB_CMD<27> CA4_A
D1 V1 5 Fbb_D<39> 39 DQ7_A P2 NC H10
VSS VDD 5 Fbb_D<53> 53 FBB_D<54> DQ5_B 5,9 FBB_CMD<27> 27 FBB_CMD<30> CA5_A
D12 V14 FBB_EDC<4> N2 NC J12
VSS VDD C2 5 Fbb_D<54> 54 FBB_D<55> DQ6_B 5,9 FBB_CMD<30> 30 FBB_CMD<31> CA6_A
D14 5 BI FBB_DBI<4> EDC0_A M2 NC J11
VSS D2 5 Fbb_D<55> 55 DQ7_B 5,9 FBB_CMD<31> 31 FBB_CMD<19> CA7_A
D3 5 BI DBI0_A J4
VSS FBB_EDC<6> 5,9 FBB_CMD<19> 19 FBB_CMD<17> CA8_A
E11 FBB_WCK45 T2 J3
VSS D4 5 BI FBB_DBI<6> EDC0_B GND
5,9 FBB_CMD<17> 17 FBB_CMD<22> CA9_A
E4 5 IN FBB_WCK45* WCK0_t_A R2 J5
VSS D5 5 BI DBI0_B NC
5,9 FBB_CMD<22> 22 FBB_CMD<26> CABI_A
F1 FBVDDQ 5 IN WCK0_c_A G10
VSS FBB_WCK67 5,9 FBB_CMD<26> 26 CKE_A
F12 R4
VSS 5 IN FBB_WCK67* WCK0_t_B NC
F14 B10 R5 NC N5
VSS VDDQ x16 x8 5 IN WCK0_c_B TCK
F3 B5 FBB_D<40> F10
VSS VDDQ B11 NC FBB_D<56> TDI
G1 C1 5 Fbb_D<40> 40 FBB_D<41> DQ8_A U11 N10
VSS VDDQ A12 NC 5 Fbb_D<56> 56 FBB_D<57> DQ8_B TDO
G12 C11 5 Fbb_D<41> 41 FBB_D<42> DQ9_A V12 F5
VSS VDDQ B12 NC 5 Fbb_D<57> 57 FBB_D<58> DQ9_B TMS
G14 C14 5 Fbb_D<42> 42 FBB_D<43> DQ10_A U12
VSS VDDQ B13 NC 5 Fbb_D<58> 58 FBB_D<59> DQ10_B
2 G3 C4 5 Fbb_D<43> 43 FBB_D<44> DQ11_A U13 2
VSS VDDQ E12 NC 5 Fbb_D<59> 59 FBB_D<60> DQ11_B FBB_CMD<16>
H11 E1 5 Fbb_D<44> 44 FBB_D<45> DQ12_A P12 L3
VSS VDDQ E13 NC 5 Fbb_D<60> 60 FBB_D<61> DQ12_B 5 FBB_CMD<16> 16 FBB_CMD<25> CA0_B
H4 E14 5 Fbb_D<45> 45 FBB_D<46> DQ13_A P13 M11
VSS VDDQ F13 5 Fbb_D<61> 61 FBB_D<62> DQ13_B 5 FBB_CMD<25> 25 FBB_CMD<24> CA1_B
L11 F11 5 Fbb_D<46> 46 FBB_D<47> DQ14_A NC
N13 M4
VSS VDDQ G13 NC 5 Fbb_D<62> 62 FBB_D<63> DQ14_B 5 FBB_CMD<24> 24 FBB_CMD<33> CA2_B
L4 F4 5 Fbb_D<47> 47 DQ15_A M13 L12
VSS VDDQ 5 Fbb_D<63> 63 DQ15_B 5 FBB_CMD<33> 33 FBB_CMD<23> CA3_B
M1 H1 FBB_EDC<5> L5
VSS VDDQ C13 FBB_EDC<7> 5,9 FBB_CMD<23> 23 FBB_CMD<27> CA4_B
M12 H14 5 BI FBB_DBI<5> EDC1_A GND T13 L10
VSS VDDQ D13 5 BI FBB_DBI<7> EDC1_B 5,9 FBB_CMD<27> 27 FBB_CMD<30> CA5_B
M14 J13 5 BI DBI1_A NC R13 K12
VSS VDDQ 5 BI DBI1_B 5,9 FBB_CMD<30> 30 FBB_CMD<31> CA6_B
M3 J2 FBB_WCKB45 K11
VSS VDDQ D11 NC FBB_WCKB67 5,9 FBB_CMD<31> 31 FBB_CMD<19> CA7_B
N1 K13 5 IN FBB_WCKB45* WCK1_t_A R11 K4
VSS VDDQ D10 NC 5 IN FBB_WCKB67* WCK1_t_B 5,9 FBB_CMD<19> 19 FBB_CMD<17> CA8_B
N12 K2 5 IN WCK1_c_A R10 K3
VSS VDDQ 5 IN WCK1_c_B 5,9 FBB_CMD<17> 17 FBB_CMD<22> CA9_B
N14 L1 K5
VSS VDDQ 5,9 FBB_CMD<22> 22 FBB_CMD<26> CABI_B
N3 L14 M10 FBB_ZQ_2_A
VSS VDDQ 5,9 FBB_CMD<26> 26 CKE_B
P11
VSS VDDQ N11
ZQ_A J14 FBB_ZQ_2_B R3856 121ohm
P4 N4 K14 0402 1% COMMON
VSS VDDQ ZQ_B
R1
VSS VDDQ P1 R3857 121ohm
R12 P14 0402 1% COMMON
VSS VDDQ
R14 T1
VSS VDDQ FBB_CMD<18>
R3 T11 J1
VSS VDDQ 5 FBB_CMD<18> 18 RESET
T10 T14
VSS VDDQ
T12 T4 GND
VSS VDDQ
T3
VSS VDDQ U10 Place DRAM on TOP with PIN A1 Toward GPU FBB_CLK1*
T5 U5 K10
VSS VDDQ 5 IN FBB_CLK1 CLK_c
U1 J10
VSS 5 IN CLK_t
U14
VSS
V11
VSS
V13 G5
VSS RFU_A
V2 M5
VSS RFU_B
V4 1V8_AON
VSS
3 A10 3
VPP
A5
VPP
V10
VPP
V5
VPP
GND
FBB_VREFC
8,8
IN
FBVDDQ
CLOSE DRAM C3879
820pF
50V
C1363 C282 C1381 C1365 C1528 C1525 C272 C257 C276 C300 C1371 C1369 C286 C285 C3896 C3897 C3898 C3899 10%
X7R
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
0402
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V COMMON
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W GND
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
GND
4 4
C4042 C4043 C4044 C4045 C4046 C4047 C4048 C4049 C4050 C4051 C4052 C4053 C4054 C4055
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND
FBVDDQ
AROUND DRAM
C287 C1356 C1488 C1524 C1417 C1478 C1397
22uF 22uF 22uF 22uF 22uF 10uF 10uF
1V8_AON 1V8_AON
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1437 C1463 C1465 C1423 C4056 C4057 C4058 C4059
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
GND X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
5 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 5
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition B 2.1
Da te : Tues day, April 09, 2019 Shee t 9 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-
MEMORY: GPU Partition C/D F-
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GDDR6 CMD Mapping
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x16 Mode
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BGA2824 DRAM1 DRAM2 BGA2824
1 COMMON CHA-Byte 0,1 CHA-Byte 4,5
COMMON 1
4/28 FBC 5/28 FBD
FBC_D<0> FBC_CMD<0> CA0_A C MD 0 CMD 2 0 FBD_D<0> FBD_CMD<0>
F36 C44 F15 B14
11 Fbc_D<0> 0 FBC_D<1> FBC_D0 FBC_CMD0 FBC_CMD<1> 0 Fbc_Cmd<0> 11 CA1_A C MD 9 CMD 2 8
13 Fbd_D<0> 0 FBD_D<1> FBD_D0 FBD_CMD0 FBD_CMD<1> 0 Fbd_Cmd<0> 13
G36 B44 H17 A14
11 Fbc_D<1> 1 FBC_D<2> FBC_D1 FBC_CMD1 FBC_CMD<2> 1 Fbc_Cmd<1> 11 CA2_A C MD 8 CMD 2 1
13 Fbd_D<1> 1 FBD_D<2> FBD_D1 FBD_CMD1 FBD_CMD<2> 1 Fbd_Cmd<1> 13
D36 A44 CMD 3 2 CMD 2 9 E17 B15
11 Fbc_D<2> 2 FBC_D<3> FBC_D2 FBC_CMD2 FBC_CMD<3> 2 Fbc_Cmd<2> 11 CA3_A
13 Fbd_D<2> 2 FBD_D<3> FBD_D2 FBD_CMD2 FBD_CMD<3> 2 Fbd_Cmd<2> 13
E36 H44 C MD 7 CMD 2 3 E15 A15
11 Fbc_D<3> 3 FBC_D<4> FBC_D3 FBC_CMD3 FBC_CMD<4> 3 Fbc_Cmd<3> 11 CA4_A
13 Fbd_D<3> 3 FBD_D<4> FBD_D3 FBD_CMD3 FBD_CMD<4> 3 Fbd_Cmd<3> 13
C38 G44 CMD 2 7 F17 B17
11 Fbc_D<4> 4 FBC_D<5> FBC_D4 FBC_CMD4 FBC_CMD<5> 4 Fbc_Cmd<4> 11 CA5_A CMD11
13 Fbd_D<4> 4 FBD_D<5> FBD_D4 FBD_CMD4 FBD_CMD<5> 4 Fbd_Cmd<4> 13
D38 D44 CMD 1 5 CMD 3 0 J17 A17
11 Fbc_D<5> 5 FBC_D<6> FBC_D5 FBC_CMD5 FBC_CMD<6> 5 Fbc_Cmd<5> 11 CA6_A
13 Fbd_D<5> 5 FBD_D<6> FBD_D5 FBD_CMD5 FBD_CMD<6> 5 Fbd_Cmd<5> 13
E38 E44 CMD 1 4 CMD 3 1 J18 A18
11 Fbc_D<6> 6 FBC_D<7> FBC_D6 FBC_CMD6 FBC_CMD<7> 6 Fbc_Cmd<6> 11 CA7_A
13 Fbd_D<6> 6 FBD_D<7> FBD_D6 FBD_CMD6 FBD_CMD<7> 6 Fbd_Cmd<6> 13
H36 F44 C MD 3 CMD 1 9 H18 B18
11 Fbc_D<7> 7 FBC_D<8> FBC_D7 FBC_CMD7 FBC_CMD<8> 7 Fbc_Cmd<7> 11 CA8_A
13 Fbd_D<7> 7 FBD_D<8> FBD_D7 FBD_CMD7 FBD_CMD<8> 7 Fbd_Cmd<7> 13
B38 F45 H20 C20
11 Fbc_D<8> 8 FBC_D<9> FBC_D8 FBC_CMD8 FBC_CMD<9> 8 Fbc_Cmd<8> 11 CA9_A C MD 1 CMD 1 7
13 Fbd_D<8> 8 FBD_D<9> FBD_D8 FBD_CMD8 FBD_CMD<9> 8 Fbd_Cmd<8> 13
F38 E45 J20 B20
11 Fbc_D<9> 9 FBC_D<10> FBC_D9 FBC_CMD9 FBC_CMD<10> 9 Fbc_Cmd<9> 11 CABI_A C MD 6 CMD 2 2
13 Fbd_D<9> 9 FBD_D<10> FBD_D9 FBD_CMD9 FBD_CMD<10> 9 Fbd_Cmd<9> 13
A38 D45 C17 A20
11 Fbc_D<10> 10 FBC_D<11> FBC_D10 FBC_CMD10 FBC_CMD<11> 10 Fbc_Cmd<10> 11 CKE_A CMD 1 0 CMD 2 6
13 Fbd_D<10> 10 FBD_D<11> FBD_D10 FBD_CMD10 FBD_CMD<11> 10 Fbd_Cmd<10> 13
J38 A47 J21 B21
11 Fbc_D<11> 11 FBC_D<12> FBC_D11 FBC_CMD11 FBC_CMD<12> 11 Fbc_Cmd<11> 11 13 Fbd_D<11> 11 FBD_D<12> FBD_D11 FBD_CMD11 FBD_CMD<12> 11 Fbd_Cmd<11> 13
G39 B47 G18 A21
11 Fbc_D<12> 12 FBC_D<13> FBC_D12 FBC_CMD12 FBC_CMD<13> 12 Fbc_Cmd<12> 11 CHB-Byte 2,3 CHB-Byte 6,7
13 Fbd_D<12> 12 FBD_D<13> FBD_D12 FBD_CMD12 FBD_CMD<13> 12 Fbd_Cmd<12> 13
F39 H45 C MD 4 CMD 1 6 F18 C23
11 Fbc_D<13> 13 FBC_D<14> FBC_D13 FBC_CMD13 FBC_CMD<14> 13 Fbc_Cmd<13> 11 CA0_B
13 Fbd_D<13> 13 FBD_D<14> FBD_D13 FBD_CMD13 FBD_CMD<14> 13 Fbd_Cmd<13> 13
E39 G45 CMD 1 2 CMD 2 5 C18 B23
11 Fbc_D<14> 14 FBC_D<15> FBC_D14 FBC_CMD14 FBC_CMD<15> 14 Fbc_Cmd<14> 11 CA1_B
13 Fbd_D<14> 14 FBD_D<15> FBD_D14 FBD_CMD14 FBD_CMD<15> 14 Fbd_Cmd<14> 13
A39 A45 C MD 5 CMD 2 4 D18 A23
11 Fbc_D<15> 15 FBC_D<16> FBC_D15 FBC_CMD15 FBC_CMD<16> 15 Fbc_Cmd<15> 11 CA2_B
13 Fbd_D<15> 15 FBD_D<16> FBD_D15 FBD_CMD15 FBD_CMD<16> 15 Fbd_Cmd<15> 13
A41 C57 CMD 1 3 CMD 3 3 E23 C27
11 Fbc_D<16> 16 FBC_D<17> FBC_D16 FBC_CMD16 FBC_CMD<17> 16 Fbc_Cmd<16> 12
CA3_B
13 Fbd_D<16> 16 FBD_D<17> FBD_D16 FBD_CMD16 FBD_CMD<17> 16 Fbd_Cmd<16> 14
F42 C56 C MD 7 CMD 2 3 K24 B27
11 Fbc_D<17> 17 FBC_D<18> FBC_D17 FBC_CMD17 FBC_CMD<18> 17 Fbc_Cmd<17> 12
CA4_B
13 Fbd_D<17> 17 FBD_D<18> FBD_D17 FBD_CMD17 FBD_CMD<18> 17 Fbd_Cmd<17> 14
E42 B56 J24 A27
11 Fbc_D<18> 18 FBC_D<19> FBC_D18 FBC_CMD18 FBC_CMD<19> 18 Fbc_Cmd<18> 12 CA5_B CMD11 CMD 2 7
13 Fbd_D<18> 18 FBD_D<19> FBD_D18 FBD_CMD18 FBD_CMD<19> 18 Fbd_Cmd<18> 14
K42 C54 L24 E27
11 Fbc_D<19> 19 FBC_D<20> FBC_D19 FBC_CMD19 FBC_CMD<20> 19 Fbc_Cmd<19> 12 CA6_B CMD 1 5 CMD 3 0
13 Fbd_D<19> 19 FBD_D<20> FBD_D19 FBD_CMD19 FBD_CMD<20> 19 Fbd_Cmd<19> 14
D42 B54 F24 F27
11 Fbc_D<20> 20 FBC_D<21> FBC_D20 FBC_CMD20 FBC_CMD<21> 20 Fbc_Cmd<20> 12 CA7_B CMD 1 4 CMD 3 1
13 Fbd_D<20> 20 FBD_D<21> FBD_D20 FBD_CMD20 FBD_CMD<21> 20 Fbd_Cmd<20> 14
G42 A54 E24 G27
11 Fbc_D<21> 21 FBC_D<22> FBC_D21 FBC_CMD21 FBC_CMD<22> 21 Fbc_Cmd<21> 12 CA8_B C MD 3 CMD 1 9
13 Fbd_D<21> 21 FBD_D<22> FBD_D21 FBD_CMD21 FBD_CMD<22> 21 Fbd_Cmd<21> 14
J42 A53 C MD 1 CMD 1 7 D24 H27
11 Fbc_D<22> 22 FBC_D<23> FBC_D22 FBC_CMD22 FBC_CMD<23> 22 Fbc_Cmd<22> 12 CA9_B
13 Fbd_D<22> 22 FBD_D<23> FBD_D22 FBD_CMD22 FBD_CMD<23> 22 Fbd_Cmd<22> 14
H42 B53 C MD 6 CMD 2 2 C24 G26
11 Fbc_D<23> 23 FBC_D<24> FBC_D23 FBC_CMD23 FBC_CMD<24> 23 Fbc_Cmd<23> 12 CABI_B
13 Fbd_D<23> 23 FBD_D<24> FBD_D23 FBD_CMD23 FBD_CMD<24> 23 Fbd_Cmd<23> 14
B39 C51 CMD 1 0 CMD 2 6 D20 F26
11 Fbc_D<24> 24 FBC_D<25> FBC_D24 FBC_CMD24 FBC_CMD<25> 24 Fbc_Cmd<24> 12 CKE_B
13 Fbd_D<24> 24 FBD_D<25> FBD_D24 FBD_CMD24 FBD_CMD<25> 24 Fbd_Cmd<24> 14
D39 B51 E20 D26
11 Fbc_D<25> 25 FBC_D<26> FBC_D25 FBC_CMD25 FBC_CMD<26> 25 Fbc_Cmd<25> 12 13 Fbd_D<25> 25 FBD_D<26> FBD_D25 FBD_CMD25 FBD_CMD<26> 25 Fbd_Cmd<25> 14
2 B41 A51 C MD 2 CMD 1 8 F20 B24 2
11 Fbc_D<26> 26 FBC_D<27> FBC_D26 FBC_CMD26 FBC_CMD<27> 26 Fbc_Cmd<26> 12 RESET *
13 Fbd_D<26> 26 FBD_D<27> FBD_D26 FBD_CMD26 FBD_CMD<27> 26 Fbd_Cmd<26> 14
C41 A50 E21 E26
11 Fbc_D<27> 27 FBC_D<28> FBC_D27 FBC_CMD27 FBC_CMD<28> 27 Fbc_Cmd<27> 12 13 Fbd_D<27> 27 FBD_D<28> FBD_D27 FBD_CMD27 FBD_CMD<28> 27 Fbd_Cmd<27> 14
F41 B50 F21 D27
11 Fbc_D<28> 28 FBC_D<29> FBC_D28 FBC_CMD28 FBC_CMD<29> 28 Fbc_Cmd<28> 12 13 Fbd_D<28> 28 FBD_D<29> FBD_D28 FBD_CMD28 FBD_CMD<29> 28 Fbd_Cmd<28> 14
H41 C48 F23 A26
11 Fbc_D<29> 29 FBC_D<30> FBC_D29 FBC_CMD29 FBC_CMD<30> 29 Fbc_Cmd<29> 12 13 Fbd_D<29> 29 FBD_D<30> FBD_D29 FBD_CMD29 FBD_CMD<30> 29 Fbd_Cmd<29> 14
J41 B48 H23 H26
11 Fbc_D<30> 30 FBC_D<31> FBC_D30 FBC_CMD30 FBC_CMD<31> 30 Fbc_Cmd<30> 12 13 Fbd_D<30> 30 FBD_D<31> FBD_D30 FBD_CMD30 FBD_CMD<31> 30 Fbd_Cmd<30> 14
K41 A48 FBVDDQ J23 B26 FBVDDQ
11 Fbc_D<31> 31 FBC_D<32> FBC_D31 FBC_CMD31 FBC_CMD<32> 31 Fbc_Cmd<31> 12 13 Fbd_D<31> 31 FBD_D<32> FBD_D31 FBD_CMD31 FBD_CMD<32> 31 Fbd_Cmd<31> 14
L53 B45 J35 A24
12 Fbc_D<32> 32 FBC_D<33> FBC_D32 FBC_CMD32 FBC_CMD<33> 32 Fbc_Cmd<32> 11 14 Fbd_D<32> 32 FBD_D<33> FBD_D32 FBD_CMD32 FBD_CMD<33> 32 Fbd_Cmd<32> 13
L54 C45 FBC_DEBUG0 H35 C26 FBD_DEBUG0
12 Fbc_D<33> 33 FBC_D<34> FBC_D33 FBC_CMD33 33 Fbc_Cmd<33> 12 14 Fbd_D<33> 33 FBD_D<34> FBD_D33 FBD_CMD33 33 Fbd_Cmd<33> 14
J54 J44 FBC_DEBUG1 R1330 60.4ohm J33 J26 FBD_DEBUG1 R1332 60.4ohm
12 Fbc_D<34> 34 FBC_D<35> FBC_D34 FBC_CMD34 14 Fbd_D<34> 34 FBD_D<35> FBD_D34 FBD_CMD34
J55 J45 0402 1% COMMON R1331 60.4ohm C35 J27 0402 1% COMMON R1333 60.4ohm
12 Fbc_D<35> 35 FBC_D<36> FBC_D35 FBC_CMD35 14 Fbd_D<35> 35 FBD_D<36> FBD_D35 FBD_CMD35
L55 0402 1% COMMON D35 0402 1% COMMON
12 Fbc_D<36> 36 FBC_D<37> FBC_D36 14 Fbd_D<36> 36 FBD_D<37> FBD_D36
P50 D33
12 Fbc_D<37> 37 FBC_D<38> FBC_D37 14 Fbd_D<37> 37 FBD_D<38> FBD_D37
M53 E35
12 Fbc_D<38> 38 FBC_D<39> FBC_D38 14 Fbd_D<38> 38 FBD_D<39> FBD_D38
L56 F35
12 Fbc_D<39> 39 FBC_D<40> FBC_D39 14 Fbd_D<39> 39 FBD_D<40> FBD_D39
F58 J32
12 Fbc_D<40> 40 FBC_D<41> FBC_D40 14 Fbd_D<40> 40 FBD_D<41> FBD_D40
F57 H32
12 Fbc_D<41> 41 FBC_D<42> FBC_D41 14 Fbd_D<41> 41 FBD_D<42> FBD_D41
H53 F32
12 Fbc_D<42> 42 FBC_D<43> FBC_D42 14 Fbd_D<42> 42 FBD_D<43> FBD_D42
H52 FBC_CLK0 E32 FBD_CLK0
12 Fbc_D<43> 43 FBC_D<44> FBC_D43 14 Fbd_D<43> 43 FBD_D<44> FBD_D43
H58 K44 FBC_CLK0* 11 E33 K26 FBD_CLK0* FBD_CLK0 13
12 Fbc_D<44> 44 FBC_D<45> FBC_D44 FBC_CLK0 FBC_CLK0 80DIFF_NETCLASS1 OU T 14 Fbd_D<44> 44 FBD_D<45> FBD_D44 FBD_CLK0 80DIFF_NETCLASS1 OU T
H57 L44 FBC_CLK1 11 F33 L26 FBD_CLK1 FBD_CLK0 13
12 Fbc_D<45> 45 FBC_D<46> FBC_D45 FBC_CLK0 FBC_CLK0 80DIFF_NETCLASS1 OU T 14 Fbd_D<45> 45 FBD_D<46> FBD_D45 FBD_CLK0 80DIFF_NETCLASS1 OU T
J52 L45 FBC_CLK1* 12 G33 L27 FBD_CLK1* FBD_CLK1 14
12 Fbc_D<46> 46 FBC_D<47> FBC_D46 FBC_CLK1 FBC_CLK1 80DIFF_NETCLASS1
OU T 14 Fbd_D<46> 46 FBD_D<47> FBD_D46 FBD_CLK1 80DIFF_NETCLASS1
OU T
J53 K45 12 H33 K27 FBD_CLK1 14
12 Fbc_D<47> 47 FBC_D<48> FBC_D47 FBC_CLK1 FBC_CLK1 80DIFF_NETCLASS1
OU T 14 Fbd_D<47> 47 FBD_D<48> FBD_D47 FBD_CLK1 80DIFF_NETCLASS1
OU T
F47 F29
12 Fbc_D<48> 48 FBC_D<49> FBC_D48 14 Fbd_D<48> 48 FBD_D<49> FBD_D48
E47 H29
12 Fbc_D<49> 49 FBC_D<50> FBC_D49 14 Fbd_D<49> 49 FBD_D<50> FBD_D49
G47 C29
12 Fbc_D<50> 50 FBC_D<51> FBC_D50 14 Fbd_D<50> 50 FBD_D<51> FBD_D50
C47 J29
12 Fbc_D<51> 51 FBC_D<52> FBC_D51 14 Fbd_D<51> 51 FBD_D<52> FBD_D51
D50 D29
12 Fbc_D<52> 52 FBC_D<53> FBC_D52 14 Fbd_D<52> 52 FBD_D<53> FBD_D52
F50 E29
12 Fbc_D<53> 53 FBC_D<54> FBC_D53 14 Fbd_D<53> 53 FBD_D<54> FBD_D53
G50 A30
12 Fbc_D<54> 54 FBC_D<55> FBC_D54 14 Fbd_D<54> 54 FBD_D<55> FBD_D54
G48 FBC_WCK01 B30 FBD_WCK01
12 Fbc_D<55> 55 FBC_D<56> FBC_D55 14 Fbd_D<55> 55 FBD_D<56> FBD_D55
3 C50 K35 FBC_WCK01* 11 J30 K18 FBD_WCK01* FBD_WCK01 13 3
12 Fbc_D<56> 56 FBC_D<57> FBC_D56 FBC_WCK01 FBC_WCK01 80DIFF_NETCLASS1
OU T 14 Fbd_D<56> 56 FBD_D<57> FBD_D56 FBD_WCK01 80DIFF_NETCLASS1
OU T
G51 L35 FBC_WCKB01 11 H30 L18 FBD_WCKB01 FBD_WCK01 13
12 Fbc_D<57> 57 FBC_D<58> FBC_D57 FBC_WCK01 FBC_WCK01 80DIFF_NETCLASS1
OU T 14 Fbd_D<57> 57 FBD_D<58> FBD_D57 FBD_WCK01 80DIFF_NETCLASS1
OU T
E51 K36 FBC_WCKB01* G30 K20 FBD_WCKB01* FBD_WCKB01
12 Fbc_D<58> 58 FBC_D<59> FBC_D58 FBC_WCKB01 FBC_WCKB01 80DIFF_NETCLASS1 OU T
11
14 Fbd_D<58> 58 FBD_D<59> FBD_D58 FBD_WCKB01 80DIFF_NETCLASS1 OU T
13
D51 J36 FBC_WCK23 F30 L20 FBD_WCK23 FBD_WCKB01
12 Fbc_D<59> 59 FBC_D<60> FBC_D59 FBC_WCKB01 FBC_WCKB01 80DIFF_NETCLASS1 OU T
11
14 Fbd_D<59> 59 FBD_D<60> FBD_D59 FBD_WCKB01 80DIFF_NETCLASS1 OU T
13
E53 K38 FBC_WCK23* D32 L21 FBD_WCK23* FBD_WCK23
12 Fbc_D<60> 60 FBC_D<61> FBC_D60 FBC_WCK23 FBC_WCK23 80DIFF_NETCLASS1 OU T
11
14 Fbd_D<60> 60 FBD_D<61> FBD_D60 FBD_WCK23 80DIFF_NETCLASS1 OU T
13
F54 L38 C32 K21 FBD_WCK23
12 Fbc_D<61> 61 FBC_D<62> FBC_D61 FBC_WCK23 FBC_WCKB23 FBC_WCK23 80DIFF_NETCLASS1 OU T
11
14 Fbd_D<61> 61 FBD_D<62> FBD_D61 FBD_WCK23 FBD_WCKB23 80DIFF_NETCLASS1 OU T
13
D54 J39 FBC_WCKB23* 11 B32 L23 FBD_WCKB23* FBD_WCKB23 13
12 Fbc_D<62> 62 FBC_D<63> FBC_D62 FBC_WCKB23 FBC_WCKB23 80DIFF_NETCLASS1 OU T 14 Fbd_D<62> 62 FBD_D<63> FBD_D62 FBD_WCKB23 80DIFF_NETCLASS1 OU T
E55 K39 FBC_WCK45 11 A32 K23 FBD_WCK45 FBD_WCKB23 13
12 Fbc_D<63> 63 FBC_D63 FBC_WCKB23 FBC_WCKB23 80DIFF_NETCLASS1 OU T 14 Fbd_D<63> 63 FBD_D63 FBD_WCKB23 80DIFF_NETCLASS1 OU T
M51 FBC_WCK45* 12 L33 FBD_WCK45* FBD_WCK45 14
FBC_WCK45 FBC_WCK45 80DIFF_NETCLASS1 OU T FBD_WCK45 80DIFF_NETCLASS1 OU T
M50 FBC_WCKB45 12 K33 FBD_WCKB45 FBD_WCK45 14
FBC_DBI<0> FBC_WCK45 FBC_WCK45 80DIFF_NETCLASS1 OU T FBD_DBI<0> FBD_WCK45 80DIFF_NETCLASS1 OU T
B36 L51 FBC_WCKB45* 12 D15 L32 FBD_WCKB45* FBD_WCKB45 14
11 OU T 0 FBC_DBI<1> FBC_DQM0 FBC_WCKB45 FBC_WCKB45 80DIFF_NETCLASS1
OU T 13 OU T 0 FBD_DBI<1> FBD_DQM0 FBD_WCKB45 80DIFF_NETCLASS1
OU T
H39 L50 FBC_WCK67 12 H21 K32 FBD_WCK67 FBD_WCKB45 14
11 OU T 1 FBC_DBI<2> FBC_DQM1 FBC_WCKB45 FBC_WCKB45 80DIFF_NETCLASS1
OU T 13 OU T 1 FBD_DBI<2> FBD_DQM1 FBD_WCKB45 80DIFF_NETCLASS1
OU T
B42 J48 FBC_WCK67* D23 K30 FBD_WCK67* FBD_WCK67
11 OU T 2 FBC_DBI<3> FBC_DQM2 FBC_WCK67 FBC_WCK67 80DIFF_NETCLASS1 OU T
12
13 OU T 2 FBD_DBI<3> FBD_DQM2 FBD_WCK67 80DIFF_NETCLASS1 OU T
14
E41 H48 FBC_WCKB67 D21 L30 FBD_WCKB67 FBD_WCK67
11 OU T 3 FBC_DBI<4> FBC_DQM3 FBC_WCK67 FBC_WCK67 80DIFF_NETCLASS1 OU T
12
13 OU T 3 FBD_DBI<4> FBD_DQM3 FBD_WCK67 80DIFF_NETCLASS1 OU T
14
J58 H47 FBC_WCKB67* B35 K29 FBD_WCKB67* FBD_WCKB67
12 OU T 4 FBC_DBI<5> FBC_DQM4 FBC_WCKB67 FBC_WCKB67 80DIFF_NETCLASS1 OU T
12
14 OU T 4 FBD_DBI<5> FBD_DQM4 FBD_WCKB67 80DIFF_NETCLASS1 OU T
14
H55 J47 B33 L29 FBD_WCKB67
12 OU T 5 FBC_DBI<6> FBC_DQM5 FBC_WCKB67 FBC_WCKB67 80DIFF_NETCLASS1 OU T
12
14 OU T 5 FBD_DBI<6> FBD_DQM5 FBD_WCKB67 80DIFF_NETCLASS1 OU T
14
D48 B29
12 OU T 6 FBC_DBI<7> FBC_DQM6 14 OU T 6 FBD_DBI<7> FBD_DQM6
D53 E30
12 OU T 7 FBC_DQM7 14 OU T 7 FBD_DQM7
FBC_EDC<0> FBD_EDC<0>
A36 C15
11 BI 0 FBC_EDC<1> FBC_DQS_WP0 13 BI 0 FBD_EDC<1> FBD_DQS_WP0
H38 D17
11 BI 1 FBC_EDC<2> FBC_DQS_WP1 13 BI 1 FBD_EDC<2> FBD_DQS_WP1
A42 H24
11 BI 2 FBC_EDC<3> FBC_DQS_WP2 13 BI 2 FBD_EDC<3> FBD_DQS_WP2
D41 C21
11 BI 3 FBC_EDC<4> FBC_DQS_WP3 13 BI 3 FBD_EDC<4> FBD_DQS_WP3
J57 1V8_FB_PLL_REF A35 1V8_FB_PLL_REF
12 BI 4 FBC_EDC<5> FBC_DQS_WP4 14 BI 4 FBD_EDC<5> FBD_DQS_WP4
H56 M41 A33 M23
12 BI 5 FBC_EDC<6> FBC_DQS_WP5 FBC_PLL_AVDD IN
5,5,10,15,15,32
14 BI 5 FBD_EDC<6> FBD_DQS_WP5 FBD_PLL_AVDD IN
5,5,10,15,15,32
E48 A29
12 BI 6 FBC_EDC<7> FBC_DQS_WP6 14 BI 6 FBD_EDC<7> FBD_DQS_WP6
C53 D30
12 BI 7 FBC_DQS_WP7 14 BI 7 FBD_DQS_WP7
4 C1388 C1391 4
0.47uF 0.47uF
4V 4V
30% 30%
X6S X6S
0201W 0201W
COMMON COMMON
GND GND
FBVDDQ FBVDDQ
CKE_A/B CKE_A/B
R1317 R1318 R1319 R1316
10k 10k 10k 10k
1% 1% 1% 1%
0402 0402 0402 0402
FBC_CMD<10> COMMON COMMON FBD_CMD<10> COMMON COMMON
FBC_CMD<26> FBD_CMD<26>
FBC_CMD<2> FBD_CMD<2>
FBC_CMD<18> FBD_CMD<18>
R159 R1315 R1314 R155
10k 10k RESET 10k 10k
RESET 1%
0402
1%
0402
1%
0402
1%
0402
COMMON COMMON COMMON COMMON
5 5
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition C/D 2.1
Da te : Tues day, April 09, 2019 Shee t 10 of 66
A B C D E F G H
A B C D E F G H
nge P h a n g e Pro
Cha ro XC
-X
FMEMORY: d F- d
FBC Partition 31..0
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
M7D M7C
to
to
MT61K256M32JE-14:A MT61K256M32JE-14:A
ww
ww
om
om
k
k
FBGA180 FBGA180
lic
lic
COMMON COMMON
C
C
FBVDDQ
.c
.c
w
w
tr e M7A tr re
ar
.
.
ac ac
k e r- s o ft w a
MT61K256M32JE-14:A M7B FBC_CMD<0> FBC_VREFC
1 k e r- s o ft w FBGA180 MT61K256M32JE-14:A
10 FBC_CMD<0>
0 FBC_CMD<9> H3
CA0_A VREFC K1
IN
11,12 1
9 G11
COMMON FBGA180
10 FBC_CMD<9> FBC_CMD<8> CA1_A
A11 A1 8 G4
VSS VDD COMMON
10 FBC_CMD<8> FBC_CMD<32> CA2_A
A13 A14 32 H12
VSS VDD 10 FBC_CMD<32> FBC_CMD<7> CA3_A
A2 E10 NORMAL 7 H5
VSS VDD 10,11 FBC_CMD<7> FBC_CMD<11> CA4_A
A4 E5 NORMAL 11 H10
VSS VDD FBC_D<0> 10,11 FBC_CMD<11> FBC_CMD<15> CA5_A
B1 H13 B4 15 J12
VSS VDD 10 Fbc_D<0> 0 FBC_D<1> DQ0_A 10,11 FBC_CMD<15> FBC_CMD<14> CA6_A
B14 H2 A3 x16 x8 14 J11
VSS VDD 10 Fbc_D<1> 1 FBC_D<2> DQ1_A FBC_D<16> 10,11 FBC_CMD<14> FBC_CMD<3> CA7_A
C10 L13 B3 U4 NC 3 J4
VSS VDD 10 Fbc_D<2> 2 FBC_D<3> DQ2_A 10 Fbc_D<16> 16 FBC_D<17> DQ0_B 10,11 FBC_CMD<3> FBC_CMD<1> CA8_A
C12 L2 B2 V3 NC 1 J3
VSS VDD 10 Fbc_D<3> 3 FBC_D<4> DQ3_A 10 Fbc_D<17> 17 FBC_D<18> DQ1_B 10,11 FBC_CMD<1> FBC_CMD<6> CA9_A
C3 P10 E3 U3 NC 6 J5
VSS VDD 10 Fbc_D<4> 4 FBC_D<5> DQ4_A 10 Fbc_D<18> 18 FBC_D<19> DQ2_B 10,11 FBC_CMD<6> FBC_CMD<10> CABI_A
C5 P5 E2 U2 10 G10
VSS VDD 10 Fbc_D<5> 5 FBC_D<6> DQ5_A 10 Fbc_D<19> 19 FBC_D<20> DQ3_B NC
10,11 FBC_CMD<10> CKE_A
D1 V1 F2 P3
VSS VDD 10 Fbc_D<6> 6 FBC_D<7> DQ6_A 10 Fbc_D<20> 20 FBC_D<21> DQ4_B NC
D12 V14 G2 P2 N5
VSS VDD 10 Fbc_D<7> 7 DQ7_A 10 Fbc_D<21> 21 FBC_D<22> DQ5_B NC TCK
D14 N2 F10
VSS FBC_EDC<0> 10 Fbc_D<22> 22 FBC_D<23> DQ6_B NC TDI
D3 C2 M2 NC N10
VSS 10 BI FBC_DBI<0> EDC0_A 10 Fbc_D<23> 23 DQ7_B TDO
E11 D2 F5
VSS 10 BI DBI0_A FBC_EDC<2> TMS
E4 T2
VSS FBC_WCK01 10 BI FBC_DBI<2> EDC0_B GND
F1 FBVDDQ D4 R2 NC
VSS 10 IN FBC_WCK01* WCK0_t_A 10 BI DBI0_B FBC_CMD<4>
F12 D5 4 L3
VSS 10 IN WCK0_c_A FBC_WCK23 10 FBC_CMD<4> FBC_CMD<12> CA0_B
F14 B10 R4 NC 12 M11
VSS VDDQ 10 IN FBC_WCK23* WCK0_t_B 10 FBC_CMD<12> FBC_CMD<5> CA1_B
F3 B5 R5 5 M4
VSS VDDQ 10 IN WCK0_c_B NC
10 FBC_CMD<5> FBC_CMD<13> CA2_B
G1 C1 x16 x8 13 L12
VSS VDDQ FBC_D<8> FBC_D<24> 10 FBC_CMD<13> FBC_CMD<7> CA3_B
G12 C11 B11 10 Fbc_D<24> U11 7 L5
VSS VDDQ 10 Fbc_D<8> 8 FBC_D<9> DQ8_A NC
24 FBC_D<25> DQ8_B 10,11 FBC_CMD<7> FBC_CMD<11> CA4_B
G14 C14 A12 V12 11 L10
VSS VDDQ 10 Fbc_D<9> 9 FBC_D<10> DQ9_A NC
10 Fbc_D<25> 25 FBC_D<26> DQ9_B 10,11 FBC_CMD<11> FBC_CMD<15> CA5_B
G3 C4 B12 NC U12 15 K12
VSS VDDQ 10 Fbc_D<10> 10 FBC_D<11> DQ10_A 10 Fbc_D<26> 26 FBC_D<27> DQ10_B 10,11 FBC_CMD<15> FBC_CMD<14> CA6_B
H11 E1 B13 NC U13 14 K11
VSS VDDQ 10 Fbc_D<11> 11 FBC_D<12> DQ11_A 10 Fbc_D<27> 27 FBC_D<28> DQ11_B 10,11 FBC_CMD<14> FBC_CMD<3> CA7_B
H4 E14 E12 NC P12 3 K4
VSS VDDQ 10 Fbc_D<12> 12 FBC_D<13> DQ12_A 10 Fbc_D<28> 28 FBC_D<29> DQ12_B 10,11 FBC_CMD<3> FBC_CMD<1> CA8_B
L11 F11 E13 NC P13 1 K3
VSS VDDQ 10 Fbc_D<13> 13 FBC_D<14> DQ13_A 10 Fbc_D<29> 29 FBC_D<30> DQ13_B 10,11 FBC_CMD<1> FBC_CMD<6> CA9_B
2 L4 F4 F13 NC N13 6 K5 2
VSS VDDQ 10 Fbc_D<14> 14 FBC_D<15> DQ14_A 10 Fbc_D<30> 30 FBC_D<31> DQ14_B 10,11 FBC_CMD<6> FBC_CMD<10> CABI_B
M1 H1 G13 NC M13 10 M10 FBC_ZQ_1_A R3858 121ohm
VSS VDDQ 10 Fbc_D<15> 15 DQ15_A 10 Fbc_D<31> 31 DQ15_B 10,11 FBC_CMD<10> CKE_B
M12 H14 J14 FBC_ZQ_1_B 0402 1% COMMON
VSS VDDQ FBC_EDC<1> FBC_EDC<3> ZQ_A
M14
VSS VDDQ J13
FBC_DBI<1> C13
EDC1_A GND FBC_DBI<3> T13
EDC1_B ZQ_B K14 R3859 121ohm
M3 J2
10 BI
D13
10 BI
R13
VSS VDDQ DBI1_A DBI1_B 0402 1% COMMON
N1 K13
10 BI NC 10 BI
VSS VDDQ FBC_WCKB01 FBC_WCKB23
N12 K2 D11 NC R11
VSS VDDQ 10 IN FBC_WCKB01* WCK1_t_A 10 IN FBC_WCKB23* WCK1_t_B FBC_CMD<2>
N14 L1 D10 NC R10 J1
VSS VDDQ 10 IN WCK1_c_A 10 IN WCK1_c_B 10 FBC_CMD<2> RESET
N3 L14
VSS VDDQ
P11 N11
VSS VDDQ
P4 N4 FBC_CLK0* GND
VSS VDDQ
R1 P1 10 FBC_CLK0 K10
VSS VDDQ IN CLK_c
R12
VSS VDDQ P14 Place DRAM on TOP with PIN A1 Away from GPU 10 J10
CLK_t
IN
R14 T1
VSS VDDQ
R3 T11
VSS VDDQ
T10 T14 G5
VSS VDDQ RFU_A
T12 T4 M5
VSS VDDQ RFU_B
T3 U10
VSS VDDQ
T5 U5
VSS VDDQ
U1
VSS
U14
VSS
V11
VSS
V13
VSS
V2
VSS
V4 1V8_AON
VSS
A10
VPP
A5
VPP
V10
VPP
V5
VPP
3 3
FBVDDQ
R163
549ohm
1%
0402
COMMON
FBC_VREFC
1G1D1S 3 0.1400A 11,12
D OU T
Q9 0.300
GPIO10_FBVREF_SEL LS3018NG-3T3R
6,8,13,16,18,30 1G
SOT323_1G1D1S R162 R157 C1271
COMMON
IN
S 2 1.33k 931ohm 820pF
1% 1% 50V
GND 60V
0402 0402 10%
0.1A
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V COMMON COMMON X7R
0.4A
FBVDDQ 0.15W 0402
CLOSE DRAM 20V
COMMON
C1237 C1264 C1255 C1286 C336 C307 C324 C1300 C1304 C333 C319 C308 C1250 C1282 C3900 C3901 C3902 C3903
GND GND GND
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
FBC_VREF_Q
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
0.300
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
4 4
GND
C4062 C4063 C4064 C4065 C4066 C4067 C4068 C4069 C4070 C4071 C4072 C4073 C4074 C4075
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ GND
AROUND DRAM
C353 C1309 C1308 C1214 C1222 C352 C1280
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
1V8_AON 1V8_AON
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1225 C1235 C1295 C1297 C4076 C4077 C4078 C4079
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
GND X6S X6S X6S X6S X6S X6S X6S X6S
5 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 5
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition C 2.1
Da te : Tues day, April 09, 2019 Shee t 11 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC od
MEMORY: FBC Partition 63..32 XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
M8A M8B
k
k
lic
lic
MT61K256M32JE-14:A MT61K256M32JE-14:A
C
C
M8C
.c
.c
FBGA180 FBGA180
w
w
tr e COMMON COMMON MT61K256M32JE-14:A tr re
ar
.
.
ac ac
k e r- s o ft w a
FBGA180
1 k e r - s o fM8D
tw
MT61K256M32JE-14:A
COMMON
1
NORMAL NORMAL
FBGA180
FBC_D<32>
COMMON B4 x8
FBC_D<33> DQ0_A FBC_D<48> x16 FBC_CMD<20> FBC_VREFC
FBVDDQ 10 Fbc_D<32> 32
A3 U4 20 H3 K1
10 Fbc_D<33> 33 FBC_D<34> DQ1_A 10 Fbc_D<48> 48 FBC_D<49> DQ0_B NC
10 FBC_CMD<20> FBC_CMD<28> CA0_A VREFC
B3 V3 NC 28 G11
10 Fbc_D<34> 34 FBC_D<35> DQ2_A 10 Fbc_D<49> 49 FBC_D<50> DQ1_B 10 FBC_CMD<28> FBC_CMD<21> CA1_A
B2 U3 NC 21 G4
10 Fbc_D<35> 35 FBC_D<36> DQ3_A 10 Fbc_D<50> 50 FBC_D<51> DQ2_B 10 FBC_CMD<21> FBC_CMD<29> CA2_A
E3 U2 NC 29 H12
10 Fbc_D<36> 36 FBC_D<37> DQ4_A 10 Fbc_D<51> 51 FBC_D<52> DQ3_B 10 FBC_CMD<29> FBC_CMD<23> CA3_A
E2 P3 NC 23 H5
A11 A1 10 Fbc_D<37> 37 FBC_D<38> DQ5_A 10 Fbc_D<52> 52 FBC_D<53> DQ4_B 10,12 FBC_CMD<23> FBC_CMD<27> CA4_A
VSS VDD F2 P2 NC 27 H10
A13 A14 10 Fbc_D<38> 38 FBC_D<39> DQ6_A 10 Fbc_D<53> 53 FBC_D<54> DQ5_B 10,12 FBC_CMD<27> FBC_CMD<30> CA5_A
VSS VDD G2 N2 NC 30 J12
A2 E10 10 Fbc_D<39> 39 DQ7_A 10 Fbc_D<54> 54 FBC_D<55> DQ6_B 10,12 FBC_CMD<30> FBC_CMD<31> CA6_A
VSS VDD M2 31 J11
A4 E5 FBC_EDC<4> 10 Fbc_D<55> 55 DQ7_B NC
10,12 FBC_CMD<31> FBC_CMD<19> CA7_A
VSS VDD C2 19 J4
B1 H13 10 BI FBC_DBI<4> EDC0_A FBC_EDC<6> 10,12 FBC_CMD<19> FBC_CMD<17> CA8_A
VSS VDD D2 T2 17 J3
B14 H2 10 BI DBI0_A 10 BI FBC_DBI<6> EDC0_B GND
10,12 FBC_CMD<17> FBC_CMD<22> CA9_A
VSS VDD R2 22 J5
C10 L13 FBC_WCK45 10 BI DBI0_B NC
10,12 FBC_CMD<22> FBC_CMD<26> CABI_A
VSS VDD D4 26 G10
C12 L2 10 IN FBC_WCK45* WCK0_t_A FBC_WCK67 10,12 FBC_CMD<26> CKE_A
VSS VDD D5 R4 NC
C3 P10 10 IN WCK0_c_A 10 IN FBC_WCK67* WCK0_t_B
VSS VDD R5 NC N5
C5 P5 10 IN WCK0_c_B TCK
VSS VDD F10
D1 V1 FBC_D<56> TDI
VSS VDD x16 x8 U11 N10
D12 V14 FBC_D<40> 10 Fbc_D<56> 56 FBC_D<57> DQ8_B TDO
VSS VDD B11 NC V12 F5
D14 10 Fbc_D<40> 40 FBC_D<41> DQ8_A 10 Fbc_D<57> 57 FBC_D<58> DQ9_B TMS
VSS A12 U12
D3 10 Fbc_D<41> 41 FBC_D<42> DQ9_A NC
10 Fbc_D<58> 58 FBC_D<59> DQ10_B
VSS B12 U13
E11 10 Fbc_D<42> 42 FBC_D<43> DQ10_A NC
10 Fbc_D<59> 59 FBC_D<60> DQ11_B FBC_CMD<16>
VSS B13 P12 16 L3
E4 10 Fbc_D<43> 43 FBC_D<44> DQ11_A NC
10 Fbc_D<60> 60 FBC_D<61> DQ12_B 10 FBC_CMD<16> FBC_CMD<25> CA0_B
VSS E12 P13 25 M11
F1 FBVDDQ 10 Fbc_D<44> 44 FBC_D<45> DQ12_A NC
10 Fbc_D<61> 61 FBC_D<62> DQ13_B 10 FBC_CMD<25> FBC_CMD<24> CA1_B
VSS E13 NC N13 24 M4
F12 10 Fbc_D<45> 45 FBC_D<46> DQ13_A 10 Fbc_D<62> 62 FBC_D<63> DQ14_B 10 FBC_CMD<24> FBC_CMD<33> CA2_B
VSS F13 NC M13 33 L12
F14 B10 10 Fbc_D<46> 46 FBC_D<47> DQ14_A 10 Fbc_D<63> 63 DQ15_B 10 FBC_CMD<33> FBC_CMD<23> CA3_B
VSS VDDQ G13 NC 23 L5
F3 B5 10 Fbc_D<47> 47 DQ15_A FBC_EDC<7> 10,12 FBC_CMD<23> FBC_CMD<27> CA4_B
VSS VDDQ T13 27 L10
G1 C1 FBC_EDC<5> 10 BI FBC_DBI<7> EDC1_B 10,12 FBC_CMD<27> FBC_CMD<30> CA5_B
2 VSS VDDQ C13 R13 30 K12 2
G12 C11 10 BI FBC_DBI<5> EDC1_A GND 10 BI DBI1_B 10,12 FBC_CMD<30> FBC_CMD<31> CA6_B
VSS VDDQ D13 31 K11
G14 C14 10 BI DBI1_A NC FBC_WCKB67 10,12 FBC_CMD<31> FBC_CMD<19> CA7_B
VSS VDDQ R11 19 K4
G3 C4 FBC_WCKB45 10 IN FBC_WCKB67* WCK1_t_B 10,12 FBC_CMD<19> FBC_CMD<17> CA8_B
VSS VDDQ D11 R10 17 K3
H11 E1 10 IN FBC_WCKB45* WCK1_t_A NC
10 IN WCK1_c_B 10,12 FBC_CMD<17> FBC_CMD<22> CA9_B
VSS VDDQ D10 22 K5
H4 E14 10 IN WCK1_c_A NC
10,12 FBC_CMD<22> FBC_CMD<26> CABI_B
VSS VDDQ 26 M10 FBC_ZQ_2_A
L11 F11 10,12 FBC_CMD<26> CKE_B
VSS VDDQ J14 FBC_ZQ_2_B R3860 121ohm
L4 F4 ZQ_A
VSS VDDQ K14 0402 1% COMMON
M1 H1 ZQ_B
VSS VDDQ R3861 121ohm
M12 H14
VSS VDDQ 0402 1% COMMON
M14 J13
VSS VDDQ
M3 J2 FBC_CMD<18>
VSS VDDQ 18 J1
N1 K13 10 FBC_CMD<18> RESET
VSS VDDQ
N12 K2
VSS VDDQ GND
N14 L1
VSS VDDQ
N3 L14 FBC_CLK1*
VSS VDDQ K10
P11 N11 10 IN FBC_CLK1 CLK_c
VSS VDDQ Place DRAM on TOP with PIN A1 Toward GPU J10
CLK_t
P4
VSS VDDQ
N4 10 IN
R1 P1
VSS VDDQ
R12 P14
VSS VDDQ G5
R14 T1 RFU_A
VSS VDDQ M5
R3 T11 RFU_B
VSS VDDQ
T10 T14
VSS VDDQ
T12 T4
VSS VDDQ
T3 U10
VSS VDDQ
T5 U5
VSS VDDQ
U1
VSS
U14
VSS
V11
VSS
V13
VSS
V2
3 VSS 3
V4 1V8_AON
VSS
A10
VPP
A5
VPP
V10
VPP
V5
VPP
FBC_VREFC
11,11
IN
GND
C3880
820pF
50V
10%
X7R
0402
COMMON
GND
FBVDDQ
CLOSE DRAM
C1269 C1288 C1248 C1270 C1278 C1247 C1262 C309 C323 C1287 C1298 C335 C345 C334 C3904 C3905 C3906 C3907
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
4 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 4
FBVDDQ
GND
C4080 C4081 C4082 C4083 C4084 C4085 C4086 C4087 C4088 C4089 C4090 C4091 C4092 C4093
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
AROUND DRAM GND
C1305 C1306 C1220 C1215 C1219 C1230 C1310
1V8_AON 1V8_AON
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON C1291 C1292 C1227 C1226 C4094 C4095 C4096 C4097
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S
GND 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
5 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 5
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition C 2.1
Da te : Tues day, April 09, 2019 Shee t 12 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC od
MEMORY: FBD Partition 31..0 XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
M5D
to
to
MT61K256M32JE-14:A
ww
ww
om
om
k
k
FBGA180
lic
lic
COMMON M5C
C
C
FBVDDQ
.c
.c
MT61K256M32JE-14:A
w
w
tr e FBGA180 tr re
ar
.
.
ac M5A M5B
ac
k e r- s o ft w a
COMMON
1 k e r- s o ft w MT61K256M32JE-14:A
FBGA180
MT61K256M32JE-14:A
FBGA180
1
A11 A1 COMMON COMMON
VSS VDD FBD_CMD<0> FBD_VREFC
A13 A14 0 H3 K1
VSS VDD 10 FBD_CMD<0> FBD_CMD<9> CA0_A VREFC IN
13,14
A2 E10 9 G11
VSS VDD NORMAL NORMAL 10 FBD_CMD<9> FBD_CMD<8> CA1_A
A4 E5 8 G4
VSS VDD 10 FBD_CMD<8> FBD_CMD<32> CA2_A
B1 H13 FBD_D<0> 32 H12
VSS VDD B4 x16 x8 10 FBD_CMD<32> FBD_CMD<7> CA3_A
B14 H2 10 Fbd_D<0> 0 FBD_D<1> DQ0_A FBD_D<16> 7 H5
VSS VDD A3 U4 NC 10,13 FBD_CMD<7> FBD_CMD<11> CA4_A
C10 L13 10 Fbd_D<1> 1 FBD_D<2> DQ1_A 10 Fbd_D<16> 16 FBD_D<17> DQ0_B 11 H10
VSS VDD B3 V3 NC 10,13 FBD_CMD<11> FBD_CMD<15> CA5_A
C12 L2 10 Fbd_D<2> 2 FBD_D<3> DQ2_A 10 Fbd_D<17> 17 FBD_D<18> DQ1_B 15 J12
VSS VDD B2 U3 NC 10,13 FBD_CMD<15> FBD_CMD<14> CA6_A
C3 P10 10 Fbd_D<3> 3 FBD_D<4> DQ3_A 10 Fbd_D<18> 18 FBD_D<19> DQ2_B 14 J11
VSS VDD E3 U2 NC 10,13 FBD_CMD<14> FBD_CMD<3> CA7_A
C5 P5 10 Fbd_D<4> 4 FBD_D<5> DQ4_A 10 Fbd_D<19> 19 FBD_D<20> DQ3_B 3 J4
VSS VDD E2 P3 10,13 FBD_CMD<3> FBD_CMD<1> CA8_A
D1 V1 10 Fbd_D<5> 5 FBD_D<6> DQ5_A 10 Fbd_D<20> 20 FBD_D<21> DQ4_B NC
1 J3
VSS VDD F2 P2 10,13 FBD_CMD<1> FBD_CMD<6> CA9_A
D12 V14 10 Fbd_D<6> 6 FBD_D<7> DQ6_A 10 Fbd_D<21> 21 FBD_D<22> DQ5_B NC
6 J5
VSS VDD G2 N2 10,13 FBD_CMD<6> FBD_CMD<10> CABI_A
D14 10 Fbd_D<7> 7 DQ7_A 10 Fbd_D<22> 22 FBD_D<23> DQ6_B NC
10 G10
VSS M2 10,13 FBD_CMD<10> CKE_A
D3 FBD_EDC<0> 10 Fbd_D<23> 23 DQ7_B NC
VSS C2
E11 10 BI FBD_DBI<0> EDC0_A FBD_EDC<2> N5
VSS D2 T2 TCK
E4 10 BI DBI0_A 10 BI FBD_DBI<2> EDC0_B GND F10
VSS R2 NC TDI
F1 FBVDDQ FBD_WCK01 10 BI DBI0_B N10
VSS D4 TDO
F12 10 IN FBD_WCK01* WCK0_t_A FBD_WCK23 F5
VSS D5 R4 NC TMS
F14 B10 10 IN WCK0_c_A 10 IN FBD_WCK23* WCK0_t_B
VSS VDDQ R5 NC
F3 B5 10 IN WCK0_c_B
VSS VDDQ FBD_CMD<4>
G1 C1 FBD_D<24> 4 L3
VSS VDDQ x16 x8 U11 10 FBD_CMD<4> FBD_CMD<12> CA0_B
G12 C11 FBD_D<8> 10 Fbd_D<24> 24 FBD_D<25> DQ8_B 12 M11
VSS VDDQ B11 V12 10 FBD_CMD<12> FBD_CMD<5> CA1_B
G14 C14 10 Fbd_D<8> 8 FBD_D<9> DQ8_A NC
10 Fbd_D<25> 25 FBD_D<26> DQ9_B 5 M4
VSS VDDQ A12 U12 10 FBD_CMD<5> FBD_CMD<13> CA2_B
G3 C4 10 Fbd_D<9> 9 FBD_D<10> DQ9_A NC
10 Fbd_D<26> 26 FBD_D<27> DQ10_B 13 L12
VSS VDDQ B12 NC U13 10 FBD_CMD<13> FBD_CMD<7> CA3_B
H11 E1 10 Fbd_D<10> 10 FBD_D<11> DQ10_A 10 Fbd_D<27> 27 FBD_D<28> DQ11_B 7 L5
VSS VDDQ B13 NC P12 10,13 FBD_CMD<7> FBD_CMD<11> CA4_B
H4 E14 10 Fbd_D<11> 11 FBD_D<12> DQ11_A 10 Fbd_D<28> 28 FBD_D<29> DQ12_B 11 L10
VSS VDDQ E12 NC P13 10,13 FBD_CMD<11> FBD_CMD<15> CA5_B
L11 F11 10 Fbd_D<12> 12 FBD_D<13> DQ12_A 10 Fbd_D<29> 29 FBD_D<30> DQ13_B 15 K12
VSS VDDQ E13 NC N13 10,13 FBD_CMD<15> FBD_CMD<14> CA6_B
2 L4 F4 10 Fbd_D<13> 13 FBD_D<14> DQ13_A 10 Fbd_D<30> 30 FBD_D<31> DQ14_B 14 K11 2
VSS VDDQ F13 NC M13 10,13 FBD_CMD<14> FBD_CMD<3> CA7_B
M1 H1 10 Fbd_D<14> 14 FBD_D<15> DQ14_A 10 Fbd_D<31> 31 DQ15_B 3 K4
VSS VDDQ G13 NC 10,13 FBD_CMD<3> FBD_CMD<1> CA8_B
M12 H14 10 Fbd_D<15> 15 DQ15_A FBD_EDC<3> 1 K3
VSS VDDQ T13 10,13 FBD_CMD<1> FBD_CMD<6> CA9_B
M14 J13 FBD_EDC<1> 10 BI FBD_DBI<3> EDC1_B 6 K5
VSS VDDQ C13 R13 10,13 FBD_CMD<6> FBD_CMD<10> CABI_B
M3 J2 10 BI FBD_DBI<1> EDC1_A GND 10 BI DBI1_B 10 M10 FBD_ZQ_1_A R3862 121ohm
VSS VDDQ D13 10,13 FBD_CMD<10> CKE_B
N1 K13 10 BI DBI1_A NC
FBD_WCKB23 J14 FBD_ZQ_1_B 0402 1% COMMON
VSS VDDQ R11 ZQ_A
N12 K2 FBD_WCKB01 10 IN FBD_WCKB23* WCK1_t_B K14 R3863 121ohm
VSS VDDQ D11 NC R10 ZQ_B
N14 L1 10 IN FBD_WCKB01* WCK1_t_A 10 IN WCK1_c_B 0402 1% COMMON
VSS VDDQ D10 NC
N3 L14 10 IN WCK1_c_A
VSS VDDQ
P11 N11
VSS VDDQ FBD_CMD<2>
P4 N4 2 J1
VSS VDDQ 10 FBD_CMD<2> RESET
R1 P1
VSS VDDQ
R12 P14
VSS VDDQ Place DRAM on TOP with PIN A1 Away from GPU
R14 T1
VSS VDDQ FBD_CLK0* GND
R3 T11 K10
VSS VDDQ 10 IN FBD_CLK0 CLK_c
T10 T14 J10
VSS VDDQ 10 IN CLK_t
T12 T4
VSS VDDQ
T3 U10
VSS VDDQ
T5 U5 G5
VSS VDDQ RFU_A
U1 M5
VSS RFU_B
U14
VSS
V11
VSS
V13
VSS
V2
VSS
V4 1V8_AON
VSS
A10
VPP
A5
VPP
V10
VPP
V5
VPP
3 3
FBVDDQ
R1324
549ohm
GND
1%
0402
COMMON
FBD_VREFC
FBVDDQ 1G1D1S 3 0.1400A 13,14
OU T
CLOSE DRAM D Q10 0.300
GPIO10_FBVREF_SEL LS3018NG-3T3R
6,8,11,16,18,30 1G
SOT323_1G1D1S R1325 R1322 C1274
COMMON
C1275 C1249 C1268 C325 C1276 C342 C313 C337 C314 C1236 C1283 C1285 C1257 C310 C3908 C3909 C3910 C3911 IN
S 2 1.33k 931ohm 820pF
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 1% 1% 50V
60V
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 0.1A 0402 0402 10%
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V COMMON COMMON X7R
0.4A
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S 0.15W 0402
20V
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W COMMON
4 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 4
FBVDDQ GND GND GND
FBD_VREF_Q
GND
0.300
C4098 C4099 C4100 C4101 C4102 C4103 C4104 C4105 C4106 C4107 C4108 C4109 C4110 C4111
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
AROUND DRAM GND
C1218 C1312 C1223 C311 C1311 C328 C1281
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
1V8_AON 1V8_AON
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1293 C1233 C1294 C1234 C4112 C4113 C4114 C4115
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
GND X6S X6S X6S X6S X6S X6S X6S X6S
5 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 5
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition D 2.1
Da te : Tues day, April 09, 2019 Shee t 13 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
MEMORY: od
FBD Partition 63..32 XC d
F- F-
uc
uc
PD
PD
!
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t
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N
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y
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bu
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tw
MT61K256M32JE-14:A
k e r- s o ft w a 1
M6C
FBGA180
MT61K256M32JE-14:A
COMMON
FBGA180
FBVDDQ
COMMON
FBD_CMD<20> FBD_VREFC
M6A
M6B H3 K1 13,13
A11 A1 10 FBD_CMD<20> 20 FBD_CMD<28> CA0_A VREFC IN
VSS VDD MT61K256M32JE-14:A G11
A13 A14 MT61K256M32JE-14:A
10 FBD_CMD<28> 28 FBD_CMD<21> CA1_A
VSS VDD FBGA180 G4
A2 E10 FBGA180
10 FBD_CMD<21> 21 FBD_CMD<29> CA2_A
C3881
VSS VDD COMMON H12
A4 E5 COMMON
10 FBD_CMD<29> 29 FBD_CMD<23> CA3_A 820pF
VSS VDD H5
B1 H13 10,14 FBD_CMD<23> 23 FBD_CMD<27> CA4_A 50V
VSS VDD H10
B14 H2 NORMAL 10,14 FBD_CMD<27> 27 FBD_CMD<30> CA5_A 10%
VSS VDD NORMAL J12
C10 L13 10,14 FBD_CMD<30> 30 FBD_CMD<31> CA6_A X7R
VSS VDD FBD_D<32> J11 0402
C12 L2 B4 10,14 FBD_CMD<31> 31 FBD_CMD<19> CA7_A
VSS VDD 10 Fbd_D<32> 32 FBD_D<33> DQ0_A x16 x8 J4 COMMON
C3 P10 A3 FBD_D<48> 10,14 FBD_CMD<19> 19 FBD_CMD<17> CA8_A
VSS VDD 10 Fbd_D<33> 33 FBD_D<34> DQ1_A U4 NC J3
C5 P5 B3 10 Fbd_D<48> 48 FBD_D<49> DQ0_B 10,14 FBD_CMD<17> 17 FBD_CMD<22> CA9_A
VSS VDD 10 Fbd_D<34> 34 FBD_D<35> DQ2_A V3 NC J5
D1 V1 B2 10 Fbd_D<49> 49 FBD_D<50> DQ1_B 10,14 FBD_CMD<22> 22 FBD_CMD<26> CABI_A GND
VSS VDD 10 Fbd_D<35> 35 FBD_D<36> DQ3_A U3 NC G10
D12 V14 E3 10 Fbd_D<50> 50 FBD_D<51> DQ2_B 10,14 FBD_CMD<26> 26 CKE_A
VSS VDD 10 Fbd_D<36> 36 FBD_D<37> DQ4_A U2 NC
D14 E2 10 Fbd_D<51> 51 FBD_D<52> DQ3_B
VSS 10 Fbd_D<37> 37 FBD_D<38> DQ5_A P3 N5
D3 F2 10 Fbd_D<52> 52 FBD_D<53> DQ4_B NC TCK
VSS 10 Fbd_D<38> 38 FBD_D<39> DQ6_A P2 F10
E11 G2 10 Fbd_D<53> 53 FBD_D<54> DQ5_B NC TDI
VSS 10 Fbd_D<39> 39 DQ7_A N2 N10
E4 10 Fbd_D<54> 54 FBD_D<55> DQ6_B NC TDO
VSS FBD_EDC<4> M2 NC F5
F1 FBVDDQ C2 10 Fbd_D<55> 55 DQ7_B TMS
VSS 10 BI FBD_DBI<4> EDC0_A
F12 D2 FBD_EDC<6>
VSS 10 BI DBI0_A T2
F14 B10 10 BI FBD_DBI<6> EDC0_B GND FBD_CMD<16>
VSS VDDQ FBD_WCK45 R2 NC L3
F3 B5 D4 10 BI DBI0_B 10 FBD_CMD<16> 16 FBD_CMD<25> CA0_B
VSS VDDQ 10 IN FBD_WCK45* WCK0_t_A M11
G1 C1 D5 FBD_WCK67 10 FBD_CMD<25> 25 FBD_CMD<24> CA1_B
2 VSS VDDQ 10 IN WCK0_c_A R4 NC M4 2
G12 C11 10 IN FBD_WCK67* WCK0_t_B 10 FBD_CMD<24> 24 FBD_CMD<33> CA2_B
VSS VDDQ R5 NC L12
G14 C14 10 IN WCK0_c_B 10 FBD_CMD<33> 33 FBD_CMD<23> CA3_B
VSS VDDQ L5
G3 C4 x16 x8 FBD_D<56> 10,14 FBD_CMD<23> 23 FBD_CMD<27> CA4_B
VSS VDDQ FBD_D<40> U11 L10
H11 E1 B11 10 Fbd_D<56> 56 FBD_D<57> DQ8_B 10,14 FBD_CMD<27> 27 FBD_CMD<30> CA5_B
VSS VDDQ 10 Fbd_D<40> 40 FBD_D<41> DQ8_A NC
V12 K12
H4 E14 A12 10 Fbd_D<57> 57 FBD_D<58> DQ9_B 10,14 FBD_CMD<30> 30 FBD_CMD<31> CA6_B
VSS VDDQ 10 Fbd_D<41> 41 FBD_D<42> DQ9_A NC
U12 K11
L11 F11 B12 10 Fbd_D<58> 58 FBD_D<59> DQ10_B 10,14 FBD_CMD<31> 31 FBD_CMD<19> CA7_B
VSS VDDQ 10 Fbd_D<42> 42 FBD_D<43> DQ10_A NC
U13 K4
L4 F4 B13 NC 10 Fbd_D<59> 59 FBD_D<60> DQ11_B 10,14 FBD_CMD<19> 19 FBD_CMD<17> CA8_B
VSS VDDQ 10 Fbd_D<43> 43 FBD_D<44> DQ11_A P12 K3
M1 H1 E12 NC 10 Fbd_D<60> 60 FBD_D<61> DQ12_B 10,14 FBD_CMD<17> 17 FBD_CMD<22> CA9_B
VSS VDDQ 10 Fbd_D<44> 44 FBD_D<45> DQ12_A P13 K5
M12 H14 E13 NC 10 Fbd_D<61> 61 FBD_D<62> DQ13_B 10,14 FBD_CMD<22> 22 FBD_CMD<26> CABI_B
VSS VDDQ 10 Fbd_D<45> 45 FBD_D<46> DQ13_A N13 M10 FBD_ZQ_2_A
M14 J13 F13 NC 10 Fbd_D<62> 62 FBD_D<63> DQ14_B 10,14 FBD_CMD<26> 26 CKE_B
VSS VDDQ 10 Fbd_D<46> 46 FBD_D<47> DQ14_A M13 J14 FBD_ZQ_2_B R3864 121ohm
M3 J2 G13 NC 10 Fbd_D<63> 63 DQ15_B ZQ_A
VSS VDDQ 10 Fbd_D<47> 47 DQ15_A K14 0402 1% COMMON
N1 K13 FBD_EDC<7> ZQ_B
VSS VDDQ FBD_EDC<5> T13 R3865 121ohm
N12 K2 C13 10 BI FBD_DBI<7> EDC1_B
VSS VDDQ 10 BI FBD_DBI<5> EDC1_A GND R13 0402 1% COMMON
N14 L1 D13 10 BI DBI1_B
VSS VDDQ 10 BI DBI1_A
N3 L14
NC FBD_WCKB67 FBD_CMD<18>
VSS VDDQ FBD_WCKB45 R11 J1
P11 N11 D11 10 IN FBD_WCKB67* WCK1_t_B 10 FBD_CMD<18> 18 RESET
VSS VDDQ 10 IN FBD_WCKB45* WCK1_t_A NC
R10
P4 N4 D10 NC 10 IN WCK1_c_B
VSS VDDQ 10 IN WCK1_c_A GND
R1 P1
VSS VDDQ
R12 P14 FBD_CLK1*
VSS VDDQ K10
R14 T1 10 IN FBD_CLK1 CLK_c
VSS VDDQ J10
R3 T11 10 IN CLK_t
VSS VDDQ
T10 T14
VSS VDDQ
T12 T4
VSS VDDQ G5
T3 U10 RFU_A
VSS VDDQ Place DRAM on TOP with PIN A1 Toward GPU M5
T5 U5 RFU_B
VSS VDDQ
U1
VSS
U14
VSS
V11
VSS
V13
VSS
V2
3 VSS 3
V4 1V8_AON
VSS
A10
VPP
A5
VPP
V10
VPP
V5
VPP
GND
FBVDDQ
CLOSE DRAM
C1243 C351 C350 C1277 C1258 C1217 C315 C306 C344 C312 C1284 C1313 C1228 C343 C3912 C3913 C3914 C3915
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
4 4
FBVDDQ
GND
C4116 C4117 C4118 C4119 C4120 C4121 C4122 C4123 C4124 C4125 C4126 C4127 C4128 C4129
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ GND
AROUND DRAM
C1221 C1224 C1314 C1307 C1290 C349 C1279 1V8_AON 1V8_AON
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON C1299 C1231 C1296 C1229 C4130 C4131 C4132 C4133
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
5 5
X6S X6S X6S X6S X6S X6S X6S X6S
GND 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition C/D 2.1
Da te : Tues day, April 09, 2019 Shee t 14 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC od
MEMORY: GPU Partition E/F XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
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N
N
y
y
bu
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GDDR6 CMD Mapping x16 Mode
ww
ww
om
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k
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G1F Lower 0..31 Upper 32..63 G1G
D18Y D18Y
C
C
DRAM1 DRAM2
.c
.c
BGA2824 BGA2824
w
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tr e COMMON CHA-Byte 0,1 CHA-Byte 4,5 COMMON
tr re
ar
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.
ac ac
1 k e r- s o ft w FBE_D<0>
6/28 FBE
FBE_CMD<0>
CA0_A
CA1_A
C MD 0
C MD 9
CMD 2 0
CMD 2 8 FBF_D<0>
7/28 FBF
FBF_CMD<0> k e r- s o ft w a 1
Y6 V1 BB3 BA1
15 FBE_D<0> 0 FBE_D<1> FBE_D0 FBE_CMD0 FBE_CMD<1> 0 FBE_CMD<0> C MD 8 CMD 2 1 17 FBF_D<0> 0 FBF_D<1> FBF_D0 FBF_CMD0 FBF_CMD<1> 0 FBF_CMD<0>
Y7 V2 CA2_A BB2 BA2
15 FBE_D<1> 1 FBE_D<2> FBE_D1 FBE_CMD1 FBE_CMD<2> 1 FBE_CMD<1> CA3_A CMD 3 2 CMD 2 9 17 FBF_D<1> 1 FBF_D<2> FBF_D1 FBF_CMD1 FBF_CMD<2> 1 FBF_CMD<1>
Y1 U1 AV3 BA3
15 FBE_D<2> 2 FBE_D<3> FBE_D2 FBE_CMD2 FBE_CMD<3> 2 FBE_CMD<2> CA4_A C MD 7 CMD 2 3 17 FBF_D<2> 2 FBF_D<3> FBF_D2 FBF_CMD2 FBF_CMD<3> 2 FBF_CMD<2>
Y5 J7 BB1 AW2
15 FBE_D<3> 3 FBE_D<4> FBE_D3 FBE_CMD3 FBE_CMD<4> 3 FBE_CMD<3> CMD 2 7 17 FBF_D<3> 3 FBF_D<4> FBF_D3 FBF_CMD3 FBF_CMD<4> 3 FBF_CMD<3>
V3 L3 CA5_A CMD11 AV2 AW1
15 FBE_D<4> 4 FBE_D<5> FBE_D4 FBE_CMD4 FBE_CMD<5> 4 FBE_CMD<4> CA6_A CMD 1 5 CMD 3 0 17 FBF_D<4> 4 FBF_D<5> FBF_D4 FBF_CMD4 FBF_CMD<5> 4 FBF_CMD<4>
V4 L2 AW7 AW3
15 FBE_D<5> 5 FBE_D<6> FBE_D5 FBE_CMD5 FBE_CMD<6> 5 FBE_CMD<5> CA7_A CMD 1 4 CMD 3 1 17 FBF_D<5> 5 FBF_D<6> FBF_D5 FBF_CMD5 FBF_CMD<6> 5 FBF_CMD<5>
V5 J3 AW8 AV1
15 FBE_D<6> 6 FBE_D<7> FBE_D6 FBE_CMD6 FBE_CMD<7> 6 FBE_CMD<6> CA8_A C MD 3 CMD 1 9 17 FBF_D<6> 6 FBF_D<7> FBF_D6 FBF_CMD6 FBF_CMD<7> 6 FBF_CMD<6>
Y8 J4 AV4 AT1
15 FBE_D<7> 7 FBE_D<8> FBE_D7 FBE_CMD7 FBE_CMD<8> 7 FBE_CMD<7> CA9_A C MD 1 CMD 1 7 17 FBF_D<7> 7 FBF_D<8> FBF_D7 FBF_CMD7 FBF_CMD<8> 7 FBF_CMD<7>
V6 J5 AW10 AR1
15 FBE_D<8> 8 FBE_D<9> FBE_D8 FBE_CMD8 FBE_CMD<9> 8 FBE_CMD<8> CABI_A C MD 6 CMD 2 2 17 FBF_D<8> 8 FBF_D<9> FBF_D8 FBF_CMD8 FBF_CMD<9> 8 FBF_CMD<8>
V9 J6 AT9 AR2
15 FBE_D<9> 9 FBE_D<10> FBE_D9 FBE_CMD9 FBE_CMD<10> 9 FBE_CMD<9> CKE_A CMD 1 0 CMD 2 6 17 FBF_D<9> 9 FBF_D<10> FBF_D9 FBF_CMD9 FBF_CMD<10> 9 FBF_CMD<9>
U9 H4 AW9 AN3
15 FBE_D<10> 10 FBE_D<11> FBE_D10 FBE_CMD10 FBE_CMD<11> 10 FBE_CMD<10> 17 FBF_D<10> 10 FBF_D<11> FBF_D10 FBF_CMD10 FBF_CMD<11> 10 FBF_CMD<10>
V8 H2 AV10 AN2
15 FBE_D<11> 11 FBE_D<12> FBE_D11 FBE_CMD11 FBE_CMD<12> 11 FBE_CMD<11> CHB-Byte 2,3 CHB-Byte 6,7 17 FBF_D<11> 11 FBF_D<12> FBF_D11 FBF_CMD11 FBF_CMD<12> 11 FBF_CMD<11>
U5 H3 AT8 AN1
15 FBE_D<12> 12 FBE_D<13> FBE_D12 FBE_CMD12 FBE_CMD<13> 12 FBE_CMD<12> CA0_B C MD 4 CMD 1 6 17 FBF_D<12> 12 FBF_D<13> FBF_D12 FBF_CMD12 FBF_CMD<13> 12 FBF_CMD<12>
U3 H5 AT7 AM1
15 FBE_D<13> 13 FBE_D<14> FBE_D13 FBE_CMD13 FBE_CMD<14> 13 FBE_CMD<13> CA1_B CMD 1 2 CMD 2 5 17 FBF_D<13> 13 FBF_D<14> FBF_D13 FBF_CMD13 FBF_CMD<14> 13 FBF_CMD<13>
U4 H6 AV5 AM2
15 FBE_D<14> 14 FBE_D<15> FBE_D14 FBE_CMD14 FBE_CMD<15> 14 FBE_CMD<14> CA2_B C MD 5 CMD 2 4 17 FBF_D<14> 14 FBF_D<15> FBF_D14 FBF_CMD14 FBF_CMD<15> 14 FBF_CMD<14>
U2 R2 AV6 AK3
15 FBE_D<15> 15 FBE_D<16> FBE_D15 FBE_CMD15 FBE_CMD<16> 15 FBE_CMD<15> CA3_B CMD 1 3 CMD 3 3 17 FBF_D<15> 15 FBF_D<16> FBF_D15 FBF_CMD15 FBF_CMD<16> 15 FBF_CMD<15>
M6 B3 AN6 AF1
15 FBE_D<16> 16 FBE_D<17> FBE_D16 FBE_CMD16 FBE_CMD<17> 16 FBE_CMD<16> CA4_B C MD 7 CMD 2 3 17 FBF_D<16> 16 FBF_D<17> FBF_D16 FBF_CMD16 FBF_CMD<17> 16 FBF_CMD<16>
P6 C3 AN9 AG1
15 FBE_D<17> 17 FBE_D<18> FBE_D17 FBE_CMD17 FBE_CMD<18> 17 FBE_CMD<17> CA5_B CMD11 CMD 2 7 17 FBF_D<17> 17 FBF_D<18> FBF_D17 FBF_CMD17 FBF_CMD<18> 17 FBF_CMD<17>
M5 C2 AM8 AG2
15 FBE_D<18> 18 FBE_D<19> FBE_D18 FBE_CMD18 FBE_CMD<19> 18 FBE_CMD<18> CA6_B CMD 1 5 CMD 3 0 17 FBF_D<18> 18 FBF_D<19> FBF_D18 FBF_CMD18 FBF_CMD<19> 18 FBF_CMD<18>
P7 E3 AN8 AJ3
15 FBE_D<19> 19 FBE_D<20> FBE_D19 FBE_CMD19 FBE_CMD<20> 19 FBE_CMD<19> CA7_B CMD 1 4 CMD 3 1 17 FBF_D<19> 19 FBF_D<20> FBF_D19 FBF_CMD19 FBF_CMD<20> 19 FBF_CMD<19>
M8 E2 AM4 AJ2
15 FBE_D<20> 20 FBE_D<21> FBE_D20 FBE_CMD20 FBE_CMD<21> 20 FBE_CMD<20> C MD 3 CMD 1 9 17 FBF_D<20> 20 FBF_D<21> FBF_D20 FBF_CMD20 FBF_CMD<21> 20 FBF_CMD<20>
L4 E1 CA8_B AM7 AJ1
15 FBE_D<21> 21 FBE_D<22> FBE_D21 FBE_CMD21 FBE_CMD<22> 21 FBE_CMD<21> C MD 1 CMD 1 7 17 FBF_D<21> 21 FBF_D<22> FBF_D21 FBF_CMD21 FBF_CMD<22> 21 FBF_CMD<21>
L6 F2 CA9_B AM6 AJ8
15 FBE_D<22> 22 FBE_D<23> FBE_D22 FBE_CMD22 FBE_CMD<23> 22 FBE_CMD<22> C MD 6 CMD 2 2 17 FBF_D<22> 22 FBF_D<23> FBF_D22 FBF_CMD22 FBF_CMD<23> 22 FBF_CMD<22>
L7 F1 CABI_B AM3 AJ6
15 FBE_D<23> 23 FBE_D<24> FBE_D23 FBE_CMD23 FBE_CMD<24> 23 FBE_CMD<23> CMD 1 0 CMD 2 6 17 FBF_D<23> 23 FBF_D<24> FBF_D23 FBF_CMD23 FBF_CMD<24> 23 FBF_CMD<23>
R4 F3 CKE_B AT2 AJ5
15 FBE_D<24> 24 FBE_D<25> FBE_D24 FBE_CMD24 FBE_CMD<25> 24 FBE_CMD<24> 17 FBF_D<24> 24 FBF_D<25> FBF_D24 FBF_CMD24 FBF_CMD<25> 24 FBF_CMD<24>
R5 H1 AT3 AJ4
15 FBE_D<25> 25 FBE_D<26> FBE_D25 FBE_CMD25 FBE_CMD<26> 25 FBE_CMD<25> RESET * C MD 2 CMD 1 8 17 FBF_D<25> 25 FBF_D<26> FBF_D25 FBF_CMD25 FBF_CMD<26> 25 FBF_CMD<25>
R3 J2 AT5 AJ7
15 FBE_D<26> 26 FBE_D<27> FBE_D26 FBE_CMD26 FBE_CMD<27> 26 FBE_CMD<26> 17 FBF_D<26> 26 FBF_D<27> FBF_D26 FBF_CMD26 FBF_CMD<27> 26 FBF_CMD<26>
R6 J1 AT6 AK8
15 FBE_D<27> 27 FBE_D<28> FBE_D27 FBE_CMD27 FBE_CMD<28> 27 FBE_CMD<27> 17 FBF_D<27> 27 FBF_D<28> FBF_D27 FBF_CMD27 FBF_CMD<28> 27 FBF_CMD<27>
2 P3 L1 AR6 AK7 2
15 FBE_D<28> 28 FBE_D<29> FBE_D28 FBE_CMD28 FBE_CMD<29> 28 FBE_CMD<28> 17 FBF_D<28> 28 FBF_D<29> FBF_D28 FBF_CMD28 FBF_CMD<29> 28 FBF_CMD<28>
P4 M2 AR7 AK2
15 FBE_D<29> 29 FBE_D<30> FBE_D29 FBE_CMD29 FBE_CMD<30> 29 FBE_CMD<29> 17 FBF_D<29> 29 FBF_D<30> FBF_D29 FBF_CMD29 FBF_CMD<30> 29 FBF_CMD<29>
P9 M1 AR8 AK6
15 FBE_D<30> 30 FBE_D<31> FBE_D30 FBE_CMD30 FBE_CMD<31> 30 FBE_CMD<30> 17 FBF_D<30> 30 FBF_D<31> FBF_D30 FBF_CMD30 FBF_CMD<31> 30 FBF_CMD<30>
P8 P2 FBVDDQ AR9 AK5 FBVDDQ
15 FBE_D<31> 31 FBE_D<32> FBE_D31 FBE_CMD31 FBE_CMD<32> 31 FBE_CMD<31> 17 FBF_D<31> 31 FBF_D<32> FBF_D31 FBF_CMD31 FBF_CMD<32> 31 FBF_CMD<31>
H15 R1 Y9 AK1
16 FBE_D<32> 32 FBE_D<33> FBE_D32 FBE_CMD32 FBE_CMD<33> 31 FBE_CMD<32> 18 FBF_D<32> 32 FBF_D<33> FBF_D32 FBF_CMD32 FBF_CMD<33> FBF_CMD<32>
F14 P1 AA8 AK4
16 FBE_D<33> 33 FBE_D<34> FBE_D33 FBE_CMD33 FBE_DEBUG0
31 FBE_CMD<33> 18 FBF_D<33> 33 FBF_D<34> FBF_D33 FBF_CMD33 FBF_DEBUG0
FBF_CMD<33>
H14 J8 FBE_DEBUG1 R1338 60.4ohm AA9 AK9 FBF_DEBUG1 R1350 60.4ohm
16 FBE_D<34> 34 FBE_D<35> FBE_D34 FBE_CMD34 18 FBF_D<34> 34 FBF_D<35> FBF_D34 FBF_CMD34
F12 H7 0402 1% COMMON R1336 60.4ohm AA6 AJ9 0402 1% COMMON R1349 60.4ohm
16 FBE_D<35> 35 FBE_D<36> FBE_D35 FBE_CMD35 18 FBF_D<35> 35 FBF_D<36> FBF_D35 FBF_CMD35
E12 0402 1% COMMON AA1 0402 1% COMMON
16 FBE_D<36> 36 FBE_D<37> FBE_D36 18 FBF_D<36> 36 FBF_D<37> FBF_D36
D12 AA2
16 FBE_D<37> 37 FBE_D<38> FBE_D37 18 FBF_D<37> 37 FBF_D<38> FBF_D37
C12 AA3
16 FBE_D<38> 38 FBE_D<39> FBE_D38 18 FBF_D<38> 38 FBF_D<39> FBF_D38
E14 AA5
16 FBE_D<39> 39 FBE_D<40> FBE_D39 18 FBF_D<39> 39 FBF_D<40> FBF_D39
C11 AC2
16 FBE_D<40> 40 FBE_D<41> FBE_D40 18 FBF_D<40> 40 FBF_D<41> FBF_D40
E11 AC5
16 FBE_D<41> 41 FBE_D<42> FBE_D41 18 FBF_D<41> 41 FBF_D<42> FBF_D41
A11 AD2
16 FBE_D<42> 42 FBE_D<43> FBE_D42 18 FBF_D<42> 42 FBF_D<43> FBF_D42
B11 AC6
16 FBE_D<43> 43 FBE_D<44> FBE_D43 FBE_CLK0
18 FBF_D<43> 43 FBF_D<44> FBF_D43 FBF_CLK0
D11 M9 FBE_CLK0* 16 AC3 AK11 FBF_CLK0* 18
16 FBE_D<44> 44 FBE_D<45> FBE_D44 FBE_CLK0 FBE_CLK0 80DIFF_NETCLASS1 OU T 18 FBF_D<44> 44 FBF_D<45> FBF_D44 FBF_CLK0 FBF_CLK0 80DIFF_NETCLASS1 OU T
G11 M10 FBE_CLK1 16 AD9 AK10 FBF_CLK1 18
16 FBE_D<45> 45 FBE_D<46> FBE_D45 FBE_CLK0 FBE_CLK0 80DIFF_NETCLASS1 OU T 18 FBF_D<45> 45 FBF_D<46> FBF_D45 FBF_CLK0 FBF_CLK0 80DIFF_NETCLASS1 OU T
H11 L9 FBE_CLK1* 17 AC7 AJ11 FBF_CLK1* 19
16 FBE_D<46> 46 FBE_D<47> FBE_D46 FBE_CLK1 FBE_CLK1 80DIFF_NETCLASS1 OU T 18 FBF_D<46> 46 FBF_D<47> FBF_D46 FBF_CLK1 FBF_CLK1 80DIFF_NETCLASS1 OU T
J11 L8 17 AC8 AJ10 19
16 FBE_D<47> 47 FBE_D<48> FBE_D47 FBE_CLK1 FBE_CLK1 80DIFF_NETCLASS1 OU T 18 FBF_D<47> 47 FBF_D<48> FBF_D47 FBF_CLK1 FBF_CLK1 80DIFF_NETCLASS1 OU T
E5 AG6
16 FBE_D<48> 48 FBE_D<49> FBE_D48 18 FBF_D<48> 48 FBF_D<49> FBF_D48
E6 AG7
16 FBE_D<49> 49 FBE_D<50> FBE_D49 18 FBF_D<49> 49 FBF_D<50> FBF_D49
E4 AG3
16 FBE_D<50> 50 FBE_D<51> FBE_D50 18 FBF_D<50> 50 FBF_D<51> FBF_D50
F4 AG8
16 FBE_D<51> 51 FBE_D<52> FBE_D51 18 FBF_D<51> 51 FBF_D<52> FBF_D51
B6 AG4
16 FBE_D<52> 52 FBE_D<53> FBE_D52 18 FBF_D<52> 52 FBF_D<53> FBF_D52
C5 AG9
16 FBE_D<53> 53 FBE_D<54> FBE_D53 18 FBF_D<53> 53 FBF_D<54> FBF_D53
A6 AF4
16 FBE_D<54> 54 FBE_D<55> FBE_D54 18 FBF_D<54> 54 FBF_D<55> FBF_D54
A5 FBE_WCK01 AG10 FBF_WCK01
16 FBE_D<55> 55 FBE_D<56> FBE_D55 18 FBF_D<55> 55 FBF_D<56> FBF_D55
G9 V10 FBE_WCK01* 16 AF11 AT11 FBF_WCK01* 18
16 FBE_D<56> 56 FBE_D<57> FBE_D56 FBE_WCK01 FBE_WCK01 80DIFF_NETCLASS1 OU T 18 FBF_D<56> 56 FBF_D<57> FBF_D56 FBF_WCK01 FBF_WCK01 80DIFF_NETCLASS1 OU T
E9 V11 FBE_WCKB01 16 AF10 AT10 FBF_WCKB01 18
16 FBE_D<57> 57 FBE_D<58> FBE_D57 FBE_WCK01 FBE_WCK01 80DIFF_NETCLASS1 OU T 18 FBF_D<57> 57 FBF_D<58> FBF_D57 FBF_WCK01 FBF_WCK01 80DIFF_NETCLASS1 OU T
3 D9 U10 FBE_WCKB01* 16 AF9 AR11 FBF_WCKB01* 18 3
16 FBE_D<58> 58 FBE_D<59> FBE_D58 FBE_WCKB01 FBE_WCKB01 80DIFF_NETCLASS1
OU T 18 FBF_D<58> 58 FBF_D<59> FBF_D58 FBF_WCKB01 FBF_WCKB01 80DIFF_NETCLASS1
OU T
E8 U11 FBE_WCK23 16 AF7 AR10 FBF_WCK23 18
16 FBE_D<59> 59 FBE_D<60> FBE_D59 FBE_WCKB01 FBE_WCKB01 80DIFF_NETCLASS1
OU T 18 FBF_D<59> 59 FBF_D<60> FBF_D59 FBF_WCKB01 FBF_WCKB01 80DIFF_NETCLASS1
OU T
D8 R10 FBE_WCK23* AF5 AN10 FBF_WCK23*
16 FBE_D<60> 60 FBE_D<61> FBE_D60 FBE_WCK23 FBE_WCK23 80DIFF_NETCLASS1 OU T
16
18 FBF_D<60> 60 FBF_D<61> FBF_D60 FBF_WCK23 FBF_WCK23 80DIFF_NETCLASS1 OU T
18
B8 R11 FBE_WCKB23 AD4 AN11 FBF_WCKB23
16 FBE_D<61> 61 FBE_D<62> FBE_D61 FBE_WCK23 FBE_WCK23 80DIFF_NETCLASS1 OU T
16
18 FBF_D<61> 61 FBF_D<62> FBF_D61 FBF_WCK23 FBF_WCK23 80DIFF_NETCLASS1 OU T
18
C9 P10 FBE_WCKB23* AD5 AM9 FBF_WCKB23*
16 FBE_D<62> 62 FBE_D<63> FBE_D62 FBE_WCKB23 FBE_WCKB23 80DIFF_NETCLASS1 OU T
16
18 FBF_D<62> 62 FBF_D<63> FBF_D62 FBF_WCKB23 FBF_WCKB23 80DIFF_NETCLASS1 OU T
18
A8 P11 FBE_WCK45 16 AD8 AM10 FBF_WCK45 18
16 FBE_D<63> 63 FBE_D63 FBE_WCKB23 FBE_WCKB23 80DIFF_NETCLASS1 OU T 18 FBF_D<63> 63 FBF_D63 FBF_WCKB23 FBF_WCKB23 80DIFF_NETCLASS1 OU T
L17 FBE_WCK45* 17 Y11 FBF_WCK45* 19
FBE_WCK45 FBE_WCK45 80DIFF_NETCLASS1 OU T FBF_WCK45 FBF_WCK45 80DIFF_NETCLASS1 OU T
K17 FBE_WCKB45 17 Y10 FBF_WCKB45 19
FBE_DBI<0> FBE_WCK45 FBE_WCK45 80DIFF_NETCLASS1 OU T FBF_DBI<0> FBF_WCK45 FBF_WCK45 80DIFF_NETCLASS1 OU T
Y4 K15 FBE_WCKB45* 17 AW6 AA10 FBF_WCKB45* 19
15 OU T 0 FBE_DBI<1> FBE_DQM0 FBE_WCKB45 FBE_WCKB45 80DIFF_NETCLASS1 OU T 17 OU T 0 FBF_DBI<1> FBF_DQM0 FBF_WCKB45 FBF_WCKB45 80DIFF_NETCLASS1 OU T
U6 J15 FBE_WCK67 17 AV8 AA11 FBF_WCK67 19
15 OU T 1 FBE_DBI<2> FBE_DQM1 FBE_WCKB45 FBE_WCKB45 80DIFF_NETCLASS1 OU T 17 OU T 1 FBF_DBI<2> FBF_DQM1 FBF_WCKB45 FBF_WCKB45 80DIFF_NETCLASS1 OU T
M4 K14 FBE_WCK67* 17 AN4 AC9 FBF_WCK67* 19
15 OU T 2 FBE_DBI<3> FBE_DQM2 FBE_WCK67 FBE_WCK67 80DIFF_NETCLASS1
OU T 17 OU T 2 FBF_DBI<3> FBF_DQM2 FBF_WCK67 FBF_WCK67 80DIFF_NETCLASS1
OU T
R9 J14 FBE_WCKB67 17 AR3 AC10 FBF_WCKB67 19
15 OU T 3 FBE_DBI<4> FBE_DQM3 FBE_WCK67 FBE_WCK67 80DIFF_NETCLASS1
OU T 17 OU T 3 FBF_DBI<4> FBF_DQM3 FBF_WCK67 FBF_WCK67 80DIFF_NETCLASS1
OU T
D14 J12 FBE_WCKB67* AA4 AD10 FBF_WCKB67*
16 OU T 4 FBE_DBI<5> FBE_DQM4 FBE_WCKB67 FBE_WCKB67 80DIFF_NETCLASS1 OU T
17
18 OU T 4 FBF_DBI<5> FBF_DQM4 FBF_WCKB67 FBF_WCKB67 80DIFF_NETCLASS1 OU T
19
B12 H12 AD3 AD11
16 OU T 5 FBE_DBI<6> FBE_DQM5 FBE_WCKB67 FBE_WCKB67 80DIFF_NETCLASS1 OU T
17
18 OU T 5 FBF_DBI<6> FBF_DQM5 FBF_WCKB67 FBF_WCKB67 80DIFF_NETCLASS1 OU T
19
D5 AF3
16 OU T 6 FBE_DBI<7> FBE_DQM6 18 OU T 6 FBF_DBI<7> FBF_DQM6
A9 AF6
16 OU T 7 FBE_DQM7 18 OU T 7 FBF_DQM7
FBE_EDC<0> FBF_EDC<0>
Y2 AW5
15 BI 0 FBE_EDC<1> FBE_DQS_WP0 17 BI 0 FBF_EDC<1> FBF_DQS_WP0
U8 AV9
15 BI 1 FBE_EDC<2> FBE_DQS_WP1 17 BI 1 FBF_EDC<2> FBF_DQS_WP1
M3 AN5
15 BI 2 FBE_EDC<3> FBE_DQS_WP2 17 BI 2 FBF_EDC<3> FBF_DQS_WP2
R8 AR4
15 BI 3 FBE_EDC<4> FBE_DQS_WP3 17 BI 3 FBF_EDC<4> FBF_DQS_WP3
C14 1V8_FB_PLL_REF AC1 1V8_FB_PLL_REF
16 BI 4 FBE_EDC<5> FBE_DQS_WP4 18 BI 4 FBF_EDC<5> FBF_DQS_WP4
A12 P12 AD1 AM12
16 BI 5 FBE_EDC<6> FBE_DQS_WP5 FBE_PLL_AVDD IN
5,5,10,10,15,32
18 BI 5 FBF_EDC<6> FBF_DQS_WP5 FBF_PLL_AVDD IN
5,5,10,10,15,32
D6 AF2
16 BI 6 FBE_EDC<7> FBE_DQS_WP6 18 BI 6 FBF_EDC<7> FBF_DQS_WP6
B9 AD6
16 BI 7 FBE_DQS_WP7 18 BI 7 FBF_DQS_WP7
C1436 C1380
0.47uF 0.47uF
4 4V 4V 4
30% 30%
X6S X6S
0201W 0201W
COMMON COMMON
GND
GND
FBVDDQ FBVDDQ
CKE_A/B CKE_A/B
R1343 R1334 R1370 R1353
10k 10k 10k 10k
1% 1% 1% 1%
0402 0402 0402 0402
FBE_CMD<10> COMMON COMMON FBF_CMD<10> COMMON COMMON
FBE_CMD<26> FBF_CMD<26>
FBE_CMD<2> FBF_CMD<2>
FBE_CMD<18> FBF_CMD<18>
R152 R1347 R1352 R137
10k 10k RESET 10k 10k
RESET 1%
0402
1%
0402
1%
0402
1%
0402
COMMON COMMON COMMON COMMON
5 5
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition E/F 2.1
ALL NVIDIA DESIGN SPECIFICATIONS, REFERENCE SPECIFICATIONS, REFERENCE BOARDS, FILES, DRAWINGS, DIAGNOSTICS, LISTS AND OTHER DOCUMENTS OR INFORMATION (TOGETHER AND SEPARATELY, 'MATERIALS') ARE BEING PROVIDED 'AS IS'. THE MATERIALS MAY
Da te : Tues day, April 09, 2019 Shee t 15 of 66
CONTAIN KNOWN AND UNKNOWN VIOLATIONS OR DEVIATIONS OF INDUSTRY STANDARDS AND SPECIFICATIONS. NVIDIA MAKES NO WARRANTIES, EXPRESSED, IMPLIED, STATUTORY OR OTHERWISE WITH RESPECT TO THE MATERIALS OR OTHERWISE, AND EXPRESSLY DISCLAIMS
ALL
IMPLIED WARRANTIES INCLUDING, WITHOUT LIMITATION, THE WARRANTIES OF DESIGN, OF NONINFRINGEMENT, MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, OR ARISING FROM A COURSE OF DEALING, TRADE USAGE, TRADE PRACTICE, OR INDUSTRY
STANDA RDS.
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
MEMORY: od
FBE Partition 31..0 XC d
F- F-
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uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
M2D
C
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MT61K256M32JE-14:A
w
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tr re FBGA180 tr re
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ac ac
k e r- s o ft w a k e r- s o ft w a
COMMON
1 FBVDDQ M2A M2B 1
MT61K256M32JE-14:A MT61K256M32JE-14:A M2C
FBGA180 FBGA180 MT61K256M32JE-14:A
COMMON COMMON FBGA180
COMMON
A11 A1
VSS VDD
A13
VSS VDD A14 NORMAL NORMAL
A2 E10 FBE_VREFC
VSS VDD FBE_D<0> FBE_CMD<0>
A4 E5 B4 x16 x8 0 H3 K1 16,17
VSS VDD 14 FBE_D<0> 0 FBE_D<1> DQ0_A FBE_D<16> 10 FBE_CMD<0> FBE_CMD<9> CA0_A VREFC IN
B1 H13 A3 U4 NC 9 G11
VSS VDD 14 FBE_D<1> 1 FBE_D<2> DQ1_A 14 FBE_D<16> 16 FBE_D<17> DQ0_B 10 FBE_CMD<9> FBE_CMD<8> CA1_A
B14 H2 B3 V3 NC 8 G4
VSS VDD 14 FBE_D<2> 2 FBE_D<3> DQ2_A 14 FBE_D<17> 17 FBE_D<18> DQ1_B 10 FBE_CMD<8> FBE_CMD<32> CA2_A
C10 L13 B2 U3 32 H12
VSS VDD 14 FBE_D<3> 3 FBE_D<4> DQ3_A 14 FBE_D<18> 18 FBE_D<19> DQ2_B NC
10 FBE_CMD<32> FBE_CMD<7> CA3_A
C12 L2 E3 U2 7 H5
VSS VDD 14 FBE_D<4> 4 FBE_D<5> DQ4_A 14 FBE_D<19> 19 FBE_D<20> DQ3_B NC
10,11 FBE_CMD<7> FBE_CMD<11> CA4_A
C3 P10 E2 P3 11 H10
VSS VDD 14 FBE_D<5> 5 FBE_D<6> DQ5_A 14 FBE_D<20> 20 FBE_D<21> DQ4_B NC
10,11 FBE_CMD<11> FBE_CMD<15> CA5_A
C5 P5 F2 P2 15 J12
VSS VDD 14 FBE_D<6> 6 FBE_D<7> DQ6_A 14 FBE_D<21> 21 FBE_D<22> DQ5_B NC
10,11 FBE_CMD<15> FBE_CMD<14> CA6_A
D1 V1 G2 N2 NC 14 J11
VSS VDD 14 FBE_D<7> 7 DQ7_A 14 FBE_D<22> 22 FBE_D<23> DQ6_B 10,11 FBE_CMD<14> FBE_CMD<3> CA7_A
D12 V14 M2 NC 3 J4
VSS VDD FBE_EDC<0> 14 FBE_D<23> 23 DQ7_B 10,11 FBE_CMD<3> FBE_CMD<1> CA8_A
D14 C2 1 J3
VSS 14 BI FBE_DBI<0> EDC0_A FBE_EDC<2> 10,11 FBE_CMD<1> FBE_CMD<6> CA9_A
D3 D2 T2 6 J5
VSS 14 BI DBI0_A 14 BI FBE_DBI<2> EDC0_B GND
10,11 FBE_CMD<6> FBE_CMD<10> CABI_A
E11 FBE_WCK01 R2 NC 10 G10
VSS 14 BI DBI0_B 10,11 FBE_CMD<10> CKE_A
E4 15 FBE_WCK01* D4 FBE_WCK23
VSS IN WCK0_t_A
F1 FBVDDQ 15 D5 15 FBE_WCK23* R4 NC N5
VSS IN WCK0_c_A IN WCK0_t_B TCK
F12 15 R5 NC F10
VSS IN WCK0_c_B TDI
F14 B10 N10
VSS VDDQ FBE_D<24> TDO
F3 B5 x16 x8 U11 F5
VSS VDDQ FBE_D<8> 14 FBE_D<24> 24 FBE_D<25> DQ8_B TMS
G1 C1 B11 NC V12
VSS VDDQ 14 FBE_D<8> 8 FBE_D<9> DQ8_A 14 FBE_D<25> 25 FBE_D<26> DQ9_B
G12 C11 A12 NC U12
VSS VDDQ 14 FBE_D<9> 9 FBE_D<10> DQ9_A 14 FBE_D<26> 26 FBE_D<27> DQ10_B FBE_CMD<4>
G14 C14 B12 NC U13 4 L3
VSS VDDQ 14 FBE_D<10> 10 FBE_D<11> DQ10_A 14 FBE_D<27> 27 FBE_D<28> DQ11_B 10 FBE_CMD<4> FBE_CMD<12> CA0_B
G3 C4 B13 NC P12 12 M11
VSS VDDQ 14 FBE_D<11> 11 FBE_D<12> DQ11_A 14 FBE_D<28> 28 FBE_D<29> DQ12_B 10 FBE_CMD<12> FBE_CMD<5> CA1_B
2 H11 E1 E12 NC P13 5 M4 2
VSS VDDQ 14 FBE_D<12> 12 FBE_D<13> DQ12_A 14 FBE_D<29> 29 FBE_D<30> DQ13_B 10 FBE_CMD<5> FBE_CMD<13> CA2_B
H4 E14 E13 NC N13 13 L12
VSS VDDQ 14 FBE_D<13> 13 FBE_D<14> DQ13_A 14 FBE_D<30> 30 FBE_D<31> DQ14_B 10 FBE_CMD<13> FBE_CMD<7> CA3_B
L11 F11 F13 M13 7 L5
VSS VDDQ 14 FBE_D<14> 14 FBE_D<15> DQ14_A NC
14 FBE_D<31> 31 DQ15_B 10,11 FBE_CMD<7> FBE_CMD<11> CA4_B
L4 F4 G13 11 L10
VSS VDDQ 14 FBE_D<15> 15 DQ15_A NC FBE_EDC<3> 10,11 FBE_CMD<11> FBE_CMD<15> CA5_B
M1 H1 T13 15 K12
VSS VDDQ FBE_EDC<1> 14 BI FBE_DBI<3> EDC1_B 10,11 FBE_CMD<15> FBE_CMD<14> CA6_B
M12 H14 C13 R13 14 K11
VSS VDDQ 14 BI FBE_DBI<1> EDC1_A GND 14 BI DBI1_B 10,11 FBE_CMD<14> FBE_CMD<3> CA7_B
M14 J13 D13 3 K4
VSS VDDQ 14 BI DBI1_A NC FBE_WCKB23 10,11 FBE_CMD<3> FBE_CMD<1> CA8_B
M3 J2 R11 1 K3
VSS VDDQ FBE_WCKB01 14 IN FBE_WCKB23* WCK1_t_B 10,11 FBE_CMD<1> FBE_CMD<6> CA9_B
N1 K13 D11 NC R10 6 K5
VSS VDDQ 14 IN FBE_WCKB01* WCK1_t_A 14 IN WCK1_c_B 10,11 FBE_CMD<6> FBE_CMD<10> CABI_B
N12 K2 D10 NC 10 M10 FBE_ZQ_1_A R3866 121ohm
VSS VDDQ 14 IN WCK1_c_A 10,11 FBE_CMD<10> CKE_B
N14 L1 J14 FBE_ZQ_1_B 0402 1% COMMON
VSS VDDQ ZQ_A
N3 L14 K14 R3867 121ohm
VSS VDDQ ZQ_B
P11 N11 0402 1% COMMON
VSS VDDQ
P4 N4
VSS VDDQ
R1
VSS VDDQ P1 Place DRAM on TOP with PIN A1 Away from GPU FBE_CMD<2>
R12 P14 J1
VSS VDDQ 10 FBE_CMD<2> RESET
R14 T1
VSS VDDQ
R3 T11
VSS VDDQ
T10 T14 FBE_CLK0* GND
VSS VDDQ
T12 T4 15 FBE_CLK0 K10
VSS VDDQ IN CLK_c
T3 U10 15 J10
VSS VDDQ IN CLK_t
T5 U5
VSS VDDQ
U1
VSS
U14 G5
VSS RFU_A
V11 M5
VSS RFU_B
V13
VSS
V2
VSS
V4 1V8_AON
VSS
A10
VPP
3 A5 3
VPP
V10
VPP
V5
VPP
FBVDDQ
R154
549ohm
1%
0402
COMMON
FBE_VREFC
1G1D1S
3 0.1400A 16,17
D OU T
Q8 0.300
GPIO10_FBVREF_SEL LS3018NG-3T3R
6,8,11,13,18,30 1G
SOT323_1G1D1S R151 R153 C1317
GND COMMON
IN
2
1.33k 931ohm 820pF
S
1% 1% 50V
FBVDDQ 60V
0402 0402 10%
CLOSE DRAM 0.1A
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V COMMON COMMON X7R
0.4A
0.15W 0402
20V
COMMON
C1445 C283 C277 C281 C291 C290 C1491 C1358 C1357 C278 C265 C284 C1501 C1366 C3916 C3917 C3918 C3919
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
GND GND GND
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S FBE_VREF_Q
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
4 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 0.300 4
FBVDDQ
GND
C4136 C4137 C4138 C4139 C4140 C4141 C4142 C4143 C4144 C4145 C4146 C4147 C4148 C4149
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
GND
AROUND DRAM
C1353 C292 C1472 C1379 C1503 C1420 C1502
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
1V8_AON 1V8_AON
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1430 C1456 C1416 C1459 C4150 C4151 C4152 C4153
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30%
5 GND 5
X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition E/F 2.1
Da te : Tues day, April 09, 2019 Shee t 16 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC od
MEMORY: FBE Partition 63..32 XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
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N
N
y
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bu
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to
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om
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k
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M1D M1C
C
C
.c
.c
MT61K256M32JE-14:A MT61K256M32JE-14:A
w
w
tr FBGA180
re FBGA180 tr re
.
.
ac ac
k e r- s o ft w a k e r- s o ft w a
COMMON COMMON
1
M1A 1
FBVDDQ M1B
MT61K256M32JE-14:A
MT61K256M32JE-14:A FBE_CMD<0>
FBGA180
FBGA180 FBE_CMD<1> FBE_CMD<20> FBE_VREFC
COMMON 0 FBE_CMD<0> 20 H3 K1
COMMON FBE_CMD<2> FBE_CMD<28> CA0_A VREFC 16,16
1 FBE_CMD<1> 28 G11
IN
FBE_CMD<3> 2 FBE_CMD<2> FBE_CMD<21> CA1_A
A11 A1 21 FBE_CMD<29> G4
VSS VDD NORMAL FBE_CMD<4> 3 FBE_CMD<3> CA2_A
A13
VSS VDD A14 NORMAL FBE_CMD<5> 4 FBE_CMD<4>
29 FBE_CMD<23> H12
CA3_A
A2 E10 FBE_D<32> 23 H5 C3882
VSS VDD FBE_CMD<6> FBE_CMD<27> CA4_A
B4 5 FBE_CMD<5> 820pF
A4 E5 14 FBE_D<32> 32 FBE_D<33> DQ0_A x16 x8 27 FBE_CMD<30> H10
VSS VDD A3 FBE_D<48> FBE_CMD<7> 6 FBE_CMD<6> CA5_A 50V
B1 H13 14 FBE_D<33> 33 FBE_D<34> DQ1_A U4 NC 30 FBE_CMD<31> J12
VSS VDD B3 14 FBE_D<48> 48 FBE_D<49> DQ0_B FBE_CMD<8> 7 FBE_CMD<7> CA6_A 10%
B14 H2 14 FBE_D<34> 34 FBE_D<35> DQ2_A V3 NC 31 FBE_CMD<19> J11
VSS VDD B2 14 FBE_D<49> 49 FBE_D<50> DQ1_B FBE_CMD<9> 8 FBE_CMD<8> CA7_A X7R
C10 L13 14 FBE_D<35> 35 FBE_D<36> DQ3_A U3 19 FBE_CMD<17> J4 0402
VSS VDD E3 14 FBE_D<50> 50 FBE_D<51> DQ2_B NC FBE_CMD<10> 9 FBE_CMD<9> CA8_A
C12 L2 14 FBE_D<36> 36 FBE_D<37> DQ4_A U2 17 FBE_CMD<22> J3 COMMON
VSS VDD E2 14 FBE_D<51> 51 FBE_D<52> DQ3_B NC FBE_CMD<11> 10 FBE_CMD<10> CA9_A
C3 P10 14 FBE_D<37> 37 FBE_D<38> DQ5_A P3 22 FBE_CMD<26> J5
VSS VDD F2 14 FBE_D<52> 52 FBE_D<53> DQ4_B NC FBE_CMD<12> 11 FBE_CMD<11> CABI_A
C5 P5 14 FBE_D<38> 38 FBE_D<39> DQ6_A P2 26 G10
VSS VDD G2 14 FBE_D<53> 53 FBE_D<54> DQ5_B NC FBE_CMD<13> 12 FBE_CMD<12> CKE_A GND
D1 V1 14 FBE_D<39> 39 DQ7_A N2 NC
VSS VDD 14 FBE_D<54> 54 FBE_D<55> DQ6_B FBE_CMD<14> 13 FBE_CMD<13>
D12 V14 FBE_EDC<4> M2 NC N5
VSS VDD C2 14 FBE_D<55> 55 DQ7_B FBE_CMD<15> 14 FBE_CMD<14> TCK
D14 14 BI FBE_DBI<4> EDC0_A F10
VSS D2 FBE_EDC<6> FBE_CMD<16> 15 FBE_CMD<15> TDI
D3 14 BI DBI0_A T2 N10
VSS FBE_WCK45 14 BI FBE_DBI<6> EDC0_B GND FBE_CMD<17> 16 FBE_CMD<16> TDO
E11 R2 NC F5
VSS 15 FBE_WCK45* D4 14 BI DBI0_B FBE_CMD<18> 17 FBE_CMD<17> TMS
E4 IN WCK0_t_A FBE_WCK67
VSS 15 D5 FBE_CMD<19> 18 FBE_CMD<18>
F1 FBVDDQ IN WCK0_c_A FBE_WCK67* R4 FBE_CMD<16>
VSS 15
IN WCK0_t_B NC FBE_CMD<20> 19 FBE_CMD<19>
F12 R5 16 FBE_CMD<25> L3
VSS 15
IN WCK0_c_B NC FBE_CMD<21> 20 FBE_CMD<20> CA0_B
F14 B10 25 FBE_CMD<24> M11
VSS VDDQ x16 x8 FBE_D<56> FBE_CMD<22> 21 FBE_CMD<21> CA1_B
F3 B5 FBE_D<40> 56 U11 24 M4
VSS VDDQ B11 14 FBE_D<56> 56 FBE_D<57> DQ8_B FBE_CMD<23> 22 FBE_CMD<22> FBE_CMD<33> CA2_B
G1 C1 14 FBE_D<40> 40 FBE_D<41> DQ8_A NC
V12 33 FBE_CMD<23> L12
VSS VDDQ A12 NC 14 FBE_D<57> 57 FBE_D<58> DQ9_B FBE_CMD<24> 23 FBE_CMD<23> CA3_B
G12 C11 14 FBE_D<41> 41 FBE_D<42> DQ9_A U12 23 FBE_CMD<27> L5
VSS VDDQ B12 NC 14 FBE_D<58> 58 FBE_D<59> DQ10_B FBE_CMD<25> 24 FBE_CMD<24> CA4_B
G14 C14 14 FBE_D<42> 42 FBE_D<43> DQ10_A U13 27 FBE_CMD<30> L10
VSS VDDQ B13 NC 14 FBE_D<59> 59 FBE_D<60> DQ11_B FBE_CMD<26> 25 FBE_CMD<25> CA5_B
G3 C4 14 FBE_D<43> 43 FBE_D<44> DQ11_A P12 30 FBE_CMD<31> K12
VSS VDDQ E12 NC 14 FBE_D<60> 60 FBE_D<61> DQ12_B FBE_CMD<27> 26 FBE_CMD<26> CA6_B
2 H11 E1 14 FBE_D<44> 44 FBE_D<45> DQ12_A P13 31 FBE_CMD<19> K11 2
VSS VDDQ E13 NC 14 FBE_D<61> 61 FBE_D<62> DQ13_B FBE_CMD<28> 27 FBE_CMD<27> CA7_B
H4 E14 14 FBE_D<45> 45 FBE_D<46> DQ13_A N13 19 FBE_CMD<17> K4
VSS VDDQ F13 NC 14 FBE_D<62> 62 FBE_D<63> DQ14_B FBE_CMD<29> 28 FBE_CMD<28> CA8_B
L11 F11 14 FBE_D<46> 46 FBE_D<47> DQ14_A M13 17 FBE_CMD<22> K3
VSS VDDQ G13 NC 14 FBE_D<63> 63 DQ15_B FBE_CMD<30> 29 FBE_CMD<29> CA9_B
L4 F4 14 FBE_D<47> 47 DQ15_A 22 FBE_CMD<26> K5
VSS VDDQ FBE_EDC<7> FBE_CMD<31> 30 FBE_CMD<30> CABI_B
M1 H1 FBE_EDC<5> T13 26 M10 FBE_ZQ_2_A
VSS VDDQ C13 14 BI FBE_DBI<7> EDC1_B FBE_CMD<32> 31 FBE_CMD<31> CKE_B
M12 H14 14 BI FBE_DBI<5> EDC1_A GND R13 J14 FBE_ZQ_2_B R3868 121ohm
VSS VDDQ D13 14 BI DBI1_B FBE_CMD<33> 31 FBE_CMD<32> ZQ_A
M14 J13 14 BI DBI1_A NC FBE_WCKB67 K14 0402 1% COMMON
VSS VDDQ FBE_WCKB45 31 FBE_CMD<33> ZQ_B
M3 J2 15 FBE_WCKB67* R11 R3869 121ohm
VSS VDDQ 15 FBE_WCKB45* D11 NC IN WCK1_t_B
N1 K13 IN WCK1_t_A 15 R10 0402 1% COMMON
VSS VDDQ 15 D10 NC IN WCK1_c_B
N12 K2 IN WCK1_c_A FBE_CMD<18>
VSS VDDQ
N14 L1 18 J1
VSS VDDQ RESET
N3 L14
VSS VDDQ
P11 N11 GND
VSS VDDQ Place DRAM on TOP with PIN A1 Toward GPU
P4 N4 FBE_CLK1*
VSS VDDQ
R1 P1 15 FBE_CLK1 K10
VSS VDDQ IN CLK_c
R12 P14 15 J10
VSS VDDQ IN CLK_t
R14 T1
VSS VDDQ
R3 T11
VSS VDDQ
T10 T14 G5
VSS VDDQ RFU_A
T12 T4 M5
VSS VDDQ RFU_B
T3 U10
VSS VDDQ
T5 U5
VSS VDDQ
U1
VSS
U14
VSS
V11
VSS
V13
VSS
V2
VSS
V4 1V8_AON
VSS
A10
VPP
3 A5 3
VPP
V10
VPP
V5
VPP
GND
FBVDDQ
CLOSE DRAM
C1301 C1346 C304 C1333 C293 C294 C1350 C1319 C1351 C296 C297 C303 C1316 C1349 C3920 C3921 C3922 C3923
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
4 GND 4
C4154 C4155 C4156 C4157 C4158 C4159 C4160 C4161 C4162 C4163 C4164 C4165 C4166 C4167
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
AROUND DRAM GND
1V8_AON 1V8_AON
C1289 C1354 C1355 C1303 C1352 C1320 C1302
22uF 22uF 22uF 22uF 22uF 10uF 10uF
C1336 C1343 C1341 C1330 C4168 C4169 C4170 C4171
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20%
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
X6S X6S X6S X6S X6S X6S X6S 4V 4V 4V 4V 4V 4V 4V 4V
0603W 0603W 0603W 0603W 0603W 0603 0603 30% 30% 30% 30% 30% 30% 30% 30%
COMMON COMMON COMMON COMMON COMMON COMMON COMMON X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND
GND GND
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition E 2.1
Da te : Tues day, April 09, 2019 Shee t 17 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
MEMORY: od
FBF Partition 31..0 XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
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om
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M4D
k
k
lic
lic
MT61K256M32JE-14:A
C
C
.c
.c
FBGA180
w
w
tr e COMMON tr re
ar
.
.
ac ac
k e r- s o ft w a
FBVDDQ M4A M4C
1 k e r- s o ft w MT61K256M32JE-14:A
M4B
MT61K256M32JE-14:A
MT61K256M32JE-14:A 1
FBGA180 FBGA180
FBGA180
COMMON COMMON
COMMON FBF_CMD<0>
A11 A1 FBF_CMD<1> 0 FBF_CMD<0>
VSS VDD
A13 A14 NORMAL FBF_CMD<2> 1 FBF_CMD<1> FBF_CMD<0> FBF_VREFC
VSS VDD NORMAL
A2 E10 FBF_CMD<3> 2 FBF_CMD<2> FBF_CMD<9> H3 K1 18,19
VSS VDD FBF_D<0> CA0_A VREFC IN
A4 E5 B4 FBF_CMD<4> 3 FBF_CMD<3> FBF_CMD<8> G11
VSS VDD 14 FBF_D<0> 0 FBF_D<1> DQ0_A x16 x8 CA1_A
B1 H13 A3 FBF_D<16> FBF_CMD<5> 4 FBF_CMD<4> FBF_CMD<32> G4
VSS VDD 14 FBF_D<1> 1 FBF_D<2> DQ1_A U4 NC CA2_A
B14 H2 B3 14 FBF_D<16> 16 FBF_D<17> DQ0_B FBF_CMD<6> 5 FBF_CMD<5> FBF_CMD<7> H12
VSS VDD 14 FBF_D<2> 2 FBF_D<3> DQ2_A V3 NC CA3_A
C10 L13 B2 14 FBF_D<17> 17 FBF_D<18> DQ1_B FBF_CMD<7> 6 FBF_CMD<6> FBF_CMD<11> H5
VSS VDD 14 FBF_D<3> 3 FBF_D<4> DQ3_A U3 NC CA4_A
C12 L2 E3 14 FBF_D<18> 18 FBF_D<19> DQ2_B FBF_CMD<8> 7 FBF_CMD<7> FBF_CMD<15> H10
VSS VDD 14 FBF_D<4> 4 FBF_D<5> DQ4_A U2 CA5_A
C3 P10 E2 14 FBF_D<19> 19 FBF_D<20> DQ3_B NC FBF_CMD<9> 8 FBF_CMD<8> FBF_CMD<14> J12
VSS VDD 14 FBF_D<5> 5 FBF_D<6> DQ5_A P3 CA6_A
C5 P5 F2 14 FBF_D<20> 20 FBF_D<21> DQ4_B NC FBF_CMD<10> 9 FBF_CMD<9> FBF_CMD<3> J11
VSS VDD 14 FBF_D<6> 6 FBF_D<7> DQ6_A P2 CA7_A
D1 V1 G2 14 FBF_D<21> 21 FBF_D<22> DQ5_B NC FBF_CMD<11> 10 FBF_CMD<10> FBF_CMD<1> J4
VSS VDD 14 FBF_D<7> 7 DQ7_A N2 CA8_A
D12 V14 14 FBF_D<22> 22 FBF_D<23> DQ6_B NC FBF_CMD<12> 11 FBF_CMD<11> FBF_CMD<6> J3
VSS VDD FBF_EDC<0> M2 NC CA9_A
D14 C2 14 FBF_D<23> 23 DQ7_B FBF_CMD<13> 12 FBF_CMD<12> FBF_CMD<10> J5
VSS 14 BI FBF_DBI<0> EDC0_A CABI_A
D3 D2 FBF_EDC<2> FBF_CMD<14> 13 FBF_CMD<13> G10
VSS 14 BI DBI0_A T2 CKE_A
E11 FBF_WCK01 14 BI FBF_DBI<2> EDC0_B GND FBF_CMD<15> 14 FBF_CMD<14>
VSS R2 NC
E4 15 FBF_WCK01* D4 14 BI DBI0_B FBF_CMD<16> 15 FBF_CMD<15> N5
VSS IN WCK0_t_A FBF_WCK23 TCK
F1 FBVDDQ 15 D5 FBF_CMD<17> 16 FBF_CMD<16> F10
VSS IN WCK0_c_A 15 FBF_WCK23* R4 NC TDI
F12 IN WCK0_t_B FBF_CMD<18> 17 FBF_CMD<17> N10
VSS R5 TDO
F14 B10
15
IN WCK0_c_B NC FBF_CMD<19> 18 FBF_CMD<18> F5
VSS VDDQ TMS
F3 B5 x16 x8 FBF_D<24> FBF_CMD<20> 19 FBF_CMD<19>
VSS VDDQ FBF_D<8> U11
G1 C1 B11 14 FBF_D<24> 24 FBF_D<25> DQ8_B FBF_CMD<21> 20 FBF_CMD<20>
VSS VDDQ 14 FBF_D<8> 8 FBF_D<9> DQ8_A NC
V12 FBF_CMD<4>
G12 C11 A12 NC 14 FBF_D<25> 25 FBF_D<26> DQ9_B FBF_CMD<22> 21 FBF_CMD<21> FBF_CMD<12> L3
VSS VDDQ 14 FBF_D<9> 9 FBF_D<10> DQ9_A U12 CA0_B
G14 C14 B12 NC 14 FBF_D<26> 26 FBF_D<27> DQ10_B FBF_CMD<23> 22 FBF_CMD<22> FBF_CMD<5> M11
VSS VDDQ 14 FBF_D<10> 10 FBF_D<11> DQ10_A U13 CA1_B
G3 C4 B13 NC 14 FBF_D<27> 27 FBF_D<28> DQ11_B FBF_CMD<24> 23 FBF_CMD<23> FBF_CMD<13> M4
VSS VDDQ 14 FBF_D<11> 11 FBF_D<12> DQ11_A P12 CA2_B
H11 E1 E12 NC 14 FBF_D<28> 28 FBF_D<29> DQ12_B FBF_CMD<25> 24 FBF_CMD<24> FBF_CMD<7> L12
VSS VDDQ 14 FBF_D<12> 12 FBF_D<13> DQ12_A P13 CA3_B
2 H4 E14 E13 NC 14 FBF_D<29> 29 FBF_D<30> DQ13_B FBF_CMD<26> 25 FBF_CMD<25> FBF_CMD<11> L5 2
VSS VDDQ 14 FBF_D<13> 13 FBF_D<14> DQ13_A N13 CA4_B
L11 F11 F13 NC 14 FBF_D<30> 30 FBF_D<31> DQ14_B FBF_CMD<27> 26 FBF_CMD<26> FBF_CMD<15> L10
VSS VDDQ 14 FBF_D<14> 14 FBF_D<15> DQ14_A M13 CA5_B
L4 F4 G13 NC 14 FBF_D<31> 31 DQ15_B FBF_CMD<28> 27 FBF_CMD<27> FBF_CMD<14> K12
VSS VDDQ 14 FBF_D<15> 15 DQ15_A CA6_B
M1 H1 FBF_EDC<3> FBF_CMD<29> 28 FBF_CMD<28> FBF_CMD<3> K11
VSS VDDQ FBF_EDC<1> T13 CA7_B
M12 H14 C13 14 BI FBF_DBI<3> EDC1_B FBF_CMD<30> 29 FBF_CMD<29> FBF_CMD<1> K4
VSS VDDQ 14 BI FBF_DBI<1> EDC1_A GND R13 CA8_B
M14 J13 D13 14 BI DBI1_B FBF_CMD<31> 30 FBF_CMD<30> FBF_CMD<6> K3
VSS VDDQ 14 BI DBI1_A CA9_B
M3 J2 FBF_WCKB01
NC FBF_WCKB23 FBF_CMD<32> 31 FBF_CMD<31> FBF_CMD<10> K5
VSS VDDQ 15 FBF_WCKB23* R11 CABI_B
N1 K13 15 FBF_WCKB01* D11 NC IN WCK1_t_B FBF_CMD<33> FBF_CMD<32> M10 FBF_ZQ_1_A R3870 121ohm
VSS VDDQ IN WCK1_t_A 15 R10 CKE_B
N12 K2 15 D10 NC IN WCK1_c_B FBF_CMD<33> J14 FBF_ZQ_1_B 0402 1% COMMON
VSS VDDQ IN WCK1_c_A ZQ_A
N14 L1 K14 R3871 121ohm
VSS VDDQ ZQ_B
N3 L14 0402 1% COMMON
VSS VDDQ
P11 N11
VSS VDDQ
P4 N4 FBF_CMD<2>
VSS VDDQ
R1
VSS VDDQ P1 Place DRAM on TOP with PIN A1 Away from GPU 2 J1
RESET
R12 P14
VSS VDDQ
R14 T1
VSS VDDQ
R3 T11 FBF_CLK0* GND
VSS VDDQ
T10 T14 15 FBF_CLK0 K10
VSS VDDQ IN CLK_c
T12 T4 15 J10
VSS VDDQ IN CLK_t
T3 U10
VSS VDDQ
T5 U5
VSS VDDQ
U1 G5
VSS RFU_A
U14 M5
VSS RFU_B
V11
VSS
V13
VSS
V2
VSS
V4 1V8_AON
VSS
A10
VPP
A5
VPP
3 V10 3
VPP
V5 FBVDDQ
VPP
R1374
549ohm
1%
0402
COMMON
FBF_VREFC
1G1D1S 3 0.1400A 18,19
D OU T
Q827 0.300
GPIO10_FBVREF_SEL LS3018NG-3T3R
6,8,11,13,16,30 1G
SOT323_1G1D1S R1373 R1375 C1767
COMMON
IN
2
1.33k 931ohm 820pF
S
1% 1% 50V
60V
0.1A 0402 0402 10%
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V COMMON COMMON X7R
0.4A
0.15W 0402
20V
COMMON
GND
GND GND GND
FBVDDQ FBF_VREF_Q
CLOSE DRAM
0.300
C253 C249 C1770 C1771 C267 C262 C254 C252 C1768 C1765 C1667 C1666 C1764 C1721 C3924 C3925 C3926 C3927
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
4 0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 4
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
GND
C4172 C4173 C4174 C4175 C4176 C4177 C4178 C4179 C4180 C4181 C4182 C4183 C4184 C4185
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
AROUND DRAM GND
1V8_AON 1V8_AON
C1766 C1769 C1774 C264 C1739 C248 C1772
22uF 22uF 22uF 22uF 22uF 10uF 10uF C1749 C1754 C1762 C1760 C4186 C4187 C4188 C4189
4V 4V 4V 4V 4V 4V 4V 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
20% 20% 20% 20% 20% 20% 20% 4V 4V 4V 4V 4V 4V 4V 4V
X6S X6S X6S X6S X6S X6S X6S 30% 30% 30% 30% 30% 30% 30% 30%
0603W 0603W 0603W 0603W 0603W 0603 0603 X6S X6S X6S X6S X6S X6S X6S X6S
COMMON COMMON COMMON COMMON COMMON COMMON COMMON 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
5 GND 5
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition F 2.1
Da te : Tues day, April 09, 2019 Shee t 18 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
MEMORY: od
FBF Partition 63..32 XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
M3D
N
y
y
bu MT61K256M32JE-14:A
bu
FBGA180 M3A M3B
to
to
COMMON MT61K256M32JE-14:A MT61K256M32JE-14:A
FBVDDQ FBGA180 FBGA180
ww
ww
om
om
k
k
lic
lic
COMMON COMMON
C
C
.c
.c
w
w
tr e M3C tr re
ar
.
.
ac NORMAL NORMAL ac
k e r- s o ft w a
MT61K256M32JE-14:A
1 k e r-s
A11
A13o f t
VSS w VDD A1
A14
FBF_D<32>
B4 x16 x8
FBGA180 1
VSS VDD 14 FBF_D<32> 32 FBF_D<33> DQ0_A FBF_D<48> COMMON
A2 E10 A3 U4
VSS VDD 14 FBF_D<33> 33 FBF_D<34> DQ1_A 14 FBF_D<48> 48 FBF_D<49> DQ0_B NC FBF_CMD<0>
A4 E5 B3 V3
VSS VDD 14 FBF_D<34> 34 FBF_D<35> DQ2_A 14 FBF_D<49> 49 FBF_D<50> DQ1_B NC FBF_CMD<1> 0 FBF_CMD<0>
B1 H13 B2 U3
VSS VDD 14 FBF_D<35> 35 FBF_D<36> DQ3_A 14 FBF_D<50> 50 FBF_D<51> DQ2_B NC FBF_CMD<2> 1 FBF_CMD<1> FBF_CMD<20> FBF_VREFC
B14 H2 E3 U2
VSS VDD 14 FBF_D<36> 36 FBF_D<37> DQ4_A 14 FBF_D<51> 51 FBF_D<52> DQ3_B NC FBF_CMD<3> 2 FBF_CMD<2> FBF_CMD<28> H3 K1 18,18
C10 L13 E2 P3 NC CA0_A VREFC IN
VSS VDD 14 FBF_D<37> 37 FBF_D<38> DQ5_A 14 FBF_D<52> 52 FBF_D<53> DQ4_B FBF_CMD<4> 3 FBF_CMD<3> FBF_CMD<21> G11
C12 L2 F2 P2 NC CA1_A
VSS VDD 14 FBF_D<38> 38 FBF_D<39> DQ6_A 14 FBF_D<53> 53 FBF_D<54> DQ5_B FBF_CMD<5> 4 FBF_CMD<4> FBF_CMD<29> G4
C3 P10 G2 N2 NC CA2_A
VSS VDD 14 FBF_D<39> 39 DQ7_A 14 FBF_D<54> 54 FBF_D<55> DQ6_B FBF_CMD<6> 5 FBF_CMD<5> FBF_CMD<23> H12
C5 P5 M2 NC CA3_A C3883
VSS VDD FBF_EDC<4> 14 FBF_D<55> 55 DQ7_B FBF_CMD<7> 6 FBF_CMD<6> FBF_CMD<27> H5
D1 V1 C2 CA4_A 820pF
VSS VDD 14 BI FBF_DBI<4> EDC0_A FBF_EDC<6> FBF_CMD<8> 7 FBF_CMD<7> FBF_CMD<30> H10
D12 V14 D2 T2 CA5_A 50V
VSS VDD 14 BI DBI0_A 14 BI FBF_DBI<6> EDC0_B GND FBF_CMD<9> 8 FBF_CMD<8> FBF_CMD<31> J12
D14 FBF_WCK45 R2 CA6_A 10%
VSS 14 BI DBI0_B NC FBF_CMD<10> 9 FBF_CMD<9> FBF_CMD<19> J11
D3 FBF_WCK45* D4 FBF_WCK67 CA7_A X7R
VSS 15
IN WCK0_t_A FBF_CMD<11> 10 FBF_CMD<10> FBF_CMD<17> J4 0402
E11 D5 R4 CA8_A
VSS 15
IN WCK0_c_A 15
IN
FBF_WCK67* WCK0_t_B NC FBF_CMD<12> 11 FBF_CMD<11> FBF_CMD<22> J3 COMMON
E4 R5 CA9_A
VSS 15
IN WCK0_c_B NC FBF_CMD<13> 12 FBF_CMD<12> FBF_CMD<26> J5
F1 FBVDDQ CABI_A
VSS FBF_D<56> FBF_CMD<14> 13 FBF_CMD<13> G10 GND
F12 x16 x8 U11 CKE_A
VSS FBF_D<40> 14 FBF_D<56> 56 FBF_D<57> DQ8_B FBF_CMD<15> 14 FBF_CMD<14>
F14 B10 B11 NC V12
VSS VDDQ 14 FBF_D<40> 40 FBF_D<41> DQ8_A 14 FBF_D<57> 57 FBF_D<58> DQ9_B FBF_CMD<16> 15 FBF_CMD<15> N5
F3 B5 A12 NC U12 TCK
VSS VDDQ 14 FBF_D<41> 41 FBF_D<42> DQ9_A 14 FBF_D<58> 58 FBF_D<59> DQ10_B FBF_CMD<17> 16 FBF_CMD<16> F10
G1 C1 B12 NC U13 TDI
VSS VDDQ 14 FBF_D<42> 42 FBF_D<43> DQ10_A 14 FBF_D<59> 59 FBF_D<60> DQ11_B FBF_CMD<18> 17 FBF_CMD<17> N10
G12 C11 B13 NC P12 TDO
VSS VDDQ 14 FBF_D<43> 43 FBF_D<44> DQ11_A 14 FBF_D<60> 60 FBF_D<61> DQ12_B FBF_CMD<19> 18 FBF_CMD<18> F5
G14 C14 E12 P13 TMS
VSS VDDQ 14 FBF_D<44> 44 FBF_D<45> DQ12_A NC
14 FBF_D<61> 61 FBF_D<62> DQ13_B FBF_CMD<20> 19 FBF_CMD<19>
G3 C4 E13 N13
VSS VDDQ 14 FBF_D<45> 45 FBF_D<46> DQ13_A NC
14 FBF_D<62> 62 FBF_D<63> DQ14_B FBF_CMD<21> 20 FBF_CMD<20> FBF_CMD<16>
H11 E1 F13 M13
VSS VDDQ 14 FBF_D<46> 46 FBF_D<47> DQ14_A NC
14 FBF_D<63> 63 DQ15_B FBF_CMD<22> 21 FBF_CMD<21> FBF_CMD<25> L3
H4 E14 G13 CA0_B
VSS VDDQ 14 FBF_D<47> 47 DQ15_A NC FBF_EDC<7> FBF_CMD<23> 22 FBF_CMD<22> FBF_CMD<24> M11
L11 F11 T13 CA1_B
VSS VDDQ FBF_EDC<5> 14 BI FBF_DBI<7> EDC1_B FBF_CMD<24> 23 FBF_CMD<23> FBF_CMD<33> M4
L4 F4 C13 R13 CA2_B
VSS VDDQ 14 BI FBF_DBI<5> EDC1_A GND 14 BI DBI1_B FBF_CMD<25> 24 FBF_CMD<24> FBF_CMD<23> L12
M1 H1 D13 FBF_WCKB67 CA3_B
VSS VDDQ 14 BI DBI1_A NC FBF_CMD<26> 25 FBF_CMD<25> FBF_CMD<27> L5
M12 H14 FBF_WCKB45 15 FBF_WCKB67* R11 CA4_B
2 VSS VDDQ IN WCK1_t_B FBF_CMD<27> 26 FBF_CMD<26> FBF_CMD<30> L10 2
M14 J13 15 FBF_WCKB45* D11 NC 15 R10 CA5_B
VSS VDDQ IN WCK1_t_A IN WCK1_c_B FBF_CMD<28> 27 FBF_CMD<27> FBF_CMD<31> K12
M3 J2 15 D10 NC CA6_B
VSS VDDQ IN WCK1_c_A FBF_CMD<29> 28 FBF_CMD<28> FBF_CMD<19> K11
N1 K13 CA7_B
VSS VDDQ FBF_CMD<30> 29 FBF_CMD<29> FBF_CMD<17> K4
N12 K2 CA8_B
VSS VDDQ FBF_CMD<31> 30 FBF_CMD<30> FBF_CMD<22> K3
N14 L1 CA9_B
VSS VDDQ FBF_CMD<32> 31 FBF_CMD<31> FBF_CMD<26> K5
N3 L14 CABI_B
VSS VDDQ FBF_CMD<33> FBF_CMD<32> M10 FBF_ZQ_2_A
P11 N11 Place DRAM on TOP with PIN A1 Toward GPU CKE_B
VSS VDDQ FBF_CMD<33> J14 FBF_ZQ_2_B R3872 121ohm
P4 N4 ZQ_A
VSS VDDQ K14 0402 1% COMMON
R1 P1 ZQ_B
VSS VDDQ R3873 121ohm
R12 P14
VSS VDDQ 0402 1% COMMON
R14 T1
VSS VDDQ FBF_CMD<18>
R3 T11
VSS VDDQ J1
T10 T14 RESET
VSS VDDQ
T12 T4
VSS VDDQ GND
T3 U10
VSS VDDQ FBF_CLK1*
T5 U5
VSS VDDQ 15 FBF_CLK1 K10
U1 IN CLK_c
VSS 15 J10
U14 IN CLK_t
VSS
V11
VSS
V13
VSS G5
V2 RFU_A
VSS M5
V4 1V8_AON RFU_B
VSS
A10
VPP
A5
VPP
V10
VPP
V5
VPP
3 3
GND
FBVDDQ
CLOSE DRAM
C1785 C1669 C1505 C1670 C1641 C1544 C1509 C280 C1512 C266 C263 C279 C1668 C1640 C3928 C3929 C3930 C3931
10uF 10uF 10uF 10uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
4 GND 4
C4190 C4191 C4192 C4193 C4194 C4195 C4196 C4197 C4198 C4199 C4200 C4201 C4202 C4203
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
FBVDDQ
AROUND DRAM GND
1V8_AON 1V8_AON
C1685 C1547 C1500 C1622 C1665 C1664 C1647
22uF 22uF 22uF 22uF 22uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20% C1602 C1572 C1609 C1575 C4204 C4205 C4206 C4207
X6S X6S X6S X6S X6S X6S X6S 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
0603W 0603W 0603W 0603W 0603W 0603 0603 4V 4V 4V 4V 4V 4V 4V 4V
COMMON COMMON COMMON COMMON COMMON COMMON COMMON 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND
GND GND
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition F 2.1
Da te : Tues day, April 09, 2019 Shee t 19 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
GPU XC PWRodand GND XC d
F- G1N
F-
uc
uc
D18Y
PD
PD
FBVDDQ BGA2824 FBVDDQ
!
W
W
t
t
COMMON
O
18/28 FBVDDQ
N
G1H G1I G1J G1K G1L
y
bu AA12 L11
bu
D18Y D18Y D18Y D18Y D18Y FBVDDQ FBVDDQ
NVVDD BGA2824 NVVDD AA47 L14
BGA2824 BGA2824 BGA2824 BGA2824 FBVDDQ FBVDDQ
to
to
COMMON COMMON COMMON COMMON COMMON AC11 L15
FBVDDQ FBVDDQ
ww
ww
om
om
AC12 L36
k
k
20/28 GND 21/28 GND 22/28 GND 23/28 GND 19/28 VDD FBVDDQ FBVDDQ
lic
lic
AC47 L39
FBVDDQ FBVDDQ
C
C
A2 AE57 AL25 AT30 B28 BE37 BN22 BU2 AA14 AF43 AD12 L41
.c
.c
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
w
w
tr r e A56
A3
GND GND AE6 AL27
GND GND AT32 B31
GND GND BE39 BN25
GND GND BU22 AA16
VDD VDD AF45 AF12
FBVDDQ FBVDDQ L42 tr re
.
.
ac ac
k e r- s o ft w a k e r- s o ft w a
AE8 AL29 AT34 B34 BE4 BN28 BU24 AA18 AG14 AF47 L48
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
1 A57 AF14 AL31 AT36 B37 BE41 BN31 BU25 AA20 AG16 AG11 L49 1
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA15 AF16 AL33 AT38 B4 BE43 BN34 BU28 AA22 AG18 AG12 M14
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA17 AF18 AL35 AT4 B40 BE45 BN37 BU31 AA24 AG20 AG47 M17
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA19 AF20 AL37 AT40 B43 BE5 BN4 BU34 AA26 AG22 AJ12 M18
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA21 AF22 AL39 AT42 B46 BE52 BN40 BU37 AA28 AG24 AJ47 M20
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA23 AF24 AL4 AT44 B49 BE8 BN43 BU4 AA30 AG26 AK12 M21
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA25 AF26 AL41 AT56 B5 BF10 BN46 BU40 AA32 AG28 AK47 M24
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA27 AF28 AL43 AU10 B52 BF2 BN49 BU43 AA34 AG30 AM11 M26
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA29 AF30 AL45 AU12 B55 BF4 BN52 BU46 AA36 AG32 AM47 M27
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA31 AF32 AL47 AU15 B57 BF49 BN56 BU49 AA38 AG34 AN12 M29
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA33 AF34 AL49 AU17 B58 BF51 BN7 BU52 AA40 AG36 AR12 M30
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA35 AF36 AL51 AU19 B7 BF53 BP24 BU53 AA42 AG38 AR47 M32
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA37 AF38 AL53 AU2 BA15 BF55 BP27 BU54 AA44 AG40 AT48 M33
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA39 AF40 AL55 AU21 BA17 BF57 BP30 BU55 AB15 AG42 AV47 M35
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA41 AF42 AL57 AU23 BA19 BF6 BP33 BU57 AB17 AG44 AW47 M38
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA43 AF44 AL6 AU25 BA21 BF8 BP36 BU58 AB19 AH15 BA47 M39
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA45 AF52 AL8 AU27 BA23 BG13 BP39 BU7 AB21 AH17 BD47 M42
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA51 AF8 AM14 AU29 BA25 BG16 BP4 BV2 AB23 AH19 BE47 M44
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AA7 AG15 AM16 AU31 BA27 BG19 BP42 BV3 AB25 AH21 BG44 M45
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB10 AG17 AM18 AU33 BA29 BG22 BP45 BV56 AB27 AH23 BG45 M49
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB12 AG19 AM20 AU35 BA31 BG25 BP48 BV57 AB29 AH25 BH44 P47
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB14 AG21 AM22 AU37 BA33 BG28 BP51 C1 AB31 AH27 BH45 R12
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB16 AG23 AM24 AU39 BA35 BG31 BP54 C30 AB33 AH29 BJ44 R47
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB18 AG25 AM26 AU4 BA37 BG34 BP8 C33 AB35 AH31 BJ45 U12
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB2 AG27 AM28 AU41 BA39 BG37 BR10 C36 AB37 AH33 BJ47 U47
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB20 AG29 AM30 AU43 BA4 BG4 BR13 C39 AB39 AH35 F8 V47
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB22 AG31 AM32 AU45 BA41 BG40 BR16 C42 AB41 AH37 G8 Y12
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB24 AG33 AM34 AU47 BA43 BG43 BR19 C58 AB43 AH39 H9 Y47
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB26 AG35 AM36 AU49 BA45 BG46 BR2 C6 AB45 AH41 J9 K47
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
2 AB28 AG37 AM38 AU51 BA9 BG53 BR22 C8 AC14 AH43 K12 L10 2
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ FBVDDQ
AB30 AG39 AM40 AU53 BB14 BG9 BR23 D10 AC16 AH45
GND GND GND GND GND GND GND GND VDD VDD
AB32 AG41 AM42 AU55 BB16 BH4 BR25 D13 AC18 AJ14
GND GND GND GND GND GND GND GND VDD VDD
AB34 AG43 AM44 AU57 BB18 BH5 BR26 D16 AC20 AJ16 C3875 3.9pF
GND GND GND GND GND GND GND GND VDD VDD
AB36 AG45 AM5 AU6 BB20 BH8 BR27 D19 AC22 AJ18 0402 50V
GND GND GND GND GND GND GND GND VDD VDD
AB38 AG5 AM52 AU8 BB22 BJ13 BR28 D2 AC24 AJ20 0.25pF
GND GND GND GND GND GND GND GND VDD VDD C0G
AB4 AG56 AN15 AV14 BB24 BJ16 BR29 D22 AC26 AJ22
GND GND GND GND GND GND GND GND VDD VDD COMMON
AB40 AH10 AN17 AV16 BB26 BJ19 BR30 D25 AC28 AJ24 GPU_FB_VREF
GND GND GND GND GND GND GND GND VDD VDD
AB42 AH12 AN19 AV18 BB28 BJ2 BR31 D28 AC30 AJ26 E56 R3823 49.9ohm GND
GND GND GND GND GND GND GND GND VDD VDD FB_VREF
AB44 AH14 AN21 AV20 BB30 BJ22 BR32 D31 AC32 AJ28 0402 1% COMMON
GND GND GND GND GND GND GND GND VDD VDD 50OHM_NETCLASS1
AB47 AH16 AN23 AV22 BB32 BJ25 BR33 D34 AC34 AJ30 FBVDDQ_SENSE_GPU
GND GND GND GND GND GND GND GND VDD VDD
AB49 AH18 AN25 AV24 BB34 BJ28 BR34 D37 AC36 AJ32 E58 37
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ_SENSE OU T
AB51 AH2 AN27 AV26 BB36 BJ31 BR35 D4 AC38 AJ34 E57
GND GND GND GND GND GND GND GND VDD VDD FBVDDQ_GND_SENSE 85DIFF_NETCLASS1
AB53 AH20 AN29 AV28 BB38 BJ34 BR36 D40 AC40 AJ36
GND GND GND GND GND GND GND GND VDD VDD
AB55 AH22 AN31 AV30 BB4 BJ37 BR37 D43 AC42 AJ38 FBVDDQ FBVDDQ_SENSE_RTN
GND GND GND GND GND GND GND GND VDD VDD
AB57 AH24 AN33 AV32 BB40 BJ4 BR38 D46 AC44 AJ40 37
GND GND GND GND GND GND GND GND VDD VDD OU T
AB6 AH26 AN35 AV34 BB42 BJ40 BR39 D47 AD15 AJ42
GND GND GND GND GND GND GND GND VDD VDD 85DIFF_NETCLASS1
AB8 AH28 AN37 AV36 BB44 BJ43 BR4 D49 AD17 AJ44 FB_CAL_PD_VDDQ
GND GND GND GND GND GND GND GND VDD VDD
AC15 AH30 AN39 AV38 BB5 BJ46 BR40 D52 AD19 AK15 R1329 40.2ohm J50
GND GND GND GND GND GND GND GND VDD VDD FB_CAL_PD_VDDQ
AC17 AH32 AN41 AV40 BB8 BJ51 BR41 D55 AD21 AK17 0402 1% COMMON FB_CAL_PU_GND
GND GND GND GND GND GND GND GND VDD VDD
AC19 AH34 AN43 AV42 BC10 BJ53 BR42 D57 AD23 AK19 R1342 40.2ohm J51
GND GND GND GND GND GND GND GND VDD VDD FB_CAL_PU_GND
AC21 AH36 AN45 AV44 BC12 BJ55 BR43 D7 AD25 AK21 0402 1% COMMON FB_CAL_TERM_GND
GND GND GND GND GND GND GND GND VDD VDD
AC23 AH38 AN56 AV51 BC15 BJ57 BR44 E18 AD27 AK23 R1328 40.2ohm H50
GND GND GND GND GND GND GND GND VDD VDD FB_CAL_TERM_GND
AC25 AH4 AN7 AV7 BC17 BJ6 BR45 E50 AD29 AK25 0402 1% COMMON
GND GND GND GND GND GND GND GND VDD VDD
AC27 AH40 AP10 AW15 BC19 BJ8 BR46 E54 AD31 AL30
GND GND GND GND GND GND GND GND VDD VDD
AC29 AH42 AP12 AW17 BC2 BK23 BR47 F10 AD33 AL32 C4379 C4380 C4381
GND GND GND GND GND GND GND GND VDD VDD 0.47uF 0.47uF 0.47uF
AC31 AH44 AP14 AW19 BC21 BK26 BR48 F11 AD35 AL34
GND GND GND GND GND GND GND GND VDD VDD 4V 4V 4V
AC33 AH47 AP16 AW21 BC23 BK29 BR49 F13 AD37 AL36 GND
GND GND GND GND GND GND GND GND VDD VDD 30% 30% 30%
AC35 AH49 AP18 AW23 BC25 BK3 BR5 F16 AD39 AL38
GND GND GND GND GND GND GND GND VDD VDD X6S X6S X6S
AC37 AH51 AP2 AW25 BC27 BK32 BR50 F19 AD41 AL40 0201W 0201W 0201W
GND GND GND GND GND GND GND GND VDD VDD
3 AC39 AH53 AP20 AW27 BC29 BK35 BR51 F22 AD43 AL42 COMMON COMMON COMMON 3
GND GND GND GND GND GND GND GND VDD VDD
AC4 AH55 AP22 AW29 BC31 BK38 BR52 F25 AD45 AL44
GND GND GND GND GND GND GND GND VDD VDD
AC41 AH57 AP24 AW31 BC33 BK41 BR55 F28 AE14 AM15
GND GND GND GND GND GND GND GND VDD VDD
AC43 AH6 AP26 AW33 BC35 BK44 BR57 F31 AE16 AM17
GND GND GND GND GND GND GND GND VDD VDD
AC45 AH8 AP28 AW35 BC37 BK47 BR7 F34 AE18 AM19
GND GND GND GND GND GND GND GND VDD VDD
AD14 AJ15 AP30 AW37 BC39 BK48 BR8 F37 AE20 AM21 GND
GND GND GND GND GND GND GND GND VDD VDD
AD16 AJ17 AP32 AW39 BC4 BK50 BR9 F40 AE22 AM23
GND GND GND GND GND GND GND GND VDD VDD
AD18 AJ19 AP34 AW4 BC41 BK51 BT1 F43 AE24 AM25
GND GND GND GND GND GND GND GND VDD VDD
AD20 AJ21 AP36 AW41 BC43 BK53 BT5 F46 AE26 AM27
GND GND GND GND GND GND GND GND VDD VDD
AD22 AJ23 AP38 AW43 BC45 BK8 BT58 F48 AE28 AM29
GND GND GND GND GND GND GND GND VDD VDD
AD24 AJ25 AP4 AW45 BC47 BK9 BT6 F49 AE30 AM31
GND GND GND GND GND GND GND GND VDD VDD
AD26 AJ27 AP40 AW51 BC49 BL10 BU1 F5 AE32 AM33 1V8_AON
GND GND GND GND GND GND GND GND VDD VDD
AD28 AJ29 AP42 AY10 BC51 BL13 BU10 F51 AE34 AM35
GND GND GND GND GND GND GND GND VDD VDD
AD30 AJ31 AP44 AY12 BC53 BL16 BU13 F52 AE36 AM37 3 X 4.7UF, 10 X 0.47UF
GND GND GND GND GND GND GND GND VDD VDD
AD32 AJ33 AP47 AY14 BC55 BL19 BU16 F55 AE38 AM39
GND GND GND GND GND GND GND GND VDD VDD
AD34 AJ35 AP49 AY16 BC57 BL22 BU19 F7 AE40 AM41
GND GND GND GND GND GND GND GND VDD VDD
AD36 AJ37 AP51 AY18 BC6 BL24 G17 F9 AE42 AM43
GND GND GND GND GND GND GND GND VDD VDD C1690 C1715 C1707 C4214 C234 C233 C235
AD38 AJ39 AP53 AY2 BC8 BL25 G2 G12 AE44 AM45
GND GND GND GND GND GND GND GND VDD VDD 0.47uF 0.47uF 0.47uF 0.47uF 4.7uF 4.7uF 4.7uF
AD40 AJ41 AP55 AY20 BD14 BL27 G20 G14 AF15 AN14
GND GND GND GND GND GND GND GND VDD VDD 4V 4V 4V 4V 6.3V 6.3V 6.3V
AD42 AJ43 AP57 AY22 BD16 BL28 G21 G15 AF17 AN16
GND GND GND GND GND GND GND GND VDD VDD 30% 30% 30% 30% 20% 20% 20%
AD44 AJ45 AP6 AY24 BD18 BL3 G23 G4 AF19 AN18 G1M
GND GND GND GND GND GND GND GND VDD VDD X6S X6S X6S X6S X6S X6S X6S
AD7 AJ52 AP8 AY26 BD20 BL30 G24 G41 AF21 AN20 D18Y 0201W 0201W 0201W 0201W 0603 0603 0603
GND GND GND GND GND GND GND GND VDD VDD BGA2824
AE10 AK14 AR15 AY28 BD22 BL31 G29 G53 AF23 AN22 COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND GND GND GND GND GND GND GND VDD VDD COMMON
AE12 AK16 AR17 AY30 BD24 BL33 G32 G55 AF25 AN24
GND GND GND GND GND GND GND GND VDD VDD
AE15
GND GND AK18 AR19
GND GND AY32 BD26
GND GND BL34 G35
GND GND G57 AF27
VDD VDD AN26 24/28 1V8 Under GPU Close to GPU
AE17 AK20 AR21 AY34 BD28 BL37 G38 G6 AF29 AN28 BG14
GND GND GND GND GND GND GND GND VDD VDD 1V8_AON
AE19 AK22 AR23 AY36 BD30 BL39 H25 H10 AF31 AN30 BG15
GND GND GND GND GND GND GND GND VDD VDD 1V8_AON
AE2 AK24 AR25 AY38 BD32 BL4 H54 H13 AF33 AN32 BG17 GND
GND GND GND GND GND GND GND GND VDD VDD 1V8_AON
AE21 AK26 AR27 AY4 BD34 BL40 J56 H16 AF35 AN34 BG18
GND GND GND GND GND GND GND GND VDD VDD 1V8_AON
AE23 AK28 AR29 AY40 BD36 BL42 K13 H19 AF37 AN36
GND GND GND GND GND GND GND GND VDD VDD
4 AE25 AK30 AR31 AY42 BD38 BL43 K16 H22 AF39 AN38 4
GND GND GND GND GND GND GND GND VDD VDD
AE27 AK32 AR33 AY44 BD4 BL45 K19 H28 AF41 AN40 C4208 C4209 C4210 C4211 C4212 C4213
GND GND GND GND GND GND GND GND VDD VDD 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
AE29 AK34 AR35 AY47 BD40 BL46 K2 H31 AK27 AN42 BJ33
GND GND GND GND GND GND GND GND VDD VDD FP_FUSE_SRC 4V 4V 4V 4V 4V 4V
AE31 AK36 AR37 AY49 BD42 BL48 K22 H34 AK29 AN44
GND GND GND GND GND GND GND GND VDD VDD 30% 30% 30% 30% 30% 30%
AE33 AK38 AR39 AY51 BD44 BL49 K25 H37 AK31 AP15
GND GND GND GND GND GND GND GND VDD VDD X6S X6S X6S X6S X6S X6S
AE35 AK40 AR41 AY53 BD54 BL52 K28 H40 AK33 AP17 0201W 0201W 0201W 0201W 0201W 0201W
GND GND GND GND GND GND GND GND VDD VDD
AE37 AK42 AR43 AY55 BD9 BL54 R43 H43 AK35 AP19 COMMON COMMON COMMON COMMON COMMON COMMON
GND GND GND GND GND GND GND GND VDD VDD
AE39 AK44 AR45 AY57 BE15 BL7 R45 H46 AK37 AP21
GND GND GND GND GND GND GND GND VDD VDD
AE4 AK56 AR5 AY6 BE17 BM2 N10 H49 AK39 AP23 Under GPU
GND GND GND GND GND GND GND GND VDD VDD
AE41 AL10 AR52 AY8 BE19 BM4 N2 R53 AK41 AP25
GND GND GND GND GND GND GND GND VDD VDD
AE43 AL12 AT14 B1 BE21 BM53 N4 R7 AK43 AP27 GND
GND GND GND GND GND GND GND GND VDD VDD
AE45 AL15 AT16 B10 BE23 BM55 N49 M43 AK45 AP29
GND GND GND GND GND GND GND GND VDD VDD
AE47 AL17 AT18 B13 BE25 BM57 N51 M46 AL14 AP31
GND GND GND GND GND GND GND GND VDD VDD
AE49 AL19 AT20 B16 BE27 BM6 BH33 M52 AL16 AP33
GND GND GND GND GND GND GND GND VDD VDD
AE51 AL2 AT22 B19 BE29 BN10 M7 AL18 AP35 FP_FUSE_GPU
GND GND GND GND GND GND GND VDD VDD
AE53 AL21 AT24 B2 BE31 BN13 AL20 AP37 30
GND GND GND GND GND GND VDD VDD IN
AE55 AL23 AT26 B22 BE33 BN16 AL22 AP39
GND GND GND GND GND GND VDD VDD
N53 P28 AT28 B25 BE35 BN19 AL24 AP41
GND GND GND GND GND GND VDD VDD
N55 P30 P52 K31 M16 K46 AL26 AP43
GND GND GND GND GND GND VDD VDD
N57 P32 R15 K34 M19 K51 AL28 AP45
GND GND GND GND GND GND VDD VDD
N6 P34 R17 K37 M22 K53 AR14
GND GND GND GND GND GND VDD
N8 P36 R19 K4 M25 K55
GND GND GND GND GND GND
P14 P38 R21 K40 M28 K57
GND GND GND GND GND GND
P16 P40 R23 R33 M31 K6 BR53
GND GND GND GND GND GND VDD_SENSE
P18 P42 R25 R35 M34 K8 BT53
GND GND GND GND GND GND GND_SENSE
P20 P44 R27 R37 M37 L5
GND GND GND GND GND GND
P22 P5 R29 R39 M40 L52
GND GND GND GND GND GND
P24 P26 R31 R41 K43 M13
GND GND GND GND GND GND
GPU_NVVDD_SENSE
85DIFF_NETCLASS1
5 GPU_NVVDD_FBRTN 41 5
OU T
41
OU T
85DIFF_NETCLASS1
GND GND GND GND GND GND GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MEMORY: GPU Partition F 2.1
Da te : Tues day, April 09, 2019 Shee t 20 of 66
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A B C D E F G H
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26/28 VDD 27/28 VDD 28/28 NC
1 25/28 GND 1
AR16 BB19 U18 T10 V32 BH48
VDD VDD VDD GND GND NC
AR18 BB21 U20 T12 V34 BH21
VDD VDD VDD GND GND NC
AR20 BB23 U22 T14 V36 BJ21
VDD VDD VDD GND GND NC
AR22 BB25 U24 T16 V38 BN20
VDD VDD VDD GND GND NC
AR24 BB27 U26 T18 V40 BN21
VDD VDD VDD GND GND NC
AR26 BB29 U28 T2 V42 BH49
VDD VDD VDD GND GND NC
AR28 BB31 U30 T20 V44 BH17
VDD VDD VDD GND GND NC
AR30 BB33 U32 T22 V52 BH18
VDD VDD VDD GND GND NC
AR32 BB35 U34 T24 V7 BJ17
VDD VDD VDD GND GND NC
AR34 BB37 U36 T26 W10 BJ18
VDD VDD VDD GND GND NC
AR36 BB39 U38 T28 W12 BJ32
VDD VDD VDD GND GND NC
AR38 BB41 U40 T30 W15 BK33
VDD VDD VDD GND GND NC
AR40 BB43 U42 T32 W17 BN3
VDD VDD VDD GND GND NC
AR42 BB45 U44 T34 W19 F56
VDD VDD VDD GND GND NC
AR44 BC14 V15 T36 W2
VDD VDD VDD GND GND
AT15 BC16 V17 T38 W21
VDD VDD VDD GND GND
AT17 BC18 V19 T4 W23
VDD VDD VDD GND GND
AT19 BC20 V21 T40 W25
VDD VDD VDD GND GND
AT21 BC22 V23 T42 W27
VDD VDD VDD GND GND
AT23 BC24 V25 T44 W29
VDD VDD VDD GND GND
AT25 BC26 V27 T47 W31
VDD VDD VDD GND GND
AT27 BC28 V29 T49 W33
VDD VDD VDD GND GND
AT29 BC30 V31 T51 W35
VDD VDD VDD GND GND
AT31 BC32 V33 T53 W37
VDD VDD VDD GND GND
AT33 BC34 V35 T55 W39
VDD VDD VDD GND GND
AT35 BC36 V37 T57 W4
VDD VDD VDD GND GND
AT37 BC38 V39 T6 W41
VDD VDD VDD GND GND
AT39 BC40 V41 T8 W43
VDD VDD VDD GND GND
2 AT41 BC42 V43 U15 W45 2
VDD VDD VDD GND GND
AT43 BC44 V45 U17 W47
VDD VDD VDD GND GND
AT45 BD15 W14 U19 W49
VDD VDD VDD GND GND
AU14 BD17 W16 U21 W51
VDD VDD VDD GND GND
AU16 BD19 W18 U23 W53
VDD VDD VDD GND GND
AU18 BD21 W20 U25 W55
VDD VDD VDD GND GND
AU20 BD23 W22 U27 W57
VDD VDD VDD GND GND
AU22 BD25 W24 U29 W6
VDD VDD VDD GND GND
AU24 BD27 W26 U31 W8
VDD VDD VDD GND GND
AU26 BD29 W28 U33 Y14
VDD VDD VDD GND GND
AU28 BD31 W30 U35 Y16
VDD VDD VDD GND GND
AU30 BD33 W32 U37 Y18
VDD VDD VDD GND GND
AU32 BD35 W34 U39 Y20
VDD VDD VDD GND GND
AU34 BD37 W36 U41 Y22
VDD VDD VDD GND GND
AU36 BD39 W38 U43 Y24
VDD VDD VDD GND GND
AU38 BD41 W40 U45 Y26
VDD VDD VDD GND GND
AU40 BD43 W42 U52 Y28
VDD VDD VDD GND GND
AU42 BD45 W44 U7 Y3
VDD VDD VDD GND GND
AU44 BE14 Y15 V14 Y30
VDD VDD VDD GND GND
AV15 BE16 Y17 V16 Y32
VDD VDD VDD GND GND
AV17 BE18 Y19 V18 Y34
VDD VDD VDD GND GND
AV19 BE20 Y21 V20 Y36
VDD VDD VDD GND GND
AV21 BE22 Y23 V22 Y38
VDD VDD VDD GND GND
AV23 BE24 Y25 V24 Y40
VDD VDD VDD GND GND
AV25 BE26 Y27 V26 Y42
VDD VDD VDD GND GND
AV27 BE28 Y29 V28 Y44
VDD VDD VDD GND GND
AV29 BE30 Y31 V30 Y51
VDD VDD VDD GND GND
AV31 BE32 Y33
VDD VDD VDD
AV33 BE34 Y35
VDD VDD VDD
AV35 BE36 Y37
VDD VDD VDD
3 AV37 BE38 Y39 3
VDD VDD VDD
AV39 BE40 Y41
VDD VDD VDD
AV41 BE42 Y43
VDD VDD VDD
AV43 BE44 Y45
VDD VDD VDD
AV45 P15
VDD VDD
AW14 P17
VDD VDD
AW16 P19
VDD VDD
AW18 P21
VDD VDD
AW20 P23
VDD VDD
AW22 P25
VDD VDD
AW24 P27
VDD VDD
AW26 P29
VDD VDD
AW28 P31
VDD VDD
AW30 P33
VDD VDD
AW32 P35
VDD VDD
AW34 P37
VDD VDD
AW36 P39
VDD VDD
AW38 P41
VDD VDD
AW40 P43
VDD VDD
AW42 P45
VDD VDD
AW44 R14
VDD VDD
AY15 R16
VDD VDD
AY17 R18
VDD VDD
AY19 R20
VDD VDD
AY21 R22
VDD VDD
AY23 R24
VDD VDD
AY25 R26
VDD VDD
AY27 R28
VDD VDD
AY29 R30
VDD VDD
AY31 R32
VDD VDD
4 AY33 R34 4
VDD VDD
AY35 R36
VDD VDD
AY37 R38
VDD VDD
AY39 R40
VDD VDD
AY41 R42
VDD VDD
AY43 R44
VDD VDD
AY45 T15
VDD VDD
BA14 T17
VDD VDD
BA16 T19
VDD VDD
BA18 T21
VDD VDD
BA20 T23
VDD VDD
BA22 T25
VDD VDD
BA24 T27
VDD VDD
BA26 T29
VDD VDD
BA28 T31
VDD VDD
BA30 T33
VDD VDD
BA32 T35
VDD VDD
BA34 T37
VDD VDD
BA36 T39
VDD VDD
BA38 T41
VDD VDD
BA40 T43
VDD VDD
BA42 T45
VDD VDD
BA44 U14
VDD VDD
BB15 U16
VDD VDD
BB17
VDD
5 5
GND
MICRO-STAR INT'L CO.,LTD
GND MS-V371
MSI
Size Document Description Rev
Cus tom GPU PWR GND 2.1
Da te : Tues day, April 09, 2019 Shee t 21 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
GPU XC Decoupling
od XC d
F- F-
uc
uc
PD
PD
!
!
W
W
NVVDD
t
O
O
N
N
y
y
bu
bu
to
to
FBVDDQ
FBVDDQ
ww
ww
om
om
k
k
lic
lic
NVVDD
C
C
1 X 470UF + 10 x 47UF overlap
.c
.c
w
w
tr Partition A
e PCB CO-LAYOUT tr re
2 X 10UF, 6 X 0.47UF 1 X 470UF + 10 x 47UF overlap
ar
.
.
ac ac
1 k e r- s o ft w k e r- s o ft w a 1
C1577 C1467
C1616 C1704 C1583 C1599 C1557 C1555 C1639 C1734 C1561 C1562 C1592 C1564 C1593 C1567 C1595 C1566 C1596 C1597 C1479 C1480 C1447 C1485 C1448 C1486 C1452 C1449 C1481 C1450
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF 470uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 470uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF
4V 4V 4V 4V 4V 4V 4V 4V COMMON 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V COMMON 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S X6S 6.3V@105degC X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S 6.3V@105degC X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0603 0603 TA-Polymer 0805 0805 0805 0805 0805 0805 0805 0805 0805 0805 TA-Polymer 0805 0805 0805 0805 0805 0805 0805 0805 0805 0805
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 1.7A@45degC,100KHz COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 1.7A@45degC,100KHz COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
0.035ohm 0.035ohm
SMD_7343 SMD_7343
Partition B 2 X 10UF, 6 X 0.47UF GND
PCB CO-LAYOUT
GND
C1508 C1438 C1386 C1457 C1497 C1468 C1534 C1428 12 X 47UF
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 20% 20% C1590 C1591 C1446 C1559 C1563 C1565 C1589 C1487 C1453 C1484 C1451 C1483
X6S X6S X6S X6S X6S X6S X6S X6S 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF
0201W 0201W 0201W 0201W 0201W 0201W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
COMMON
20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0805 0805 0805 0805 0805 0805 0805 0805 0805 0805 0805 0805
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
Partition C 2 X 10UF, 6 X 0.47UF GND
C1387 C1374 C1383 C1401 C1375 C1411 C1361 C1376
2 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF 2
6 X 22UF
4V 4V 4V 4V 4V 4V 4V 4V
GND
30% 30% 30% 30% 30% 30% 20% 20%
X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON C1455 C1624 C1422 C1434 C1594 C1623
22uF 22uF 22uF 22uF 22uF 22uF
6.3V 6.3V 6.3V 6.3V 6.3V 6.3V
20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S
Partition D 2 X 10UF, 6 X 0.47UF GND 0805 0805 0805 0805 0805 0805
COMMON COMMON COMMON COMMON COMMON COMMON
C1392 C1368 C1373 C1367 C1382 C1385 C1378 C1384
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF
30 X 10UF
4V 4V 4V 4V 4V 4V 4V 4V
GND
30% 30% 30% 30% 30% 30% 20% 20%
X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON C1653 C1652 C1651 C1642 C1403 C1514 C1521 C1400 C1515 C1517 C1686 C1615 C1614 C1638 C1636 C1516 C1520 C1519 C1518 C1513
10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20%
Partition E 2 X 10UF, 6 X 0.47UF GND
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
X6S
0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1427 C1443 C1418 C1458 C1393 C1370 C1398 C1464
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 20% 20% GND
C1645 C1644 C1643 C1677 C1543 C1432 C1620 C1433 C1407 C1536
X6S X6S X6S X6S X6S X6S X6S X6S
10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF 10uF
0201W 0201W 0201W 0201W 0201W 0201W 0603 0603
3 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON 3
20% 20% 20% 20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0603 0603 0603 0603 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
Partition F 2 X 10UF, 6 X 0.47UF GND
16 X 4.7UF GND
C1568 C1473 C1587 C1507 C1545 C1489 C1629 C1579
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 10uF 10uF
4V 4V 4V 4V 4V 4V 4V 4V C1541 C1424 C1619 C1429 C1634 C1539 C1617 C1425 C1535 C1537 C1626 C1431 C1542 C1404 C1540 C1538
30% 30% 30% 30% 30% 30% 20% 20% 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF 4.7uF
X6S X6S X6S X6S X6S X6S X6S X6S 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V
0201W 0201W 0201W 0201W 0201W 0201W 0603 0603
20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20% 20%
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
GND 80 X 0.47UF
GND
Place close to GPU 6 X 10UF
C1442 C1462 C1419 C1660 C1510 C1631 C1569 C1532 C1406 C1414 C1627 C1548 C1490 C1408 C1656 C1549 C1454 C1469 C1552 C1533
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
C1377 C1331 C1372 C1576 C1744 C1347 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
10uF 10uF 10uF 10uF 10uF 10uF
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
4V 4V 4V 4V 4V 4V
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S
0603 0603 0603 0603 0603 0603
COMMON COMMON COMMON COMMON COMMON COMMON
4 4
GND
C1426 C1588 C1410 C1499 C1649 C1655 C1496 C1554 C1475 C1474 C1394 C1676 C1466 C1460 C1635 C1498 C1494 C1570 C1440 C1413
Place close to GPU 14 x 22UF GND
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
C1684 C1334 C1337 C1511 C1553 C1332 C1421 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
22uF 22uF 22uF 22uF 22uF 22uF 22uF
4V 4V 4V 4V 4V 4V 4V
20% 20% 20% 20% 20% 20% 20%
X6S X6S X6S X6S X6S X6S X6S
0603W 0603W 0603W 0603W 0603W 0603W 0603W GND
COMMON COMMON COMMON COMMON COMMON COMMON COMMON C1613 C1605
C1412 C1476 C1598 C1603 C1477 C1585 C1571 C1671 C1495 C1573 C1625 C1409 C1461 C1396 C1402 C1441 C1560 C1580 0.47uF 0.47uF
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 4V 4V
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 30% 30%
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% X6S X6S
GND X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S 0201W 0201W
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W COMMON COMMON
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C1470 C1338 C1399 C1439 C1335 C1610 C1607
22uF 22uF 22uF 22uF 22uF 22uF 22uF
GND
4V 4V 4V 4V 4V 4V 4V C1405 C1658 C1493 C1578 C1435 C1522 C1551 C1444 C1550 C1471 C1604 C1492 C1415 C1546 C1395 C1673 C1601 C1637 C1657 C1584
20% 20% 20% 20% 20% 20% 20% 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
X6S X6S X6S X6S X6S X6S X6S 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
0603W 0603W 0603W 0603W 0603W 0603W 0603W
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
5 GND 5
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom Decoupling 2.1
Da te : Tues day, April 09, 2019 Shee t 22 of 66
A B C D E F G H
A B C D E F G H
nge P h a n g e Pro
Cha ro XC
FGPU
-X Decoupling
d F- d
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
FBVDDQ NVVDD
y
y
FBVDDQ bu
bu
to
to
NVVDD
ww
ww
om
om
k
k
Partition A
lic
lic
2 X 10UF, 6 X 0.47UF 80 X 0.47UF
C
C
.c
.c
w
w
tr re tr re
.
.
ac a ac
1 k e r - sC4254
o ft w
0.47uF
C4260
0.47uF
C4266
0.47uF
C4272
0.47uF
C4278
0.47uF
C4284
0.47uF
C4290
0.47uF
C4294
0.47uF
C4298
0.47uF
C4302
0.47uF
C4306
0.47uF
C4310
0.47uF
C4314
0.47uF
C4318
0.47uF
C4322
0.47uF
C4326
0.47uF
C4330
0.47uF
C4334
0.47uF
C4338
0.47uF
C4342
0.47uF
C4346
0.47uF
C4350
0.47uF
C4354
0.47uF
C4358
0.47uF
C4362
0.47uF
C4366
0.47uF
k e r- s o ft w a 1
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
Partition B 2 X 10UF, 6 X 0.47UF GND
GND
C4291 C4295 C4299 C4303 C4307 C4311 C4315 C4319 C4323 C4327 C4331 C4335 C4339 C4343 C4347 C4351 C4355 C4359 C4363 C4367
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
C4255 C4261 C4267 C4273 C4279 C4285 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30%
4V 4V 4V 4V 4V 4V X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
30% 30% 30% 30% 30% 30%
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON
GND
C4364 C4368
Partition C 2 X 10UF, 6 X 0.47UF GND
C4292 C4296 C4300 C4304 C4308 C4312 C4316 C4320 C4324 C4328 C4332 C4336 C4340 C4344 C4348 C4352 C4356 C4360 0.47uF 0.47uF
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 4V 4V
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 30% 30%
30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% 30% X6S X6S
X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S X6S 0201W 0201W
C4256 C4262 C4268 C4274 C4280 C4286 COMMON COMMON
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30%
2 2
X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON GND
C4293 C4297 C4301 C4305 C4309 C4313 C4317 C4321 C4325 C4329 C4333 C4337 C4341 C4345 C4349 C4353 C4357 C4361 C4365 C4369
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V 4V
Partition D 2 X 10UF, 6 X 0.47UF GND
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
C4257 C4263 C4269 C4275 C4281 C4287
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V
GND
30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON
Partition E 2 X 10UF, 6 X 0.47UF GND
C4258 C4264 C4270 C4276 C4282 C4288
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON
3 3
Partition F 2 X 10UF, 6 X 0.47UF GND
C4259 C4265 C4271 C4277 C4283 C4289
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V 4V 4V
30% 30% 30% 30% 30% 30%
X6S X6S X6S X6S X6S X6S
0201W 0201W 0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON COMMON COMMON
GND
4 4
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom DECOUPLING 2 2.1
Da te : Tues day, April 09, 2019 Shee t 23 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
DP_PWR2
IFPAB od
TALL-DP XC d
F- F-
uc
uc
PD
PD
!
!
R1528 C2057
W
t
t
12V_F
100k 0.1uF
O
N
N
1% 16V
0402
y
C2038 0.1uF 10% R1504
bu IFPAB_AUX* IFPAB_AUX_R*
bu
85DIFF_NETCLASS2 85DIFF_NETCLASS2 COMMON X7R
1 6
100k
85DIFF_NETCLASS2 IFPAB_AUX_R 0402 16V 0402
X7R COMMON 1%
to
to
S D 10% COMMON
COMMON D814 0402
ww
ww
om
om
k
k
IFPAB_AUX_BY P* IFPAB_AUX_BYP IFPAB_AUX_C* AZ5725-01F 12V_F DPAB_MODE* COMMON
lic
lic
R1548 2N7002DW
Q842A 85DIFF_NETCLASS2 NORM GND 3 1B1C1E
100k C
C
C
D S 5V
3 4 Q832 DPAB_MODE_R
.c
.c
G SOT363
w
w
2
Q834B R1505
tr re
1%
1 6
10pF MMBT3904WT1G B1 R1466 10k tr re
.
.
COMMON
ac 0402 COMMON 100k SOT323_1B1C1E
ac
k e r- s o ft w a k e r- s o ft w a
COMMON DP_AUX_PROT S D SOT363 COMMON
0402 1% COMMON
1 COMMON 2N7002DW 1%
3,25,26,27,28,57 G 2 E 1
IN SOT363 0402
2N7002DW GND COMMON
5
C2053 Q834A IFPAB_MODE 3
G 12V 1B1C1E
2
10nF C
GND Q835
16V
R3998 C2039 MMBT3904WT1G B1
10%
100k 10nF
5
G Q836A Q836B G SOT323_1B1C1E
SOT363 X7R COMMON
G
5
1% 16V
Q842B 0402 2N7002DW 2N7002DW 2 E
SOT363 SOT363 0402 10%
2N7002DW COMMON
COMMON COMMON COMMON X7R GND
IFPAB_AUX IFPAB_AUX_R
GND 1 S D 6 3 D S 4 0402
COMMON
85DIFF_NETCLASS2 4 S D 3 IFPAB_AUX_R IFPAB_AUX_BY P IFPAB_AUX_BYP IFPAB_AUX_C COMMON
85DIFF_NETCLASS2
R1522
100k D813 GND GND
R1517
AZ5725-01F
1% 100k
NORM
0402 1%
85DIFF_NETCLASS2 C2040 0.1uF 5V
GND
COMMON 85DIFF_NETCLASS2 0402 10pF
0402 16V COMMON
X7R COMMON COMMON
10%
GND
GND GND J7
699FA20-0N037D-H
PCB CO-LAYOUT RECEPTACLE
DP_PWR2
IFPB_AUX_C* DP_TALL_SHLD
G1S
D18Y
R18 0ohm IFPB_AUX_C COMMON
BGA2824 04020.05 ohm COMMON SHIELD5
23
COMMON R20 0ohm SHIELD4
25 C33 C52
0402 0.05 ohm COMMON
0.1uF 10uF
9/28 IFPAB
16V 6.3V
10% 10%
20PWR
20 X7R X7R
2
DVI- DL DV I/HDMI DP IFPA_AUX
PCB CO-LAYOUT IFPAB_HPD_C PWR_RET
19 0402 0805 2
19
HPD18 COMMON COMMON
18
85DIFF_NETCLASS2 R19 0ohm
IFPA_AUX* IFPA_AUX_C* 17
BV17 IFPA_AUX 0402 0.05 ohm COMMON IFPA_AUX_C AUXN
17 16GND
SDA SDA IFPA_AUX 85DIFF_NETCLASS2 IFPAB_AUX_R 16
BV18 R21 0ohm AUXP
15 DPA_CEC
SCL SCL IFPA_AUX 85DIFF_NETCLASS2 IFPAB_AUX_R 15
85DIFF_NETCLASS2 0402 0.05 ohm COMMON 14CEC DPA_MODE_C
GND
14
IFPAB_RSET IFPA_L3* IFPA_L3_C*
MODE
13
IFPA_AUX 13
R1367 1k BK30 BM30 IFPA_L3 IFPA_L3 DP_SIGNALS C2067 0.1uF IFPA_L3_C IFPA_L3 DP_SIGNALS LANE_3N
12
IFPAB_RSET TXC TXC IFPA_L3 12
0402 1% COMMON BN30 IFPA_L3 DP_SIGNALS C2068 0.1uF COMMON IFPA_L3 DP_SIGNALS LANE_3P
10 11GND
TXC TXC IFPA_L3 11
R1573 R22
IFPA_L2* COMMON IFPA_L2_C* 10
C50 0.1uF LANE_2N
9
5.1M 1M
IFPA_L2 IFPA_L2 DP_SIGNALS IFPA_L2_C IFPA_L2 DP_SIGNALS
9 5% 1%
GND GPU_PLLVDD_XS_SP BM32 DP_SIGNALS C51 0.1uF COMMON IFPA_L2 DP_SIGNALS LANE_2P
7 8 GND
TXD0 TXD0 IFPA_L2 IFPA_L2 8 0402 0402
25,28,32,32 BH27 BL32 IFPA_L1* COMMON IFPA_L1_C*
IN IFPAB_PLLVDD TXD0 TXD0 IFPA_L2 7 COMMON COMMON
IFPA_L1 C2065 0.1uF IFPA_L1_C IFPA_L1 DP_SIGNALS LANE_1N
6
IFPA_L1 DP_SIGNALS 6
C1695 DP_SIGNALS C2066 0.1uF COMMON IFPA_L1 DP_SIGNALS LANE_1P
4 5 GND
IFPA_L1 5
0.47uF BN32 COMMON
IFPA_L1 IFPA_L0* IFPA_L0_C*
4V TXD1 TXD1 C48 0.1uF LANE_0N
4
BP32 IFPA_L0 IFPA_L0_C IFPA_L0 DP_SIGNALS 3 GND GND
30% TXD1 TXD1 IFPA_L1 IFPA_L0 DP_SIGNALS 3
IFPA_L0 DP_SIGNALS
C49 0.1uF COMMON IFPA_L0 DP_SIGNALS LANE_0P
1 2 GND
X6S 2
0201W COMMON
1
COMMON BN33
TXD2 TXD2 IFPA_L0
IFPAB TXD2 TXD2 IFPA_L0 BM33
IFPA_AUX PCB CO-LAYOUT SHIELD3
22
IFPB_AUX* R1503 0ohm SHIELD2
24
GND BV21 IFPB_AUX 0402 0.05 ohm COMMON IFPAB_AUX SHIELD1
21
SDA IFPB_AUX IFPB_AUX 85DIFF_NETCLASS2
IFPB_AUX BV20 IFPB_AUX 85DIFF_NETCLASS2 R1496 0ohm
SCL
04020.05 ohm COMMON IFPB_I2CM_SCL
IFPB_L3* R1488 0ohm 33,33
BI
BG30 BU30 IFPB_L3 DP_SIGNALS 04020.05 ohm COMMON GND
IFP_IOVDD TXC IFPB_L3 IFPB_L3
PEX_DVDD BG29 BT30
IFP_IOVDD TXC IFPB_L3 IFPB_L3 DP_SIGNALS
3 BG32 IFPB_L2* 3
IFP_IOVDD
BG33 BT32 IFPB_L2 IFPAB_AUX*
IFP_IOVDD TXD3 TXD0 IFPB_L2 IFPB_L2 DP_SIGNALS
BU32 R1495 0ohm
TXD3 TXD0 IFPB_L2 IFPB_L2 DP_SIGNALS
C1730 C1680 C4384 C1714 C1703 04020.05 ohm COMMON IFPB_I2CM_SDA DPAB_MODE_R
4.7uF 0.47uF 0.47uF 0.47uF 0.47uF R1487 0ohm R1564 10k
IFPB_L1* 33,33
6.3V 4V 4V 4V 4V BI
BV32 IFPB_L1 IFPA_AUX* 04020.05 ohm COMMON 0402 1% COMMON
20% 30% 30% 30% 30% TXD4 TXD1 IFPB_L1 IFPB_L1 DP_SIGNALS
BV33 R1502 0ohm
X6S X6S X6S X6S X6S TXD4 TXD1 IFPB_L1 IFPB_L1 DP_SIGNALS
0603 0201W 0201W 0201W 0201W 04020.05 ohm COMMON
COMMON COMMON COMMON COMMON COMMON IFPB_L0*
IFPB_L0 BU33 IFPB_L0 IFPB_L0 DP_SIGNALS
PCB CO-LAYOUT
TXD5 TXD2
Near the GPU BT33
TXD5 TXD2 IFPB_L0 IFPB_L0 DP_SIGNALS
A, B share the filter Close the GPU GND
DP_PWR2
C2106 C34
J4 0.1uF 10uF
IFPAB_HPD_C 16V 6.3V
18 20 10% 20%
Hot_Det DP_PWR
X7R X6S
IFPB_AUX_C*
0402 0805LP
IFPB_AUX_C IFPAB_AUX_R 85DIFF_NETCLASS2 17
AUX_CHn COMMON COMMON
IFPAB_AUX_R 85DIFF_NETCLASS2 15
AUX_CHp
1.8V
4 IFPB_L3* IFPB_L3_C* 4
1V8_AON C44 0.1uF
IFPB_L3 IFPB_L3_C IFPB_L3 DP_SIGNALS 12 GND
ML_Lane_3n
C45 0.1uF COMMON IFPB_L3 DP_SIGNALS 10 DPB_MODE_C
ML_Lane_3p
R1532 IFPB_L2* COMMON IFPB_L2_C* 13
MODE
10k IFPB_L2 C24 0.1uF IFPB_L2_C DP_SIGNALS 9
IFPB_L2 ML_Lane_2n DPB_CEC
1% C25 0.1uF COMMON DP_SIGNALS 7 14
IFPB_L2 CEC
ML_Lane_2p
0402 IFPB_L1* COMMON IFPB_L1_C*
COMMON
IFPB_L1 C42 0.1uF IFPB_L1_C IFPB_L1 DP_SIGNALS 6
C43 0.1uF ML_Lane_1n
COMMON IFPB_L1 DP_SIGNALS 4
3 1B1C1E ML_Lane_1p
C IFPAB_HPD_C IFPB_L0* COMMON IFPB_L0_C*
Q838 IFPAB_HPD_R_Q IFPAB_HPD_R C64 0.1uF
IFPB_L0 IFPB_L0_C IFPB_L0 DP_SIGNALS 3
MMBT3904WT1G B1 R1554 100k R1569 0ohm ML_Lane_0n
SOT323_1B1C1E C65 0.1uF COMMON IFPB_L0 DP_SIGNALS 1
COMMON 0402 1% COMMON 0603 0.05 ohm COMMON ML_Lane_0p
COMMON MEC1
2 E MEC1
R1555 C2064 C2069
100k 220pF 220pF R1620 R1574
IFPB DP Co-layout with USB-C 5.1M 1M
1% 50V 50V
0402 5% 5% 5% 1%
COMMON C0G C0G 19 0402 0402
GND 0402 0402 PWR_RTN COMMON COMMON
X1
COMMON COMMON X1
X2
X2
X3
GND GND GND X3
X4
X4 GND GND
2
GND_0
5
IFPAB_HPD_R_Q_R GND_1
8
GND_2
11
GND_3
16
GND_6
DP_W/GASKET
XXXV37111S5
5 GPIO15_IFPB_HPD N5W-20M0820-A43 5
30,63 R1489 0ohm
OU T
06030.05 ohm COMMON GND
MICRO-STAR INT'L CO.,LTD
GPIO14_IFPA_HPD
30
OU T
R1490 0ohm
06030.05 ohm COMMON
MS-V371
MSI
Size Document Description Rev
Cus tom IFPA_B DP 2.1
Da te : Tues day, April 09, 2019 Shee t 24 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
IFPE XC DP d XC d
F- DP_PWR2 12V_F F-
uc
uc
PD
PD
!
!
W
W
t
t
R1557
O
100k
N
R1639
100k
y
1%
bu
bu
1% 0402
DPE_MODE* COMMON
0402
to
to
COMMON
3 1B1C1E
C2111 0.1uF C
ww
ww
om
om
Q844
k
k
85DIFF_NETCLASS2 85DIFF_NETCLASS2 DPE_MODE_R
lic
lic
0402 16V C2120 MMBT3904WT1G B1 R1584 10k
IFPE_AUX_GPU* IFPE_AUX_RQ*
IFPE_AUX_CON COMMON D823
0.1uF
C
C
10% X7R SOT323_1B1C1E
1 6 0402 1% COMMON
.c
.c
85DIFF_NETCLASS2 AZ5725-01F
w
w
COMMON
tr e IFPE_AUX_GPU S D COMMON IFPE_AUX_BY P* IFPE_AUX_BYP NORM
16V
12V_F 2 E tr re
ar
.
.
ac R1608 10%
ac
k e r- s o ft w a
5V
85DIFF_NETCLASS2
1 k e r- s o ft w 100k 2N7002DW
Q853A
Q857B
3
D S
4
10pF
COMMON
X7R
0402 1
1%
1 6 COMMON R1541
0402 G SOT363 COMMON
2
100k
COMMON DP_AUX_PROT S D SOT363
COMMON 2N7002DW G 1%
3,24,26,27,28,57
SOT363 0402 GND
IN
2N7002DW GND GND COMMON
5
C2095 Q857A 3
G IFPE_MODE
12V 1B1C1E
2
10nF Q843 C
GND 16V R3999 MMBT3904WT1G B1
10%
G G 100k
5
SOT323_1B1C1E
SOT363 X7R Q856A Q856B COMMON
G
5
1%
Q853B 0402 2N7002DW 2N7002DW 2 E
SOT363 SOT363 0402
2N7002DW COMMON
COMMON COMMON COMMON
IFPE_AUX_GPU
IFPE_AUX_GPU 1 S D 6 3 D S 4
COMMON
4 S D 3 IFPE_AUX_RQ IFPE_AUX_BY P
C2050
85DIFF_NETCLASS2 GND IFPE_AUX_BYP
10nF
85DIFF_NETCLASS2
R1619 16V
IFPE_AUX_CON D822 GND
100k R1636 10%
AZ5725-01F X7R
1% 100k NORM 0402
0402 1%
COMMON 85DIFF_NETCLASS2 C2109 0.1uF 85DIFF_NETCLASS2 5V COMMON
GND
0402 10pF
0402 16V COMMON
X7R COMMON COMMON
10%
GND DP_PWR2
GND GND GND
G1T C2098 C18
D18Y 0.1uF 10uF
BGA2824
16V 6.3V
COMMON
10% 10%
12/28 IFPE J3 X7R X7R
2 2
DV I/HDMI DP 0402 0805
18 20 COMMON COMMON
Hot_Det DP_PWR
IFPEF_RSET IFPE_AUX_GPU* IFPE_AUX_CON*
IFPE_AUX_CON
R1368 1k BK24
IFPE_RSET IFPE_AUX BP21 IFPE_AUX_GPU IFPE_AUX_CON 17
SDA AUX_CHn
0402 1% COMMON BR21 15
SCL IFPE_AUX AUX_CHp
IFPE_AUX_CON DPE_MODE_C
GND
IFPE_L3* IFPE_L3_C*
BT23 IFPE_L3 IFPE_L3 DP_SIGNALS C35 0.1uF IFPE_L3_C IFPE_L3 DP_SIGNALS 12
TXC IFPE_L3 ML_Lane_3n
GND BU23 IFPE_L3 C36 0.1uF COMMON IFPE_L3 DP_SIGNALS 10
TXC IFPE_L3 DP_SIGNALS ML_Lane_3p R1599
GPU_PLLVDD_XS_SP IFPE_L2* COMMON IFPE_L2_C* 13
BG24 BT24 C38 0.1uF 9
MODE 1M
24,28,32,32
IFPE_PLLVDD IFPE_L2 IFPE_L2 IFPE_L2 DP_SIGNALS IFPE_L2_C IFPE_L2 DP_SIGNALS DPE_CEC
IN TXD0 C39 0.1uF ML_Lane_2n 1%
BR24 IFPE_L2 COMMON IFPE_L2 DP_SIGNALS 7 14
IFPE_L2 DP_SIGNALS
ML_Lane_2p CEC 0402
TXD0 IFPE_L1* COMMON IFPE_L1_C* COMMON
C1726 BT26 IFPE_L1 IFPE_L1 DP_SIGNALS C40 0.1uF IFPE_L1_C IFPE_L1 DP_SIGNALS 6 R1601
0.47uF TXD1 IFPE_L1 ML_Lane_1n 5.1M
BU26 IFPE_L1 C41 0.1uF COMMON IFPE_L1 DP_SIGNALS 4
4V TXD1 IFPE_L1 DP_SIGNALS ML_Lane_1p 5%
IFPE_L0* COMMON IFPE_L0_C*
30% 0402
X6S IFPE TXD2 IFPE_L0
BP26 IFPE_L0 IFPE_L0 DP_SIGNALS C46 0.1uF IFPE_L0_C IFPE_L0 DP_SIGNALS 3
ML_Lane_0n COMMON GND
0201W BN26 IFPE_L0 C47 0.1uF COMMON IFPE_L0 DP_SIGNALS 1
TXD2 IFPE_L0 DP_SIGNALS ML_Lane_0p
COMMON COMMON MEC1
MEC1
PEX_DVDD GND
GND
19
PWR_RTN
X1
X1
BJ26 X2
IFP_IOVDD X2
BJ29 X3
C1678 C1720 C4385 C1723 IFP_IOVDD X3
X4
4.7uF 0.47uF 0.47uF 0.47uF X4
2
6.3V 4V 4V 4V GND_0
5
20% 30% 30% 30% GND_1
3 8 3
X6S X6S X6S X6S GND_2
0603 0201W 0201W 0201W 11
GND_3
COMMON COMMON COMMON COMMON 16
GND_6
DP_W/GASKET
VVVV37111S5
GND
Near the GPU N5W-20M0820-A43
E, F share the filter GND
Close the GPU
1.8V
4 1V8_AON 4
R1646
10k
1%
Fused DP_PWR 0402
COMMON
GPIO18_IFPE_HPD Hotplug Detection
30 3 1B1C1E
OU T C
Q861 DP_E_HPD_R_Q DP_E_HPD_R DP_E_HPD_C
DP_PWR2 MMBT3904WT1G B1 R1641 100k R1632 0ohm
U5 SOT323_1B1C1E
0402 1% COMMON 0603 0.05 ohm COMMON
COMMON
3V3
GS7615STDB-R
SOT23_5_DP
1A 2 E
COMMON
C2123 C2110
0.400
5V R1640 220pF 220pF
5 1 100k 50V 50V
IN OUT 1% 5% 5%
C76 C83 C31 C17 C0G C0G
R31 C2105 C59 0402
PS_DP_PWR_EN_2 330uF 330uF 330uF 330uF GND COMMON 0402 0402
C77 4
10k 0.1uF 10uF COMMON COMMON
0.1uF EN/EN* 1% 16V 6.3V COMMON COMMON COMMON COMMON
NV3V3 20% 20% 20% 20%
16V 0402 10% 10%
COMMON X7R X7R 6.3V@85degC 6.3V@105degC 6.3V@85degC 6.3V@105degC
10%
2 3 0402 0805 TA-Polymer TA-Polymer TA-Polymer TA-Polymer GND GND GND
X7R GND OC*/ISET
0402
R27 COMMON COMMON 0.855A@105degC,100KHz
0.975A@105degC,100KHz 0.975A@105degC,100KHz 0.855A@105degC,100KHz
COMMON 0ohm 0.015ohm 0.04ohm 0.015ohm 0.04ohm
0.05 ohm SMD_7343 SMD_3528 SMD_7343 SMD_3528
0402
COMMON
PCB CO-LAYOUT
PCB CO-LAYOUT PCB CO-LAYOUT
GND GND DP- SKU
C66
GND
0.1uF
16V
5 5
10%
X7R
0402
COMMON
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom IFPE DP 2.1
Da te : Tues day, April 09, 2019 Shee t 25 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
IFPF XC USBC
od XC d
F- USBC_VBUS F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C4382 C4383 C1232 C2113 C80 C131 C934 C2115 C2052 C2078
0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 0.1uF 220pF 2.2uF 2.2uF
C
C
.c
.c
w
w
tr re
16V 16V 16V 16V 16V 16V 16V 50V 16V 16V
tr re
.
.
ac 10% 10% 10% 10% 10% 10% 10% 5% 10% 10%
ac
1 k e r- s o ft w a X7R
0402
X7R
0402
X7R
0402
X7R
0402
X7R
0402
X7R
0402
X7R
0402
C0G
0402
X6S
0603
X6S
0603 k e r- s o ft w a 1
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
Place along VBUS path
1A GND
USB_CC1
0.300
33 USB_CC2
BI
33,33
BI
0.300
1A
C2107 C2100
D818 D821
390pF 390pF
AZ5725-01F AZ5725-01F
50V 50V
NORM NORM
5% 5% 5V 5V
C0G C0G
10pF 10pF
0402 0402
COMMON COMMON
NV3V3 DP_PWR2 COMMON COMMON
R4077 R4079
0ohm 0ohm
GND GND
0.05 ohm 0.05 ohm
0402 0402
COMMON COMMON
2 2
R4078
100k
USB_NOT_VCC
1%
0402
R4074 0ohm COMMON
5
0402 0.05 ohm COMMON
USB_NOT_SBU1
1G1D1S 3 USB_AUX_NOT_IN 1 6
D Q266 U221A
USB_AUX_SW LS3018NG-3T3R NL27WZ04DFT2G
SOT323_1G1D1S
33 1G SC70_6
COMMON
2
IN
S 2 COMMON
R4073 60V
100k 0.1A
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V GND
1.8V 1% 0.4A
0.15W
0402
5
20V
1V8_AON COMMON
USB_NOT_SBU2
3 4
GND U221B
GND NL27WZ04DFT2G
IFPF_AUX_C SC70_6
2
C1821 C1820 C1822 C1706 C1729 C1711 C4227 IFPF_AUX_Q*
85DIFF_NETCLASS2 COMMON
22uF 10uF 4.7uF 0.47uF 0.47uF 0.47uF 0.47uF 1 6
6.3V 6.3V 6.3V 4V 4V 4V 4V
S D COMMON GND J5
20% 10% 20% 30% 30% 30% 30%
nv_res MJ8E0A-T280-412
X6S X7R X6S X6S X6S X6S X6S 2N7002DW
Q267A R4082 2M TYPEC_30PIN
0805 0805 0603 0201W 0201W 0201W 0201W GND COMMON
COMMON COMMON COMMON COMMON COMMON COMMON COMMON 0402 5% COMMON
G SOT363 nv_res
2
DP_AUX_PROT R4083 2M USB_TY P E C _ R E C E P T A C L E
3,24,25,27,28,57 0402 5% COMMON A4
IN VBUS_A
Under GPU 1 1 A9
VBUS_A
3 GND G1U B4 3
SOT363 VBUS_B
5
D18Y G Q267B R4080 R4081 B9
BGA2824 100k 100k VBUS_B
100k R4075 2N7002DW 27
COMMON GND 1% 1% TAB
NV3V3 COMMON 1% 0402 A5 29
COMMON 0402 0402 CC1 TAB
8/28 IFPF/USB-C 100k R4076 4 S D 3 B5
COMMON COMMON CC2
COMMON 1% 0402 IFPF_AUX_C
USB- C DP
IFPF_AUX* IFPF_AUX_Q IFPF_AUX_C* A8
SBU1
BG23 BR20 IFPF_AUX IFPF_AUX 85DIFF_NETCLASS2 C2063 0.1uF B8
USB_PLL_HVDD SBU2 IFPF_AUX IFPF_AUX_C 85DIFF_NETCLASS2 SBU2
BP20 C2062 0.1uF IFPF_L3_C*
R4031 SBU1 IFPF_AUX IFPF_AUX 85DIFF_NETCLASS2 IFPF_AUX_C COMMON IFPF_AUX_C 85DIFF_NETCLASS2
IFPF_L3_C B10
0ohm
85DIFF_NETCLASS2 COMMON RX1_N
BG20 IFPF_L3* IFPF_L2_C* B11
0.05 ohm USB_HVDD RX1_P
BG21 BP23 IFPF_L3 DP_SIGNALS C2118 0.33uF IFPF_L2_C A3
0402 USB_HVDD RX1 IFPF_L3 IFPF_L3 IFPF_L3 DP_SIGNALS TX1_N
BN23 C2117 0.33uF A2
COMMON RX1 IFPF_L3 IFPF_L3 DP_SIGNALS COMMON IFPF_L3 DP_SIGNALS TX1_P
IFPF_L2* IFPF_L0_C* 25
COMMON MP
USB_VDDP_GPU BM24 IFPF_L2 DP_SIGNALS C8 0.22uF IFPF_L0_C A10 26
0.300 TX1 IFPF_L2 IFPF_L2 IFPF_L2 DP_SIGNALS RX2_N MP
BM20 BN24 C13 0.22uF 6.3V DP_SIGNALS IFPF_L1_C* A11
nv_cap USB_VDDP TX1 IFPF_L2 IFPF_L2 DP_SIGNALS COMMON X7R IFPF_L2 RX2_P
IFPF_L1* 6.3V IFPF_L1_C B3
C1778 C4394 C1757 C1755
COMMON X7R TX2_N
BL23 IFPF_L1 DP_SIGNALS C2102 0.22uF B2
4.7uF 1uF 0.47uF 0.47uF TX2 IFPF_L1 IFPF_L1 IFPF_L1 DP_SIGNALS TX2_P
BM23 C2103 0.22uF 6.3V USB_L0_C*
6.3V 6.3V 6.3V 6.3V TX2 IFPF_L1 IFPF_L1 DP_SIGNALS COMMON X7R IFPF_L1 DP_SIGNALS
USB_TERMP0 IFPF_L0* 6.3V USB_L0_C A7
20% 20% 20% 20% COMMON X7R D1_N
USB_TERMP1 BK21 BV24 IFPF_L0 DP_SIGNALS C9 0.33uF A6
X6S X6S X6S X6S USB_TERMP0 RX2 IFPF_L0 IFPF_L0 IFPF_L0 DP_SIGNALS D1_P
0603 0603 0201W 0201W USB_RBIAS BL20 BV23 C10 0.33uF USB_L1_C*
USB_TERMP1 RX2 IFPF_L0 IFPF_L0 DP_SIGNALS COMMON IFPF_L0 DP_SIGNALS
COMMON COMMON COMMON COMMON BK20 USB_L1_C B7
USB_RBIAS COMMON D2_N
B6
D2_P
R1364 R1369 R1363 USB_L0* 28
2.49k 2.49k 1k TAB
USB_L0 BL21 USB_L0 USB_L0 USB3_SIGNALS R3846 0ohm A1
GND_A TAB 30
1% 1% 1% D1
GND BM21 04020.05 ohm COMMON A12
0402 0402 0402 D1 USB_L0 USB_L0 USB3_SIGNALS GND_A
COMMON COMMON COMMON IFPF/USB-C USB_L1* [] USB_L0 USB3_SIGNALS B1
GND_B
BH20 USB_L1 SMDA_006X005 COMMON B12
D2 USB_L1 USB_L1 USB3_SIGNALS GND_B
BJ20 L145 12ohm
D2 USB_L1 USB_L1 USB3_SIGNALS USB_L0 USB3_SIGNALS
4 4
BH23 BJ24 R3847 0ohm
USB_DVDD USB_SCL
Close the GPU BH24
USB_DVDD BJ23 04020.05 ohm COMMON
GND
USB_SDA
PEX_DVDD
PCB CO-LAYOUT
GND
GND
C1810 C1823 C1802 C1659 C1691 C1716
22uF 10uF 4.7uF 0.47uF 0.47uF 0.47uF
6.3V 6.3V 6.3V 4V 4V 4V R3848 0ohm
20% 10% 20% 30% 30% 30%
X6S X7R X6S 04020.05 ohm COMMON
X6S X6S X6S
0805 0805 0603 0201W 0201W 0201W USB_L1 USB3_SIGNALS
COMMON COMMON COMMON COMMON COMMON COMMON L146 12ohm
SMDA_006X005 COMMON USB_L1 USB3_SIGNALS
[]
R3849 0ohm
GND 0402 0.05 ohm COMMON
C4223 C4225 C4226
0.47uF 0.47uF 0.47uF PCB CO-LAYOUT
4V 4V 4V
30% 30% 30%
X6S X6S X6S
0201W 0201W 0201W
COMMON COMMON COMMON
5 GND USB_I2CS_SCL 5
USB_I2CS_SDA 33,33,34
BI
33,33,34
BI
Under GPU
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom IFPF USB 2.1
Da te : Tues day, April 09, 2019 Shee t 26 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
IFPC XC HDMI
od
2.0/DP XC d
F- F-
uc
uc
PD
PD
!
!
HDMI TU
W
t
t
O
O
NV3V3 IFPC_MODE_Q* NV3V3
N
DP
y
bu DP-SKU ONLY
bu
DP
2
R1526 G C2056
to
to
Q840A
10k 10nF
ww
ww
om
om
k
k
2N7002DW
lic
lic
1% SOT363 16V
HDMI TU 0402 COMMON 10%
C
C
1 S D 6
.c
.c
COMMON
w
w
X7R
tr re
IFPC_AUX* 85DIFF_NETCLASS2 I2CW_SDA_Q 0402 tr re
.
.
ac ac
k e r- s o ft w a k e r- s o ft w a
28 HD M I 85DIFF_NETCLASS2 COMMON
IFPC_AUX 85DIFF_NETCLASS2
BI
1 IFPC_AUX
1
85DIFF_NETCLASS2 D816
R1582
DP AZ5725-01F
2k
HDMI NORM HD M I GND
5V 1%
10pF 0402
DDC_5V COMMON
COMMON
DP
DP DP
GND
NV3V3
IFPC_AUX R1583
85DIFF_NETCLASS2 DP
2k
5
28
G Q840B HD M I
BI IFPC_AUX 85DIFF_NETCLASS2
R1543 2N7002DW
1%
10k SOT363 0402
DP HDMI TU COMMON COMMON
1%
4 S D 3
0402
HDMI COMMON I2CW_SCL_Q 85DIFF_NETCLASS2 DDC_5V
IFPC_AUX
J6
85DIFF_NETCLASS2
19
D817 C2121 100pF HP_DET
18
HD M I AZ5725-01F +5V
0402 50V 17
NORM 5%
GND
X1
5V C0G SHELL1
DP 16
10pF
COMMON SDA
COMMON 15 X2
HDMI_C_HPD_C GND SCL SHELL2
DP I2CW_SDA_R_Q 14 MEC1
IFPC_TXC* IFPC_TXC_C1* I2CW_SCL_R_Q NC MEC1
13
28 IFPC_L3_C DVI_HDMI_SIGNALS
C2080 0.1uF GND CE Remote
IN
IFPC_TXC 0402 COMMON IFPC_TXC_RC*
R1621 6.04ohm 12
2 28 IFPC_L3_C DVI_HDMI_SIGNALS CK- 2
IN 0402 1% COMMON 11
IFPC_TXC_RC CK_Shield
R1622 6.04ohm 10
IFPC_TXC_C1* CK+
0402 COMMON
PCB CO-LAYOUT IFPC_TXC_C1 DVI_HDMI_SIGNALS IFPC_L3_C
1%
9
DVI_HDMI_SIGNALS IFPC_L3_C D0-
8
IFPC_TXC_C1 IFPC_TXD0_C1* D0_Shield
7
C2081 0.1uF IFPC_TXD0_C1 IFPC_TXD0_RC* D0+
DVI_HDMI_SIGNALS IFPC_L2_C MEC2
0402 COMMON DVI_HDMI_SIGNALS IFPC_L2_C R1623 6.04ohm MEC2
6
IFPC_TXD1_C1* 0402 1% COMMON IFPC_TXD0_RC D1-
5 X3
IFPC_TXD1_C1 DVI_HDMI_SIGNALS IFPC_L1_C R1624 6.04ohm D1_Shield SHELL3
4
DVI_HDMI_SIGNALS IFPC_L1_C 0402 1% COMMON IFPC_TXD1_RC* D1+
X4
IFPC_TXD2_C1* R1625 6.04ohm SHELL4
3
PCB CO-LAYOUT IFPC_TXD2_C1 DVI_HDMI_SIGNALS IFPC_L0_C 0402 1% COMMON IFPC_TXD1_RC D2-
2
DVI_HDMI_SIGNALS IFPC_L0_C R1626 6.04ohm D2_Shield
1
0402 1% COMMON IFPC_TXD2_RC* D2+
IFPC_TXD0* IFPC_TXD0_C1* R1627 6.04ohm
C2082 0.1uF 0402 COMMON
HDMI19PSM_BLACK-RH-5 GND
28 IFPC_L2_C DVI_HDMI_SIGNALS 1% IFPC_TXD2_RC HDMI_S19_16
IN
IFPC_TXD0 0402 COMMON R1628 6.04ohm COMMON
28 IFPC_L2_C DVI_HDMI_SIGNALS 0402 1% COMMON
IN VVVV37111S5
N5Y-19M0580-W06
PCB CO-LAYOUT
IFPC_TXD0_C1 GND
C2083 0.1uF
0402 COMMON
3 PCB CO-LAYOUT 3
IFPC_TXD1* IFPC_TXD1_C1*
28 IFPC_L1_C C2084 0.1uF
IN DVI_HDMI_SIGNALS
IFPC_TXD1 0402 COMMON
28 IFPC_L1_C DVI_HDMI_SIGNALS
IN
PCB CO-LAYOUT
IFPC_TXD1_C1
R1598 R1597 R1596 R1595 R1594 R1593 R1592 R1591
C2085 0.1uF 499ohm 499ohm 499ohm 499ohm 499ohm 499ohm 499ohm 499ohm
1% 1% 1% 1% 1% 1% 1% 1%
0402 COMMON
0402 0402 0402 0402 0402 0402 0402 0402
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
IFPC_TERM_BEAD_1
PCB CO-LAYOUT LB812 600ohm
BEAD_0402 COMMON IFPC_TERM_BEAD_2
LB811 600ohm
IFPC_TXD2* IFPC_TXD2_C1* BEAD_0402 COMMON IFPC_TERM_BEAD_3
28 IFPC_L0_C C2086 0.1uF LB810 600ohm
IN DVI_HDMI_SIGNALS
IFPC_TXD2 0402 COMMON BEAD_0402 COMMON IFPC_TERM_BEAD_4
28 IFPC_L0_C DVI_HDMI_SIGNALS LB809 600ohm
IN
BEAD_0402 COMMON IFPC_TERM_BEAD_5
LB808 600ohm
PCB CO-LAYOUT BEAD_0402 COMMON IFPC_TERM_BEAD_6
LB807 600ohm
BEAD_0402 COMMON IFPC_TERM_BEAD_7
4 IFPC_TXD2_C1 LB806 600ohm 4
C2087 0.1uF BEAD_0402 COMMON IFPC_TERM_BEAD_8
0402 COMMON LB805 600ohm
BEAD_0402 COMMON
PCB CO-LAYOUT
NV3V3
HDMI_PD_1
1G1D1S 3 0.300
D Q851
2N7002W
SOT323_1G1D1S
1G COMMON
1.8V S 2
1V8_AON 60V
0.115A
5000mohm@10V / 7500mohm@4.5V / 0mohm@2.5V
0.8A
0.12W
R1644 20V
10k
1%
0402
GPIO27_IFPC_HPD COMMON GND
30 3 1B1C1EHDMI_C_HPD_R_Q HDMI_C_HPD_R HDMI_C_HPD_C
OU T C
Q860 R1647 100k R1634 0ohm
MMBT3904WT1G B1 0402 1% COMMON 0603 0.05 ohm COMMON
SOT323_1B1C1E C2122 C2114
COMMON 220pF 220pF
5 2 E R1648 5
100k 50V 50V
1% 5% 5%
0402 C0G C0G
COMMON 0402 0402
COMMON COMMON
GND
GND
GND GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom IFPC HDMI 2.1
Da te : Tues day, April 09, 2019 Shee t 27 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
IFPD XC DP d XC d
F- F-
12V_F
DP_PWR
uc
uc
PD
PD
!
!
R1633
W
t
t
100k
O
N
N
R1610 1%
100k 0402
y
bu DPD_MODE*
bu
COMMON
1%
3 1B1C1E
0402
C
to
to
COMMON Q855 DPD_MODE_R
C2079 0.1uF B1 R1616 10k
ww
ww
om
om
k
k
85DIFF_NETCLASS2 85DIFF_NETCLASS2 MMBT3904WT1G
lic
lic
0402 16V C2094 SOT323_1B1C1E
0402 COMMON
D820 COMMON 1%
0.1uF
C
C
10% 2 E
.c
.c
AZ5725-01F
w
w
tr e IFPD_AUX_GPU*
IFPD_AUX_GPU IFPD_AUX_RQ* IFPD_AUX_BY P*
X7R
NORM
16V
12V_F tr re
ar
.
.
ac COMMON 10%
ac
k e r- s o ft w a
1 6 5V
85DIFF_NETCLASS2 IFPD_AUX_BYP
1 k e r- s o ft w S D COMMON 85DIFF_NETCLASS2 Q847B 3
D S
4
10pF
COMMON
X7R
0402 1
1 6 COMMON R1630
COMMON GND
R1609 2N7002DW 100k
Q849A S D Q847A SOT363
100k COMMON 2N7002DW G 1%
G SOT363
2
1% SOT363 0402
DP_AUX_PROT 2N7002DW IFPD_MODE GND GND COMMON
5
0402
3,24,25,26,27,57 3
COMMON G 12V 1B1C1E
2
IN C
Q854
C2096 R4001 MMBT3904WT1G B1
10nF G G 100k
5
SOT323_1B1C1E
Q850A Q850B COMMON
16V 1%
GND 2N7002DW 2N7002DW 2 E
10% SOT363 SOT363 0402
SOT363 X7R COMMON COMMON COMMON
5
G Q849B 0402 1 S D 6 3 D S 4
2N7002DW COMMON
IFPD_AUX_BY P
C2101
10nF
IFPD_AUX_GPU
IFPD_AUX_GPU COMMON IFPD_AUX_RQ IFPD_AUX_BYP
16V
85DIFF_NETCLASS2 4 S D 3 GND 85DIFF_NETCLASS2 D819 GND
R1611 10%
AZ5725-01F X7R
R17 100k NORM 0402
100k C2093 0.1uF 85DIFF_NETCLASS2 1% 5V COMMON
85DIFF_NETCLASS2 0402 GND
1% 10pF
0402 16V COMMON
0402 COMMON
10%
COMMON
X7R
COMMON
DP_PWR
GND GND GND
GND
G1W
D18Y C15 C2099
BGA2824
COMMON
10uF 0.1uF
6.3V 16V
11/28 IFPD 10% 10%
J1 X7R X7R
2 0805 0402 2
DV I/HDMI DP
18 20 COMMON COMMON
Hot_Det DP_PWR
IFPD_AUX_GPU* IFPD_AUX_CON*
BU20 IFPD_AUX_GPU IFPD_AUX_CON 17
SDA IFPD_AUX IFPD_AUX_CON AUX_CHn
BT20 15
SCL IFPD_AUX IFPD_AUX_CON AUX_CHp
GND
IFPD_L3* IFPD_L3_C*
BV26 IFPD_L3 DP_SIGNALS C28 0.1uF IFPD_L3_C DP_SIGNALS 12
TXC IFPD_L3 IFPD_L3 IFPD_L3 ML_Lane_3n
BV27 DP_SIGNALS C29 0.1uF COMMON 10
TXC IFPD_L3 IFPD_L3 IFPD_L3 DP_SIGNALS ML_Lane_3p DP_MODE_C
IFPD_L2* COMMON IFPD_L2_C* 13
MODE
IFPD TXD0 IFPD_L2 BU27 IFPD_L2 IFPD_L2 DP_SIGNALS C26 0.1uF IFPD_L2_C IFPD_L2 DP_SIGNALS 9
ML_Lane_2n DP_CEC
BT27 DP_SIGNALS C27 0.1uF COMMON 7 14
TXD0 IFPD_L2 IFPD_L2 IFPD_L2 DP_SIGNALS
ML_Lane_2p CEC
IFPD_L1* COMMON IFPD_L1_C*
BT29 IFPD_L1 DP_SIGNALS C19 0.1uF IFPD_L1_C DP_SIGNALS 6
TXD1 IFPD_L1 IFPD_L1 IFPD_L1
ML_Lane_1n
BU29 DP_SIGNALS C20 0.1uF COMMON 4
TXD1 IFPD_L1 IFPD_L1 IFPD_L1 DP_SIGNALS ML_Lane_1p
IFPD_L0* COMMON IFPD_L0_C*
BV29 IFPD_L0 DP_SIGNALS C21 0.1uF IFPD_L0_C DP_SIGNALS 3
TXD2 IFPD_L0 IFPD_L0 IFPD_L0 ML_Lane_0n
PEX_DVDD BV30 DP_SIGNALS C22 0.1uF COMMON 1
TXD2 IFPD_L0 IFPD_L0 IFPD_L0 DP_SIGNALS ML_Lane_0p
COMMON MEC1
MEC1
BJ27 R1615 R1617
IFP_IOVDD 5.1M 1M
BH30
IFP_IOVDD 5% 1%
0402 0402
19 COMMON COMMON
C1679 PWR_RTN
X1
0.47uF X1
X2
4V X2
X3
30% G1V X3
X4
X6S D18Y X4 GND GND
0201W BGA2824 2
GND_0
COMMON COMMON 5
GND_1
3 8 3
10/28 IFPC GND_2
IFPC_RSET 11
GND_3
1k R1365 BK27 16
IFPCD_RSET DV I/HDMI DP GND_6
COMMON 1% 0402
GND IFPC_AUX*
BT21 IFPC_AUX 27
DP_W/GASKET
SDA IFPC_AUX BI
Close the GPU GND GPU_PLLVDD_XS_SP IFPC_AUX
BU21 27
VVVV37111S5
SCL BI N5W-20M0820-A43
24,25,32,32 BH26
IN IFPCD_PLLVDD
IFPC_TXC*
BM26 IFPC_TXC IFPC_L3_C 27
C1737 TXC IFPC_L3 DVI_HDMI_SIGNALS OU T
BL26 IFPC_L3_C 27
0.47uF TXC IFPC_L3 DVI_HDMI_SIGNALS
OU T
IFPC_TXD0*
4V
30%
IFPC TXD0 IFPC_L2 BM27 IFPC_TXD0 IFPC_L2_C DVI_HDMI_SIGNALS OU T
27 GND
BN27 IFPC_L2_C 27
X6S TXD0 IFPC_L2 DVI_HDMI_SIGNALS OU T
0201W IFPC_TXD1*
COMMON BL29 IFPC_TXD1 IFPC_L1_C 27
TXD1 IFPC_L1 DVI_HDMI_SIGNALS OU T
BM29 IFPC_L1_C 27
TXD1 IFPC_L1 DVI_HDMI_SIGNALS OU T
IFPC_TXD2*
GND BN29
IFPC_L0 IFPC_TXD2 IFPC_L0_C DVI_HDMI_SIGNALS 27
TXD2 BP29
OU T
PEX_DVDD IFPC_L0 IFPC_L0_C DVI_HDMI_SIGNALS 27
TXD2 OU T
BH29
IFP_IOVDD
BJ30
IFP_IOVDD
C1748 C1727 C4386 C1735
4.7uF 0.47uF 0.47uF 0.47uF
6.3V 4V 4V 4V
20% 30% 30% 30%
X6S X6S X6S X6S
0603 0201W 0201W 0201W
COMMON COMMON COMMON COMMON
4 4
Near the GPU
GND
Close the GPU
1.8V
1V8_AON
DP_PWR
3V3
U824
GS7615STDB-R
SOT23_5_DP
COMMON R1645
1.0A
10k
3.3V DP_D_HPD_C
1%
5 1 0.400
IN OUT 0402
C32 C30 C37 C23 COMMON
NV3V3 PS_DP_PWR_EN
R1613 C2097 C14
330uF 330uF 330uF 330uF GPIO17_IFPD_HPD Hotplug Detection
C2092 4
10k 0.1uF 10uF 3
30 1B1C1E
0.1uF EN/EN* 1% 16V 6.3V COMMON COMMON COMMON COMMON OU T C
0402 20% 20% 20% 20%
Q859 DP_D_HPD_R_Q DP_D_HPD_R
16V R1572 10% 10%
COMMON X7R X7R 6.3V@85degC 6.3V@105degC 6.3V@85degC 6.3V@105degC MMBT3904WT1G B1 R1635 100k R1637 0ohm
10% 49.9k 2 3 TA-Polymer TA-Polymer TA-Polymer TA-Polymer
SOT323_1B1C1E
0402 0805 0402 1% COMMON 06030.05 ohm COMMON
X7R 1% GND OC*/ISET COMMON
0.975A@105degC,100KHz 0.855A@105degC,100KHz 0.975A@105degC,100KHz 0.855A@105degC,100KHz 2
0402 COMMON COMMON E
0402 0.015ohm 0.04ohm 0.015ohm 0.04ohm C2119 C2124
COMMON COMMON SMD_7343 SMD_3528 SMD_7343 SMD_3528
PCB CO-LAYOUT R1638 220pF 220pF
PCB CO-LAYOUT PCB CO-LAYOUT 100k 50V 50V
GND GND 5% 5%
C2090 1%
0.1uF 0402 C0G C0G
5 GND COMMON 0402 0402 5
16V
COMMON COMMON
10%
X7R
0402
COMMON GND GND GND GND
Fused DP_PWR
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom IFPD DP 2.1
Da te : Tues day, April 09, 2019 Shee t 28 of 66
A B C D E F G H
A B C D E F G H
nge P h a n g e Pro
Cha ro G1Y
XC
-X
FNVHS d F- d
Interface and FRAME LOCK CN4
D18Y
BGA2824
uc
uc
CON_NVLINK_X16_EDGE
PD
PD
PEX_DVDD COMMON NONPHY-X16-X200-Y250-CUTOUT
!
W
W
t
t
13/28 NVHS0 COMMON 3V3_PROT
O
CON_NVLINK_X16_EDGE
N
NEAR GPU UNDER GPU NVHS0_RX0_P
y
bu AV11 BD3 NVHS0_RX0_N B61 B5
bu
NVHS_DVDD NVHS0_RX0 NVHS0_RX0 85DIFF_NETCLASS1 NVHS0_RX0 3V3_PWR1 BRIDGE_LED_VDD
AW11 BD2 B60 B6
NVHS_DVDD NVHS0_RX0 NVHS0_RX0 85DIFF_NETCLASS1 NVHS0_RX0 3V3_PWR2
to
to
BA11 NVHS0_RX1_P
NVHS_DVDD
ww
ww
om
om
BA12 BD1 B58 A2
k
k
NVHS_DVDD NVHS0_RX1 NVHS0_RX1_N NVHS0_RX1 85DIFF_NETCLASS1 NVHS0_RX1 12V_PWR
lic
lic
BB11 BE1 B57 B2
C1805 C1811 C1804 C1817 C1806 C1621 C1648 C1646 C1633 C1618 C1682 C1661 C1693 C1608 C1606 C1612 NVHS_DVDD NVHS0_RX1 NVHS0_RX1 85DIFF_NETCLASS1 NVHS0_RX1 12V_PWR
C
C
BB12 NVHS0_RX2_P
.c
.c
NVHS_DVDD
w
w
22uF 22uF 10uF 10uF 10uF 4.7uF 4.7uF 4.7uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF
tr re
1V8_MAIN NVHS0_RX2 BE2 NVHS0_RX2_N NVHS0_RX2 85DIFF_NETCLASS1 B55
NVHS0_RX2 tr re
.
.
ac 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 4V 4V 4V 4V 4V 4V 4V 4V C2048 ac C2044
k e r- s o ft w a a
BE3 B54
NVHS0_RX2 NVHS0_RX2 85DIFF_NETCLASS1 NVHS0_RX2
1
20%
X6S
20%
X6S
10%
X7R
10%
X7R
10%
X7R
20%
X6S
20%
X6S
20%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S
30%
X6S NVHS0_RX3_P
0.1uF
16V
k e r - s0.1uF
o ft w
16V
1
0805 0805 0805 0805 0805 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W BA10 BG3 NVHS0_RX3_N B52
NVHS_HVDD NVHS0_RX3 NVHS0_RX3 85DIFF_NETCLASS1 NVHS0_RX3 10% 10%
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON BB10 BG2 B51
NVHS_HVDD NVHS0_RX3 NVHS0_RX3 85DIFF_NETCLASS1 NVHS0_RX3 X7R X7R
BB9 NVHS0_RX4_P 0402 0402
NVHS_HVDD
BD10 BH2 NVHS0_RX4_N B49 COMMON COMMON
NVHS_HVDD NVHS0_RX4 NVHS0_RX4 85DIFF_NETCLASS1 NVHS0_RX4
BE9 BH3 B48
NVHS_HVDD NVHS0_RX4 NVHS0_RX4 85DIFF_NETCLASS1 NVHS0_RX4
NVHS0_RX5_P
BG1 NVHS0_RX5_N B46
NVHS0_RX5 NVHS0_RX5 85DIFF_NETCLASS1 NVHS0_RX5
GND BH1 B45 GND
C4231 C4233 C4235 C4237 C4239 C4241 C4243 C4244 NVHS0_RX5 NVHS0_RX5 85DIFF_NETCLASS1 NVHS0_RX5
NVHS0_RX6_P
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF BE10 BK1 B43
NVHS_PLL_HVDD NVHS0_RX6 NVHS0_RX6_N NVHS0_RX6 85DIFF_NETCLASS1 NVHS0_RX6
4V 4V 4V 4V 4V 4V 4V 4V
BK2 B42
30% 30% 30% 30% 30% 30% 30% 30% NVHS0_RX6 NVHS0_RX6 85DIFF_NETCLASS1 NVHS0_RX6
X6S X6S X6S X6S X6S X6S X6S X6S NVHS0_RX7_P
0201W 0201W 0201W 0201W 0201W 0201W 0201W 0201W BL1 NVHS0_RX7_N B40
NVHS0_RX7 NVHS0_RX7 85DIFF_NETCLASS1 NVHS0_RX7
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON BL2 B39
NVHS0_RX7 NVHS0_RX7 85DIFF_NETCLASS1 NVHS0_RX7
NVHS0_TX0_P
BA7 NVHS0_TX0_N A61
NVHS0_TX0 NVHS0_TX0 85DIFF_NETCLASS1 NVHS0_TX0
BA8 A60
NVHS0_TX0 NVHS0_TX0 85DIFF_NETCLASS1 NVHS0_TX0
NVHS0_TX1_P
BB6 NVHS0_TX1_N A58
NVHS0_TX1 NVHS0_TX1 85DIFF_NETCLASS1 NVHS0_TX1
GND BB7 A57
NVHS0_TX1 NVHS0_TX1 85DIFF_NETCLASS1 NVHS0_TX1
NEAR GPU UNDER GPU NVHS0_TX2_P
BD6 NVHS0_TX2_N A55
NVHS0_TX2 NVHS0_TX2 85DIFF_NETCLASS1 NVHS0_TX2
BD5 A54
NVHS0_TX2 NVHS0_TX2 85DIFF_NETCLASS1 NVHS0_TX2
NVHS0_TX3_P
BD7 NVHS0_TX3_N A52
NVHS0_TX3 NVHS0_TX3 85DIFF_NETCLASS1 NVHS0_TX3
BD8 A51
C1791 C1798 C1793 C1797 C1784 C1751 C1731 C1753 C1719 C1740 C1702 C1722 C1632 C1663 NVHS0_TX3 NVHS0_TX3 85DIFF_NETCLASS1 NVHS0_TX3
NVHS0_TX4_P
22uF 22uF 10uF 10uF 10uF 4.7uF 4.7uF 4.7uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF BE7 A49
NVHS0_TX4 NVHS0_TX4_N NVHS0_TX4 85DIFF_NETCLASS1 NVHS0_TX4
2 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 6.3V 4V 4V 4V 4V 4V 4V
2
BE6 A48
20% 20% 10% 10% 10% 20% 20% 20% 30% 30% 30% 30% 30% 30% NVHS0_TX4 NVHS0_TX4 85DIFF_NETCLASS1 NVHS0_TX4
X6S X6S X7R X7R X7R X6S X6S X6S X6S X6S X6S X6S X6S X6S NVHS0_TX5_P
0805 0805 0805 0805 0805 0603 0603 0603 0201W 0201W 0201W 0201W 0201W 0201W BG6 NVHS0_TX5_N A46
NVHS0_TX5 NVHS0_TX5 85DIFF_NETCLASS1 NVHS0_TX5
COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON BG5 A45
NVHS0_TX5 NVHS0_TX5 85DIFF_NETCLASS1 NVHS0_TX5
NVHS0_TX6_P A1 ADDR
BG7 NVHS0_TX6_N A43 A6 PWR_EN
NVHS0_TX6 NVHS0_TX6 85DIFF_NETCLASS1 NVHS0_TX6
BG8 A42 B9 PEX_RST_BUF*
NVHS0_TX6 NVHS0_TX6 85DIFF_NETCLASS1 NVHS0_TX6
NVHS0_TX7_P
BH7 NVHS0_TX7_N A40 PEX_RST_BUF*
NVHS0_TX7 NVHS0_TX7 85DIFF_NETCLASS1 NVHS0_TX7
GND BH6 A39
NVHS0_TX7 NVHS0_TX7 85DIFF_NETCLASS1 NVHS0_TX7
3,33,61,63
IN
C4232 C4234 C4236 C4238 C4240 C4242 NVHS_REFCLK_A_P
R3825
0.47uF 0.47uF 0.47uF 0.47uF 0.47uF 0.47uF BA6 B12
10k
NVHS_REFCLK NVHS_REFCLK_A_N 85DIFF_NETCLASS1 NVHS_REFCLK_A NVHS_REFCLK_IN
4V 4V 4V 4V 4V 4V 1%
BA5 B13
30% 30% 30% 30% 30% 30% NVHS_REFCLK 85DIFF_NETCLASS1 NVHS_REFCLK_A NVHS_REFCLK_IN 0402
X6S X6S X6S X6S X6S X6S COMMON
0201W 0201W 0201W 0201W 0201W 0201W EXT_REFCLKA
COMMON COMMON COMMON COMMON COMMON COMMON BN2 A4
EXT_REFCLK_SLI 45OHM_NETCLASS2 EXT_REFCLK
SLI_BRG_PRST* B9
LED_PEX_RST
PEX_RST_BUF*
58 B3
OU T NVHS_PRSNT
NVHS00_TERMP
45OHM_NETCLASS1 I2CB_SCL_R I2CB_SCL_NVHS 3V3_PROT
BT2 30,63,64 I2CB_SDA_R R3833 0ohm I2CB_SDA_NVHS B7
NVHS_TERMP IN I2CB_SCL
30,63,64 04020.05 ohm COMMON R3834 0ohm A8
BI I2CB_SDA
04020.05 ohm COMMON R3826
GND
R132 10k
1V8_AON
2.49k A12
1%
1% NC 0402
A13
0402 NC COMMON
COMMON R23 2.21k NVHS_PWR_EN
0402 1 % COMMON
GPIO22_SWAPRDY _IN A6
G1X PWR_EN
30 A9
D18Y BI SWAPRDY_IN
3 BGA2824 GPIO23_RASTER_SY NC1 NVHS_RASTER_SY NC1 NVHS_ADDR 3
GND COMMON 30 R1576 33.2ohm B8 A1
BI RASTERSYNCH1 NVHS_ADDR
PEX_DVDD GPIO21_RASTER_SY NC0 0402 1% COMMON 45OHM_NETCLASS2
14/28 NVHS1 R3827
30 R3824 33.2ohm
BI 0ohm
NVHS1_RX0_P 0402 1% COMMON
0.05 ohm
BD11 BP2 NVHS1_RX0_N B37
NVHS_DVDD NVHS1_RX0 NVHS1_RX0 85DIFF_NETCLASS1 NVHS1_RX0 0402
BD12 BP3 B36
NVHS_DVDD NVHS1_RX0 NVHS1_RX0 85DIFF_NETCLASS1 NVHS1_RX0 COMMON
BE11 NVHS1_RX1_P
NVHS_DVDD
BE12 BN1 NVHS1_RX1_N B34
NVHS_DVDD NVHS1_RX1 NVHS1_RX1 85DIFF_NETCLASS1 NVHS1_RX1
AV12 BP1 B33 A23
NVHS_CVDD NVHS1_RX1 NVHS1_RX1 85DIFF_NETCLASS1 NVHS1_RX1 GND
AW12 NVHS1_RX2_P A26
NVHS_CVDD GND
1V8_MAIN BT3 NVHS1_RX2_N B31 A29 GND
NVHS1_RX2 NVHS1_RX2 85DIFF_NETCLASS1 NVHS1_RX2 GND
BU3 B30 A32
NVHS1_RX2 NVHS1_RX2 85DIFF_NETCLASS1 NVHS1_RX2 GND
NVHS1_RX3_P A35
GND
BG10 BU5 NVHS1_RX3_N B28 A38
NVHS_HVDD NVHS1_RX3 NVHS1_RX3 85DIFF_NETCLASS1 NVHS1_RX3 GND
BH10 BV5 B27 A41
NVHS_HVDD NVHS1_RX3 NVHS1_RX3 85DIFF_NETCLASS1 NVHS1_RX3 GND
BH11 NVHS1_RX4_P A44
NVHS_HVDD GND
BV6 NVHS1_RX4_N B25 A47
NVHS1_RX4 NVHS1_RX4 85DIFF_NETCLASS1 NVHS1_RX4 GND
BU6 B24 A50
NVHS1_RX4 NVHS1_RX4 85DIFF_NETCLASS1 NVHS1_RX4 GND
NVHS1_RX5_P A3
GND
BU8 NVHS1_RX5_N B22 A53
NVHS1_RX5 NVHS1_RX5 85DIFF_NETCLASS1 NVHS1_RX5 GND
BT8 B21 A56
NVHS1_RX5 NVHS1_RX5 85DIFF_NETCLASS1 NVHS1_RX5 GND
NVHS1_RX6_P A59
GND
BT9 NVHS1_RX6_N B19 A62
NVHS1_RX6 NVHS1_RX6 85DIFF_NETCLASS1 NVHS1_RX6 GND
BU9 B18 B1
NVHS1_RX6 NVHS1_RX6 85DIFF_NETCLASS1 NVHS1_RX6 GND
NVHS1_RX7_P B4
GND
BV9 NVHS1_RX7_N B16 B10
NVHS1_RX7 NVHS1_RX7 85DIFF_NETCLASS1 NVHS1_RX7 GND
BV8 B15 B11
NVHS1_RX7 NVHS1_RX7 85DIFF_NETCLASS1 NVHS1_RX7 GND
NVHS1_TX0_P B14
GND
BK4 NVHS1_TX0_N A37 B17
NVHS1_TX0 NVHS1_TX0 85DIFF_NETCLASS1 NVHS1_TX0 GND
4 BK5 A36 A5 4
NVHS1_TX0 NVHS1_TX0 85DIFF_NETCLASS1 NVHS1_TX0 GND
NVHS1_TX1_P B20
GND
BK6 NVHS1_TX1_N A34 B23
NVHS1_TX1 NVHS1_TX1 85DIFF_NETCLASS1 NVHS1_TX1 GND
BK7 A33 B26
NVHS1_TX1 NVHS1_TX1 85DIFF_NETCLASS1 NVHS1_TX1 GND
NVHS1_TX2_P B29
GND
BN5 NVHS1_TX2_N A31 B32
NVHS1_TX2 NVHS1_TX2 85DIFF_NETCLASS1 NVHS1_TX2 GND
BP5 A30 B35
NVHS1_TX2 NVHS1_TX2 85DIFF_NETCLASS1 NVHS1_TX2 GND
NVHS1_TX3_P B38
GND
BL5 NVHS1_TX3_N A28 B41
NVHS1_TX3 NVHS1_TX3 85DIFF_NETCLASS1 NVHS1_TX3 GND
BL6 A27 B44
NVHS1_TX3 NVHS1_TX3 85DIFF_NETCLASS1 NVHS1_TX3 GND
NVHS1_TX4_P B47
GND
BP6 NVHS1_TX4_N A25 A7
NVHS1_TX4 NVHS1_TX4 85DIFF_NETCLASS1 NVHS1_TX4 GND
BR6 A24 B50
NVHS1_TX4 NVHS1_TX4 85DIFF_NETCLASS1 NVHS1_TX4 GND
NVHS1_TX5_P B53
GND
BM8 NVHS1_TX5_N A22 B56
NVHS1_TX5 NVHS1_TX5 85DIFF_NETCLASS1 NVHS1_TX5 GND
BN8 A21 B59
NVHS1_TX5 NVHS1_TX5 85DIFF_NETCLASS1 NVHS1_TX5 GND
NVHS1_TX6_P B62
GND
BL9 NVHS1_TX6_N A19 A10
NVHS1_TX6 NVHS1_TX6 85DIFF_NETCLASS1 NVHS1_TX6 GND
BM9 A18 A11
NVHS1_TX6 NVHS1_TX6 85DIFF_NETCLASS1 NVHS1_TX6 GND
NVHS1_TX7_P A14
GND
BN9 NVHS1_TX7_N A16 A17
NVHS1_TX7 NVHS1_TX7 85DIFF_NETCLASS1 NVHS1_TX7 GND
BP9 A15 A20
NVHS1_TX07 NVHS1_TX7 85DIFF_NETCLASS1 NVHS1_TX7 GND
GND
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NVHS Interface and FRAME LOCK 2.1
Da te : Tues day, April 09, 2019 Shee t 29 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
MISC1: od
Fan, Thermal, JTAG, GPIO, STEREO XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
k e r- s o ft w a k e r- s o ft w a
1V8_AON
1 1
C238
2.2uF
6.3V
10% U15
X6S
GS7616SC-R
0402 SOT363
COMMON COMMON FP_FUSE_GPU
0.300
5 1 20
VIN1 VOUT1 OU T
6 2
VIN2 VOUT2
C237 R128
GND
2.2uF 2.21k
GPIO26_FP_FUSE
6.3V 1%
3 4
EN GND 10% 0402
X6S COMMON
R129
0402
10k COMMON
1%
0402
COMMON
GND GND
NV3V3
GND
2 2
R98 R103 R810 R811 R437 R442
G1Z 2.21k 2.21k 2.21k 2.21k 2.21k 2.21k
D18Y
1% 1% 1% 1% 1% 1%
BGA2824
0402 0402 0402 0402 0402 0402
COMMON
COMMON COMMON COMMON COMMON COMMON COMMON
15/28 MISC1
I2CS_SCL I2CS_SCL_R
BR18 I2CS_SDA R123 33.2ohm I2CS_SDA_R 3,63,64
I2CS_SCL IN
I2CS_SDA BT18 0402 1% COMMON R122 33.2ohm 3,63,64
BI
0402 1% COMMON
BH9 I2CC_SCL I2CC_SCL_R
TS_VREF
BU18 I2CC_SDA R121 33.2ohm I2CC_SDA_R 37,38,41,51,54
I2CC_SCL OU T
THERM_DN BU17 0402 1% COMMON R120 33.2ohm 37,38,41,51,54
0.100 I2CC_SDA BI
0402 1% COMMON
I2CB_SCL I2CB_SCL_R
C242 BT11 BR17 R119 33.2ohm
THERMDN I2CB_SCL I2CB_SDA I2CB_SDA_R 29,63,64
2.2nF BT17 R118 33.2ohm OU T
I2CB_SDA 0402 1% COMMON 29,63,64
16V BI
BU11 0402 1% COMMON
10% THERMDP
X7R
0402
DNI
THERM_DP 0.100 GPIO0_NVVDD_PWMVID
BL17 GPIO1_GC6_FB_EN 41
GPIO0 OU T
PFM_ADC_IN_P BM17 33,36,36,50,56,57,58,59
GPIO1 OU T
56,56 PFM_ADC_IN_N BP17 BL18 remove GPIO 2 BALANCE
GPIO3_FAN_PWM_B_GPU
IN ADC_IN GPIO2
56,56 BP18 BK14 GPIO4_GC6_1V8_MAIN_EN 62
IN ADC_IN GPIO3 OU T
3 BK15 GPIO5_FRAME_LOCK_INT 57,58 3
GPIO4 OU T
BJ12 GPIO6_NVVDD_PSI*
GPIO5 remove GPIO5_FRAME_LOCK_INT
BJ14 GPIO7_FAN_TACH_B_GPU 41,55
GPIO6 OU T
1V8_AON BN18 GPIO8_FBVDD_SEL 62
GPIO7 IN
BU35 BT14 37,38
JTAG_TCK GPIO8 OU T
BV36 BP15 removeGPIO10_FBVREF_SEL
GPIO 9 BALANCE
JTAG_TMS GPIO9
R127 BV35 BN17 6,8,11,13,16,18
10k JTAG_TDI GPIO10 OU T
JTAG_TRST BU36
JTAG_TDO GPIO11 BL15 remove GPIO11
GPIO12_LOW_PERF*
1%
BT36 BH14 GPIO13_FAN_TACH_A 55
0402 JTAG_TRST GPIO12 IN
BK18 GPIO14_IFPA_HPD 62,63
COMMON GPIO13 IN
NVJTAG_SEL BR15 GPIO15_IFPB_HPD 24
GPIO14 IN
BT35 BR14 GPIO16_FAN_PWM_A_GPU 24,63
NVJTAG_SEL GPIO15 IN
BK17 GPIO17_IFPD_HPD 62
GPIO16 OU T
R126 BL14 GPIO18_IFPE_HPD 28
10k GPIO17 IN
BM14 GPIO19_STEREO_OUT 25
1% GPIO18 IN
R1643 BP14 GPIO20_FL_SY NC_GPU 45OHM_NETCLASS2 Re m o ve
0402 GPIO19
10k BM18 GPIO21_RASTER_SY NC0
COMMON GPIO20 Re m o ve
1% BT15 GPIO22_SWAPRDY _IN 45OHM_NETCLASS2 29
GPIO21 BI
0402 BU15 GPIO23_RASTER_SY NC1 45OHM_NETCLASS2 29
COMMON
GPIO22 BI
BN15 GPIO24_IFPF_HPD 45OHM_NETCLASS2 29
GPIO23 BI
GND BV15 GPIO25_FBVDD_PSI* 33,33
GPIO24 IN
BU14 GPIO26_FP_FUSE 37,38
GPIO25 OU T
BV14 GPIO27_IFPC_HPD
GPIO26
BM15 GPIO28_ADC_MUX_SEL 27
GND
GPIO27 IN
BN14 GPIO29_IDLE_IN_SW 54,56,56
GPIO28 IN
BH15 GPIO30_SWAPRDY _OUT 50
GPIO29 OU T
BJ15 45OHM_NETCLASS2
GPIO30
Re m o ve
R1225
4 100k 4
1%
0402
COMMON
R4027
0ohm
0.05 ohm
0402
COMMON
GND
R431 R454 R1585 R1442 R3835 R3874
100k 100k 100k 100k 100k 100k
GPIO30_SWAPRDY_OUT_RC
1% 1% 1% 1% 1% 1%
45OHM_NETCLASS2
0402 0402 0402 0402 0402 0402
1G1D1S 3 COMMON COMMON COMMON COMMON COMMON COMMON
D Q823
LS3018NG-3T3R
1G
SOT323_1G1D1S R838 R475
COMMON
S 2 10k 10k
1% 1%
60V
0.1A 0402 0402
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V COMMON COMMON
C3971 0.4A
0.15W
0.1uF 20V
NV3V3
16V
10%
X7R
0402
COMMON
GND GND
GND
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom MISC 2.1
Da te : Tues day, April 09, 2019 Shee t 30 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
MISC2: od
ROM, Straps XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
STRAP2 STRAP1 STRAP0 RAMCFG[4:0]
N
H=High :Tied to 1.8V
y
y
bu
bu
L L L 00000 M=Middle:Tied to 0.9V
to
to
GROUP0 GROUP1
ww
ww
om
om
k
k
lic
lic
L L H 00001 DEFAULT L=Low :Tied to 0V
C
C
.c
.c
w
w
tr e tr re
ar
.
.
ac ac
1 k eLr - s o f t w H L 00010 k e r- s o ft w a 1
L H H 00011
H L L 00100
H L H 00101
H H L 0011 0
1V8_AON 1V8_AON
H H H 00111
L L M 01000
R124 R117 R1381 R72 R87 R96
100k 100k 100k 100k 10k 100k
L M L 01001 1% 1% 1% 1% 1% 1%
0402 0402 0402 0402 0402 0402
COMMON COMMON COMMON COMMON COMMON COMMON
ROM_SI
STRAP0
ROM_SO
STRAP1
2 ROM_SO ROM_SI ROM_SCLK DUMMY[2:0],FS_OVERT 1:ENABLE 0:DISABLE ROM_SCLK 2
STRAP2
L L L XXX1 FS_OVERT ENABLE DEFAULT
R125 R114 R1379 R73 R85 R90
100k 100k 100k 100k 10k 100k
L L H XXX0 1% 1% 1% 1% 1% 1%
FS_OVERT DISABLE 0402 0402 0402 0402 0402 0402
COMMON COMMON COMMON COMMON COMMON COMMON
1:SMB_ALT_ADDR ENABLE
0:SMB_ALT_ADDR DISABLE
STRAP5 STRAP4 STRAP3 SMB_ALT_ADDR DEVID_SEL PCIE_CFG VGA_DEVICE
1:DEVID_SEL REBRAND GND
GND
M H H 1 1 1 1 0:DEVID_SEL ORIGNAL
M H L 1 1 1 0 1:PCIE_CFG LOW POWER
0:PCIE_CFG HIGH POWER
M L H 1 1 0 1
1:VGA_DEVICE ENABLE
M L L 1 1 0 0
0:VGA_DEVICE DISABLE GROUP2
L H M 1 0 1 1 1V8_AON
3 3
L M H 1 0 1 0
L M L 1 0 0 1 R1383 R115 R1376
100k 100k 100k
1% 1% 1%
L L M 1 0 0 0 0402
COMMON
0402
COMMON
0402
COMMON
STRAP3
H H H 0 1 1 1
STRAP4
H H L 0 1 1 0
STRAP5
H L H 0 1 0 1
R1382 R116 R1377
H L L 0 1 0 0 100k 100k 100k
1% 1% 1%
0402 0402 0402
COMMON COMMON COMMON
L H H 0 0 1 1
L H L 0 0 1 0
GND
L L H 0 0 0 1 Default
4 4
L L L 0 0 0 0 SKU 200 1V8_AON
1V8_AON
R97
G1AA 10k U13
D18Y W25Q80EWSNIG
1%
BGA2824 SO_8
0402 COMMON
COMMON COMMON
17/28 MISC2 7 8
HOLD*/IO3 VCC
ROM_CS* ROM_CS_R* 3
WP*/IO2 C142
ROM_CS BR12 45OHM_NET CLASS2 R99 33.2ohm 45OHM_NET CLASS2 1
CS* 0.1uF
ROM_SI 0402 1% COMMON ROM_SI_R
45OHM_NET CLASS2
16V
ROM_SI BP11 ROM_SO 45OHM_NET CLASS2 R82 33.2ohm ROM_SO_R 5
DI/IO0 10%
BR11 ROM_SCLK 45OHM_NET CLASS2 R91 0ohm 0402 1% COMMON ROM_SCLK_R 2
ROM_SO DO/IO1 X7R
STRAP0 BK11 BP12 45OHM_NET CLASS2 04020.05 ohm COMMON R86 33.2ohm 6 4 0402
STRAP0 ROM_SCLK CLK GND
STRAP1 BL11 0402 1% COMMON 45OHM_NET CLASS2 COMMON
STRAP1
STRAP2 BM11 45OHM_NET CLASS2
STRAP2
STRAP3 BM12
STRAP3
STRAP4 BK12
STRAP4
STRAP5 BL12
STRAP5
THERM_OVERT* GND
BN11 41,55,55,58,58,66
OVERT OU T
BN12
BUFRST
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom ROM/STRAPS 2.1
Da te : Tues day, April 09, 2019 Shee t 31 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
XC
MISC2: od
XTAL. PLL XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
1V8_MAIN
Place near GPU
GPU_PLLVDD_XS_SP
L802 30ohm 24,25,28,32
OU T
BEAD_0603 COMMON
2 C1788 C1732 2
22uF 4.7uF
6.3V 6.3V
20% 20%
X6S X6S
0805 0603
COMMON COMMON
GND
C1600 C1389 C1586 C1674
0.47uF 0.47uF 0.47uF 0.47uF
4V 4V 4V 4V
30% 30% 30% 30%
X6S X6S X6S X6S
0201W 0201W 0201W 0201W
COMMON COMMON COMMON COMMON
G1AB
D18Y
GND BGA2824
COMMON
16/28 XTAL_PLL
GPU_PLLVDD_XS_SP
BH32 BG27 24,25,28,32
XSN_PLLVDD VID_PLLVDD IN
AT47 BG26
GPCPLL_AVDD0 SP_PLLVDD
3 M15 3
GPCPLL_AVDD1
C1662 C1696
AT12
0.47uF 0.47uF
GPCPLL_AVDD2 4V 4V
30% 30%
X6S X6S
0201W 0201W
COMMON COMMON
1V8_FB_PLL_REF
5,5,10,10,15,15 AN47
IN FB_REFPLL_AVDD0
C1390 C1558 C1574 M36
0.47uF 0.47uF 0.47uF FB_REFPLL_AVDD1
GND
4V 4V 4V
V12
30% 30% 30% FB_REFPLL_AVDD2
X6S X6S X6S
0201W 0201W 0201W 1V8_AON
COMMON COMMON COMMON
XTALSSIN_GPU
BT12 BU12 XTALOUTBUFF R1384 100k
EXT_REFCLK_FL XTALOUTBUFF
GND 0402 1% COMMON
BV12 BV11 XTALOUT_GPU
XTALIN XTALOUT 45OHM_NETCLASS1
R1385
100k
nv_res
1%
Y1 R4044 0402
COMMON
R1387 7M27000130 0ohm SmartFan Strap Table
10k SMD_32X25 0.05 ohm
27MHz 0402
1%
COMMON COMMON XTA L O U TB U F F Inv erted
0402 R1386
4 XTALSSIN_RC COMMON STRAP VALUE Vol t a g e SmartFan PWM % 4
10k XTALIN 1 3 XTALOUT
GND
1%
4 2
0402
C1818
COMMON 0 0V GPIO DISABLED
18pF C240 C239
50V 18pF 18pF
1 0. 9 V 33% PWM
5% 50V 50V
C0G 5% 5%
0402 C0G C0G 3 1. 8 V 66% PWM
COMMON 0402 0402
COMMON COMMON
GND GND GND
GND
5 5
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Da te : Tues day, April 09, 2019 Shee t 32 of 66
A B C D E F G H
A B C D E F G H
nge P a n g e Pr
Cha ro PIN ANX XC
hCYP o
-X
FMISC: d F- d
USB PPC
uc
uc
PD
PD
1 TP TP
!
W
W
t
t
2 RESET VBUS_MON
O
N
N
y
y
bu 3 NC NC
bu
1V8_AON
4 ROLE_SEL (PD) CC2
to
to
ww
ww
om
om
k
k
lic
lic
5 NC VCON_5V
C
C
.c
.c
w
w
tr R1439 6 VDDD (3.3V) tr CC1
re ar
e
.
.
ac 0ohm
ac
k e r- s o ft w a
DVDD_IO CYP
1 0.05 ohm
0402
7 VBUS_MON ke
RESET
r- s o ft w 1
COMMON
8 NC NC
USB_I2CS_SDA USB_DVDD_IO_C 9 CC2 I2CM_SDA
26,33,34 R1441 0ohm
BI
0402 0.05 ohm COMMON 10 VCON_5V I2CM_SCL
NV3V3
NV3V3
C1998 11 CC1 HPD
1uF
6.3V R1422 0ohm 12 VDDD (3.3V) NC
R1443 10%
0402 0.05 ohm COMMON
0ohm X6S
USB_VDDD 3V3 CYP 0402 13 DVDD_IO (1.8V) NC
0.05 ohm
COMMON C1992
0402 0.1uF
COMMON
14 VBUS_FET _EN VBUS_FET _EN
16V
USB_VDDD_C GND 10%
X7R
15 DSCH_CT L DSCH_CT L
0402
C2003 COMMON 16 HPD I2CS_SDA
1uF
6.3V
GND 17 I2CM_SDA I2CS_SCL
10%
X6S
0402 18 I2CM_SCL NC
COMMON
19 DVDD_IO (1.8V) GND
20 NC VDDD (3.3V)
C1991 21 I2CS_SDA DVDD_IO (1.8V)
2 0.1uF 2
GND
16V
U820 USB_CC1 22 I2CS_SCL VCCD (100nF)
10%
CYPD4136-24LQXIT R1428 0ohm 26,33
X7R BI
0402 QFN24 0402 0.05 ohm COMMON 1V8_AON 23 SINK_CLT (PD) NC
COMMON COMMON
USB_VDDD 3V3 ANX
USB_CC2 24 PWR_EN PWR_EN
GND 0.300 R1425 0ohm 26,33
CYPD4136 ANX3411 ANX3411 CYPD4136 04020.05 ohm COMMON
BI
0.300 USB_CC1_6
CYP ONLY 21 6 R1426 10k
VDD_IO M_SDA AVDD33 CC1 GND R1433 R1438
0402 1% COMMON
C1997 0.1uF 2.21k 2.21k
USB_CC2_4 0.300 PD ANX
GND 1% 1%
0402 16V 20 4 GPIO24_IFPF_HPD
0.300 VDDD INTP_OUT ROLE_SELECT CC2 0402 0402
1V8_AON 10% R1445 0ohm 30,33 COMMON COMMON
X7R OU T
USB_I2CS_SCL USB_VCCD_C USB_HPD_110.300 04020.05 ohm COMMON USB_CC1
COMMON
26,33,34 R1431 0ohm 0.300 22
VCCD P2_3/ 11 R1444 0ohm 26,33
BI M_SCL CC1 BI
5V_VCONN 0402 0.05 ohm COMMON 04020.05 ohm COMMON
HPD_DETECT TP802
USB_VCON_5V P1_2_I2C_ADR_1 PS_USBC_ALT
R1464 R1465 R1427 0ohm 5 1 R1420 0ohm 34
2.21k 2.21k
0.300 V5V TEST_S I2C_ADR_1/ P1_2 IN
USB_AUX_SW 0402 0.05 ohm COMMON 0402 0.05 ohm COMMON
1% 1% GPIO
26,33 R4092 0ohm VBUS_FET_EN IFPB_I2CM_SDA
0402 0402 OU T
USB_I2CS_SDA 0402 0.05 ohm COMMON 14 34 R1435 0ohm 24,33
COMMON COMMON
GPIO1 P2_6 OU T BI
26,33,34 R1448 0ohm 0402 0.05 ohm COMMON USB_CC2
BI
GPIO24_IFPF_HPD 0402 0.05 ohm COMMON USB_I2CS_SDA_C IFPB_I2CM_SDA_C 0.300
R1432 0ohm 26,33
BI
30,33 R1456 0ohm 16
P3_2/ P0_0/ 9 0402 0.05 ohm COMMON IFPB_I2CM_SCL
OU T HPD CC2
0402 0.05 ohm COMMON R1437 0ohm 24,33
SCB3_I2C_SDA SCB0_I2C_SDA BI
USB_I2CS_SCL USB_I2CS_SCL_C IFPB_I2CM_SCL_C
0.300 04020.05 ohm COMMON 5V_VCONN
26,33,34 R1454 0ohm 17 10 R1440 0ohm
BI P3_3/ CFG_SDA VCONN_POWER P0_1
IFPB_I2CM_SDA 04020.05 ohm COMMON 0402 0.05 ohm COMMON
SCB3_I2C_SCL SCB0_I2C_SCL
24,33 R1453 0ohm USB_VBUS_MON_XRES
BI
04020.05 ohm COMMON 24 7 R74 0ohm
P1_1 SOURCE_CTL VBUS_SENSE XRES
3 04020.05 ohm COMMON 3
VBUS_PWR_EN USB_VBUS_MON_C USBC_VBUS
34 2
OU T P1_3 RESET
USB_VBUS_MONITOR
C2000 1V8_AON
R1423 0ohm 0.1uF
USB_PPC_TEST_EN
04020.05 ohm COMMON 3
16V R84
USB_RESET_ANX P1_5 TEST_EN 10% 348k C140 0.1uF
R1424 0ohm X7R
1% GND
1V8_AON NV3V3 USB_AUX_SW 0402 0.05 ohm COMMON 0402 0402 16V
0402
26,33 R4093 0ohm 8 COMMON USB_VBUS_MONITOR 10%
OU T P1_7 VBUS_OCP
COMMON
X7R
04020.05 ohm COMMON R83 0ohm
COMMON
5
USB_VDDD_A 04020.05 ohm COMMON
R1449 0ohm 12 GND PEX_RST_BUF*
0.300 P2_5 AVDD33
04020.05 ohm COMMON 1V8_AON
C132 R81 3,29,61,63 1 USB_RESET
10nF 49.9k IN
4
USB_DVDD_IO_13 nv_res GPIO1_GC6_FB_EN
16V 1%
R1459 0ohm 0.300 13
P3_0 R4037 4.7k 30,36,36,50,56,57,58,59 2
DVDD_IO 10% 0402 IN U12 R80
0402 0.05 ohm COMMON 0402 5% COMMON X7R COMMON
SN74LVC1G32DCKR 100k
USB_DSCH_CTL 0402
SC70 1%
34 15 COMMON
P3_1 DISCHA RG_CTL
3
OU T 0402
USB_DVDD_IO ANX COMMON
COMMON
IFPB_I2CM_SCL USB_I2CM_SCL_18 1V8_AON
24,33 R1468 0ohm 18 USB_DVDD_IO
BI P3_4 CFG_SCL
0.300
04020.05 ohm COMMON 19 R1452 0ohm GND
DVDD_IO GND
USB_SINK_CTL 04020.05 ohm COMMON GND
R1429 10k 23
P3_6 GND 25 GND
GND SINK_CTL GND
0402 1% COMMON
R1451 C2012 C2011
0ohm 1uF 0.1uF
0.05 ohm 6.3V 16V
0402 10% 10%
TP803 COMMON X6S X7R
4 0402 0402 4
UART RXD DEBUG PORT COMMON COMMON
R1446 C2014 C2010 5V
100k 1uF 1uF
1% 6.3V 6.3V
0402 10% 10%
COMMON X6S X6S
PCB CO-LAYOUT DDC_5V
0402 0402
COMMON COMMON R4019 0ohm
04020.05 ohm COMMON
R1390 0ohm
0402 0.05 ohm COMMON 5V_VCONN
U819
5V
C1966 APL3552ABI-TRG
GND SOT23_5_EFU
1uF R1400
GND COMMON 1A
6.3V 10k
10% 0.300
1%
1V8_AON 5 1
X6S 0402 IN OUT
0402 COMMON
COMMON 5V_VCONN_EN
4
EN/EN* C1980
R1399 1uF
SW_VCONN_5V_OC
10k 2 3
6.3V
1% GND OC*/ISET 10%
0402 X6S
USB_RESET_ANX
R1401 0402
COMMON
3
49.9k COMMON
1G1D1S
D Q828
1%
0402
USB_RESET LS3018NG-3T3R GND COMMON
SOT323_1G1D1S
1G COMMON
S 2
60V
Place it closed to 5V regulator
0.1A
5 [ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V GND GND 5
0.4A
0.15W
20V
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom USB PCC 2.1
Da te : Tues day, April 09, 2019 Shee t 33 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- F-
uc
uc
PS: USB VR
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
12V_PEX6_8_RTD3_USB
C672
1uF C804 C803 C690
6.3V 22uF 22uF 0.1uF
VBUS_PWR_EN
10% 16V 16V 16V
33 R815 1k X7R
IN 20% 20% 10%
0402 1% COMMON 0402 X6S
U51 X6S X7R
C806 COMMON 0805 0805 0402
0.1uF MP8858GQ-0001
1.8V QFN16 COMMON COMMON COMMON
16V
1V8_AON
10%
GND
PS_USBC_VCC
COMMON OVR-U
X7R
0402 9 VCC 1
R831 VIN
2 COMMON GND PS_USBC_BST1_R 2
100k 16 PS_USBC_BST1 R493 0ohm
BST1
1% PS_USBC_EN_R
GND 0402 0.05 ohm COMMON
0402
3 EN C688
COMMON
0.1uF
PS_USBC_ALT
16V
33 8 ALT_PSI L61 4.7uH
OU T 10%
PS_USBC_SW1 7_6X7_6 COMMON
X7R
SW1 15 0402 L62 4.7uH
COMMON 7_6X7_6 COMMON
5 SCL
R479 PCB CO-LAYOUT
PS_USBC_SW2
499k 6 14
SDA SW2
1%
0402
C678
COMMON
PS_USBC_ADD 0.1uF
16V
4 ADDR_PGOOD
10%
PS_USBC_BST2_R X7R
R487 BST2 13 PS_USBC_BST2 R464 0ohm 0402
USB_VBUS
301k PS_USBC_OC
04020.05 ohm COMMON COMMON 6
1G1D1S
1%
7 D Q28A
0402 OC USBC_VOUT
COMMON 3A EMF20B02V
OUT 12 0.400 12V 2G DFN3X3_DUAL
COMMON
S 1 -20V / -20V
25mohm / -6A
GND 2 GND1 C669 C670 [ ],[ ]@10V / 20mohm,20mohm@4.5V / 25mohm,25mohm@2.5V
C673 C665 C668 C661 C666
-34A / -34A
1.28W / 1.28W
C682 R469 11 GND2 0.1uF 22uF 22uF 22uF 22uF 22uF 12V / 12V
22nF 15k 16V 16V 16V 16V 100uF 16V 16V C839 0.1uF
USB_I2CS_SCL
25V 1% 10% 20% 20% 20% COMMON 20% 20%
26,33,33 10 AGND X7R X6S X6S X6S 20% X6S X6S 0402 16V 0.400
BI 10% 0402
0402 10%
X7R COMMON 0805 0805 0805 16V@105degC 0805 0805
COMMON 3A
COMMON X7R
USB_I2CS_SDA 0402 COMMON COMMON COMMON TA-Polymer COMMON COMMON USB_VBUS_Q
12V
3 COMMON 1.8A@105degC,100KHz R891 20k 3
26,33,33
BI 0.05ohm
0x62 SMD_7343 0402 1% COMMON
12V / 12V
1.28W / 1.28W
GND GND GND GND GND GND GND GND GND GND -34A / -34A
[ ],[ ]@10V / 20mohm,20mohm@4.5V / 25mohm,25mohm@2.5V
USB_FET_EN_Q* 3
PCB CO-LAYOUT 25mohm / -6A
-20V / -20V
4 S
COMMON
G DFN3X3_DUAL
EMF20B02V
Q28B
5
D
1G1D1S
USBC_VBUS
12V
3A
0.400
C655 C658
USB_FET_EN_R*
R892 4.99k 10uF 0.1uF
16V 16V
0402 1% COMMON
10% 10%
X7R X7R
0805 0402
COMMON COMMON
1G1D1S
3
D Q813
VBUS_FET_EN LS3018NG-3T3R
SOT323_1G1D1S
33 1G
IN COMMON
S 2
4 R924 4
60V GND
100k 0.1A
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V
1% 0.4A
0402 0.15W nv_res nv_res nv_res nv_res
20V
COMMON
R4101 R4102 R4100 R880
GND
1.5k 1.5k 1.5k 1.5k
1% 1% 1% 1%
0603 0603 0603 0603
COMMON COMMON COMMON COMMON
GND
12V/9V/5V DISCHARGE
PS_USB_VBUS_DSH_QR
1G1D1S
3
D Q808
USB_DSCH_CTL AO3414
SOT23_1G1D1S
33 1G
IN COMMON
S 2
20V
[]
-1000mohm@10V / -1000mohm@4.5V / 63mohm@2.5V
15A
[]
8V
5 GND 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom USB VR 2.1
Da te : Tues day, April 09, 2019 Shee t 34 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- PS: 5V, 5V_BACKUP F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
12V_PEX6_8_RTD3 12V_F_RTD3
R439 R428
0ohm 0ohm
0.005 ohm 0.005 ohm
1206 1206
COMMON COMMON
PS_5V_BB_VIN
0.300
C653 C654 C651
PS_5V_EN
22uF 22uF 0.1uF
57
IN 16V 16V 16V
20% 20% 10%
U46 X6S X6S X7R
MP28168GQ-Z 0805 0805 0402
COMMON COMMON COMMON
QFN16_5V0
COMMON 5V0
PS_5V_USBC_VCC
9 VCC 1
VIN
PS_5V_USBC_BST1 GND PS_5V_USBC_BST1_R
R918 R413 C639 BST1 16 R420 0ohm
100k 1k 1uF 0402 0.05 ohm COMMON
2 1% 1% 6.3V
3 EN C650 2
0402 0402 10% 0.1uF
COMMON COMMON
L59 4.7uH
X7R 16V
0402 8 PGOOD 7_6X7_6 COMMON
10%
COMMON PS_5V_USBC_SW1 X7R
SW1 15 0402 L60 4.7uH
PS_5V_PGOOD GND COMMON 7_6X7_6 COMMON
35,37,41,54,57,57 5 RSV1_GND PCB CO-LAYOUT
OU T
PS_5V_USBC_SW2
6 RSV2_GND SW2 14
C644
0.1uF
PS_5V_USBC_PSI
16V
GND 4 PSI PS_5V_USBC_BST2
10%
X7R
PS_5V_USBC_OC BST2 13 R405 0ohm 0402 5V
04020.05 ohm COMMONPS_5V_USBC_BST2_R COMMON
7 OC
2A 0.300
R414 12
OUT
1k
1%
2 GND1 C636 C632 C629 C630 C631
0402 22uF 22uF 22uF 22uF 22uF
C640
COMMON
C646 R409 11
0.1uF 6.3V 6.3V 6.3V 6.3V 6.3V
GND2
22nF 15k 16V 20% 20% 20% 20% 20%
25V 1% 10% X6S X6S X6S X6S X6S
10 AGND 0805 0805 0805 0805 0805
10% 0402 X7R
COMMON 0402 COMMON COMMON COMMON COMMON COMMON
X7R
0402 COMMON
COMMON
3 GND GND GND GND GND GND GND GND GND GND 3
4 4
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom 5V 2.1
Da te : Tues day, April 09, 2019 Shee t 35 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- PS: PEXVDD 1V8 Rail F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu R1447 0.001ohm
bu
1206 COMMON 1%
to
to
ww
ww
om
om
k
k
lic
lic
5V
C
C
.c
.c
1.85mohm@10V / 2.5mohm@4.5V / [ ]@2.5V
w
w
tr re 5V 12V_PEX6_8_RTD3 tr re
.
.
ac ac
1 k e r- s o ft w a R1534
0ohm
U4 k e r- s o ft w a 1
PS_PEXVDD_LDOIN GS9216TQ-R R919
0.05 ohm
R3926 0ohm 0ohm
PS_PEXVDD_AIN_R 0.6V
AON6312
0402 0.005 ohm
QFN23_PIR
COMMON
COMMON 04020.05 ohm COMMON
260A
1206
30V
46A
20V
4W
Q264
COMMON
LFPAK
COMMON
1
2
3
C2049 1uF R1538 0ohm PS_PEXVDD_VCC 7
0402 VIN PS_PEXVDD_VIN
0402 16V 0.05 ohm COMMON 21 VIN 8
VCC
10% R1519 0ohm VIN 9 1.8V 1V8_MAIN
S
X6S
0402 COMMON VIN 22 1V8_AON
COMMON 0.05 ohm 24
4G
VIN 3.3V
GND
C63 1uF PS_PEXVDD_TON 6.0A
LFPAK
0402 16V 6 PS_PEXVDD_BOOT R1530 76.8k C56 C73 C58
TON 0.300
10% 0.1uF 10uF 10uF
PS_PEXVDD_BOOT_RC 0402 1% COMMON
X6S
R1498 10k R1509 16V 16V 16V
COMMON 10k 10% 10% 10%
0402 COMMON 20 R26 0ohm C53 0.1uF
GND 1%
1%
BST X7R X7R X7R
0402 0.05 ohm COMMON 0402 16V 0402 0805 0805
0402
10% COMMON COMMON COMMON
PS_PEXVDD_PGOOD COMMON
61 1
X7R C1999 C2001 R1469
OU T PGOOD COMMON 10uF 22uF 1k
R1499 0ohm GND GND GND PEX_DVDD
6.3V 6.3V 1%
3
LFPAK
0402 COMMON
1G1D1S 0402
COMMON
0.05 ohm D 20% 20%
AON7534
1 30V
Q833 PS_PEXVDD_PFM 10
DFN3X3
SW COMMON
Q831
X6S X6S
2
3
GPIO1_GC6_FB_EN LS3018NG-3T3R R1485 R1508 3 11 5V 12V_F_RTD3 0603 0805LP
SOT323_1G1D1S 20k 10k PFM* SW
30,33,36,50,56,57,58,59 1G 16 L4 2.2uH COMMON COMMON
IN COMMON 1% 1% SW 5A
S 2 17 7_6X7_6 COMMON
S
SW 5V 032-0563-000
0402 0402
18 D812
COMMON COMMON SW PS_PEXVDD_SW 0.300 C11-1067313-W08
2
25 L3 2.2uH
4G
SW BAT54CWT1G
PS_PEXVDD_EN PS_PEXVDD_EN_R
PS_PEXVDD_OCSET
7_6X7_6 COMMON 30V C0603_EXTRA GND
58,60 R1483 10k GND GND GND 2 PCB CO-LAYOUT R1588 0.2A
IN EN/DSG R15566.81k C2060 0ohm SOT323
0402 1% COMMON 19 PS_PEXVDD_RIC
ISET 820pF 0.05 ohm COMMON
2 0402 1% COMMON R1478 100ohm PS_1V8_MAIN_FET_D 2
0402
3
50V
nv_cap R1587 C2089 COMMON 0402 1% COMMON
10% 2.2nF
C2034 R1501 PS_PEXVDD_SS PS_PEXVDD_FB 51.1k R1578 0ohm
X7R
0.1uF 10k 23 5 C4401 COMMON 0402 PS_PEXVDD_RIC_OP1
16V 04020.05 ohm COMMON R1421 R1430
SS FB R3927 10nF
0402 0402 1 %
10k 33.2k
COMMON 10%
16V 1% 0ohm PS_PEXVDD_FB_R
PS_PEXVDD_SNUB
PS_1V8_MAIN_FET_Q
10% 0402 0.05 ohm
16V R1571 X7R 1% 1%
COMMON C74 10% 1.8ohm COMMON 0402 0402
X7R 0402
X7R COMMON COMMON PS_1V8_MAIN_FET_RC
0402 2.2nF 12 COMMON 5%
3
COMMON PGND 0402 1206 1G1D1S
16V
4 13 COMMON C2041 R1493 C2037 D Q830
10% AGND PGND COMMON
10nF 2.55k 100pF C67 C69 C68 C60 C61 C62
14 LS3018NG-3T3R
X7R PGND 16V 1% 50V 10uF 10uF 10uF 22uF 22uF 22uF SOT323_1G1D1S C1994 R1436
0402 15 1G
PGND GND GND 10% 0402 5% 6.3V 6.3V 6.3V 16V 16V 16V
COMMON 22nF 100k
GND COMMON COMMON S 2
X7R C0G
GND 0402 0402
10% 10% 10% 20% 20% 20% C11-2267514-W08 1G1D1S 3 C1987 60V
50V=>25V 1%
X7R X7R X7R X7R X7R X7R 0402
D 1nF 0.1A 10%
COMMON COMMON 0805 0805 0805 0805 0805 0805 C11-2267514-W08 Q829 [ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V
X7R COMMON
50V 0.4A
COMMON COMMON COMMON COMMON COMMON COMMON LS3018NG-3T3R 0.15W 0603
R1513 C11-2267514-W08 1G
SOT323_1G1D1S 10% 20V
COMMON
COMMON X7R C11-2232032-W08
10k S 2
0805 0805 0805 0402 0603
1%
60V COMMON
0402 0.1A
GND COMMON GND [ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V
0.4A
0.15W
GND 20V
PEX_DVDD Please route 1V8_AON local sense closed to Q75_PIN5
GND
R1484 0ohm
04020.05 ohm COMMON GND
FROM REMOTE PEX_DVDD NEAR GPU
3 3
PS_1V8_MAIN_EN
57
IN
C1984
0.1uF
5V
25V
12V_PEX6_8_RTD3
10%
5V X7R
PS_1V8_LDOIN 0603
U3 DNI
R1563 R1539 0ohm R224
GS9216TQ-R
0ohm 0ohm
0.6V 0402 0.05 ohm COMMON GND
0.05 ohm QFN23_PIR 0.005 ohm
0402 1206
COMMON
COMMON PS_1V8_VCC PS_1V8_VIN COMMON
C2059 1uF R1551 0ohm 7
VIN
0402 16V 0402 0.05 ohm COMMON 21 VIN 8
10%
VCC
VIN 9
X6S R1552 0ohm PS_1V8_VDD_R VIN 22
COMMON C70 C82 C75
0402 0.05 ohm COMMON 24 PS_1V8_TON
VIN 0.1uF 10uF 10uF
GND
C72 1uF
R1537 137k 16V 16V 16V
0402 16V 6
TON PS_1V8_BOOT PS_1V8_BOOT_RC 10% 10% 10%
10% 0402 1% COMMON
X7R X7R X7R
X6S R1545 0402 0805 0805
COMMON 10k
R36 10k 20 R24 0ohm C54 0.1uF COMMON COMMON COMMON
GND
1%
BST
0402 1% COMMON 04020.05 ohm COMMON 0402 16V
0402
10%
PS_1V8_AON_PGOOD PS_1V8_PGOODCOMMON
X7R
57 R38 0ohm 1 GND GND GND
OU T PGOOD COMMON
04020.05 ohm COMMON
R1494 0ohm 1.8V
0402 COMMON 3 R34 R1529 10 1V8_AON
1G1D1S PS_1V8_PFM SW
4 0.05 ohm D 20k 10k 3 11 4
GPIO1_GC6_FB_EN Q837 PFM* SW
1% 1% L2 2.2uH
LS3018NG-3T3R 16
SOT323_1G1D1S 0402 0402 SW
30,33,36,50,56,57,58,59 1G 17 PS_1V8_SW 7_6X7_6 COMMON
IN COMMON COMMON COMMON SW
S 2 18
SW 1.8V
SW 25 L1 2.2uH 8A 0.300
PS_1V8_OCSET
PS_1V8_AON_EN PS_1V8_EN_R 7_6X7_6 COMMON
57,58 R1518 0ohm GND GND GND 2 C2061 PCB CO-LAYOUT R35 100ohm
IN EN/DSG R1581
0402 0.05 ohm COMMON 19 R1550 6.81k 820pF 0402 COMMON
ISET 0ohm
1%
0402 1% COMMON 50V
0.05 ohm
PS_1V8_SS nv_cap 10%
0402
PS_1V8_FB X7R
COMMON
23 5 R1542 C4402 0402
PS_1V8_RIC_OP1 R1580
SS FB 0ohm 10nF COMMON 0402
R1570
PS_1V8_SNUB
PS_1V8_RIC 0ohm
C2043 R1523 C79 0.05 ohm 16V 1.8ohm
0.05 ohm COMMON
0.1uF 10k 2.2nF 0402 10% 5%
COMMON X7R PS_1V8_FB_R
16V 1% 16V 1206
12 0402 R1586 51.1k C2088 2.2nF
10% 0402 10% PGND COMMON
4 13 COMMON 0402 COMMON 0402 16V C111 C78 C109 C90 C57 C71
X7R COMMON X7R AGND PGND 1%
10uF 10uF 10uF 22uF 22uF 22uF
14 10%
0402 0402 PGND
COMMON COMMON 15 C81 X7R R33 C84 6.3V 6.3V 6.3V 16V 16V 16V
PGND GND GND COMMON
GND 10nF 12.7k 100pF 10% 10% 10% 20% 20% 20%
16V 1% 50V
X7R X7R X7R X7R X7R X7R C11-2267514-W08
0805 0805 0805 0805 0805 0805
0402
10%
COMMON
5%
COMMON COMMON COMMON COMMON COMMON COMMON C11-2267514-W08
X7R C0G
0402 0402 0805 1.8V 0805 0805 C11-2267514-W08
COMMON COMMON 1V8_AON
R37 0ohm
R32 04020.05 ohm COMMON
GND GND GND
10k
GND 1% FROM REMOTE 1V8 NEAR GPU
0402
COMMON
5 5
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom 1V8 2.1
Da te : Tues day, April 09, 2019 Shee t 36 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- PS: FBVDD Controller F-
uc
uc
PD
PD
FBVDDQ
!
W
W
t
t
FBVDDQ
R959 100ohm
O
FBVDDQ
N
0402 1% COMMON GPU_FBVDD_SENSE_R 12V_F_RTD3
R962 0ohm
y
FBVDDQ_SENSE_GPU GPU_FBVDD_SENSE_RM
bu remove R316/C595
bu
0402 0.05 ohm COMMON
UPI 9512P no use
20 R968 0ohm
XXXV37111S5 R976 0ohm
to
to
IN
FBVDDQ 0402 0.05 ohm COMMON C866 0402 1% COMMON
ww
ww
om
om
k
k
C4539
lic
lic
R961 0ohm 100pF
0.1uF
R960
C
C
50V
0402 0.05 ohm COMMON remove GPU_FBVDD_SENSE_OVR3 16V
.c
.c
w
R1007 0ohm
w
5% 0726 UPI_ADD remove R1218 0ohm
tr tr
GND
e XXXV37111S5 10%
r e1
ar
.
.
C0G
ac FBVDDQ_SENSE_RTN 0402 0.05 ohm COMMON 0.05 ohm
ac
k e r- s o ft w a
0402 X7R
1
20 k e r- s o ft w
IN
VVVV37111S5
R975 0ohm COMMON 0402
COMMON PS_FBVDD_OP10
0402
COMMON
0402 0.05 ohm COMMON XXXV37111S5
GPU_FBVDD_FBRTN_R VVVV37111S5
R997 0ohm
0402 0.05 ohm COMMON
R983 100ohm
XXXV37111S5 remove R280
COMMON
COMMON
COMMON
0402 COMMON GND
1% R988 0ohm
43.2k
37.4k
10k
0402 0.05 ohm COMMON 9.09k R1112
5V
XXXV37111S5 1%
1%
1%
1%
0402
GND GND R1043 10k COMMON
R251 PS_FBVDD_FB_RC COMMON
R315
R291
R290
0402
0402
0402
PS_FBVDD_EN 10k 1.02k 0402 1%
1% R1033 0ohm
C870 4.7nF R1003 PS_FBVDD_OP6_R
PS_FBVDD_FB_R
38,58,60 0402 0402 0.05 ohm COMMON XXXV37111S5
IN
3 COMMON 6
0402 16V 0402 R1028 C884 9.09k R340
1G1D1S 1G1D1S 10% XXXV37111S5
D D PS_FBVDD_FB 43.2k 4.7pF C892 4.7nF
COMMON
COMMON
COMMON
COMMON
Q11B Q11A COMMON R1046 0ohm 1%
X7R
1% 50V 0402
BSS138DW-7-F BSS138DW-7-F R1004 10k 0402 16V 0402 0.05 ohm COMMON
7.5k
7.5k
COMMON C579
10k
10k
SOT363 SOT363 0402 0.1pF
5G COMMON
2G COMMON
0402 1% COMMON COMMON C0G
10%
XXXV37111S5 1uF
S 4 PS_FBVDD_EN_INVERT
S 1 C895 X7R
0402 6.3V
1%
1%
1%
1%
22nF XXXV37111S5 COMMON
C880 2.2nF COMMON 10%
50V 50V
16V XXXV37111S5
0.2A 0.2A
XXXV37111S5
R314
R299
R283
R1100
X7R
0402
0402
0402
0402
3.5mohm@10V / -1000mohm@4.5V / -1000mohm@2.5V 3.5mohm@10V / -1000mohm@4.5V / -1000mohm@2.5V 0402 16V
[] [] 10% C878 R1006 C877 0402
0.2W 0.2W
10% U32
X7R COMMON
GND
20V GND 20V 6.2pF 6.19k X7R 6.2pF
0402
COMMON
2V R4060 remove
COMMON
50V 1% 50V
R1021 short XXXV37111S5
PS_FBVDD_LPFSET
GND
C879 R1009 0.25pF 0402 0.25pF
up9512PQGJ GND
0.1uF 30.1k C0G PS_FBVDD_COP
COMMON C0G QFN5X5
OVR4+ 5X5
16V 1% 0402 0402 COMMON
10% 0402 COMMON COMMON
X7R
0402 COMMON XXXV37111S5
R981 0ohm R1005 0ohm
GND
PS_FBVDD_COMP
COMMON 0402 0.05 ohm COMMON 04020.05 ohm COMMON R327 C602
XXXV37111S5 31 FB COMP 30 1k 0.1uF
2 XXXV37111S5 1% 16V 2
PS_FBVDD_OP5 0402
GND 10%
R331 1k 32 29 COMMON X7R
FBRTN OP5/EAP
0402
0402 1% COMMON
PS_FBVDD_OP6 COMMON
C607 1uF
XXXV37111S5 R1084 0ohm
33 OP4/TSENSE OP6/DAC 28
GND
0402 0.05 ohm COMMON
0402 6.3V
10% PS_FBVDD_SDA PS_FBVDD_OP7
I2CC_SDA_R X7R GND
34 SDA/OP3 OP7/VINMON 27 18.2k
30,38,41,51,54 R990 0ohm COMMON
BI 1% 0402
0402 0.05 ohm COMMON PS_FBVDD_SCL PS_FBVDDD_LLTH COMMON
R281
I2CC_SCL_R
35 SCL/OP2 LLTH/ADDR/FSW 26
30,38,41,51,54 R1030 0ohm PS_FBVDD_IMON_R
IN
0402 0.05 ohm COMMON
PS_FBVDD_OVR8_EN
R308 11k R309 0ohm remove R1101
36 EN IMON 25
0402 1% COMMON 0402 0.05 ohm COMMON
GND
PS_FBVDD_IMON C588 100pF XXXV37111S5
GPIO25_FBVDD_PSI* PS_FBVDD_PSI* PS_FBVDD_OP8 PS_FBVDD_CSNSUM_R
0402 50V
37 PSI OP8/LPC 24
30,38 R337 0ohm 5%
IN C0G
0402 0.05 ohm COMMON
PS_FBVDD_PGOOD COMMON
PS_FBVDD_OP9
38 PGOOD OP9/REFOUT 23
PS_FBVDD_PWMVID_IN C3959 remove
GPIO8_FBVDD_SEL R1085
39 VID CSPSUM 22 2K
30,38 R1047 0ohm
IN PS_FBVDD_REFADJ_R 1% PS_FBVDD_PH1
0402 0.05 ohm COMMON PS_FBVDD_CSNSUM COMMON
0402 C571 R253
PS_FBVDD_REFADJ R243 0ohm
XXXV37111S5 40 REFADJ CSNSUM 21 COMMON 37,38,39
R360 20.5k R334 6.19k 0.1uF 100k 0402 0.05 ohm COMMON
PS_FBVDD_CSN1 IN
1%
0402 1% COMMON 0402 1% COMMON 16V 10% 38,39
0402 IN
XXXV37111S5 X7R 0402 COMMON
R359 R240 1ohm
3 4.32k PS_FBVDD_REFIN XXXV37111S5 3
COMMON
COMMON
0402 5% COMMON
R1036 R1035 C889 remove 1% 1 REFIN
10k
10k
0402
COMMON PS_FBVDD_VREF
C603
1%
1%
4.7nF 2 VREF
COMMON
COMMON
COMMON
COMMON
COMMON
COMMON
COMMON
COMMON
COMMON
16V
47.5k
71.5k
18.2k
PS_FBVDD_PH2
R1038
R1034
383k
0402
0402
PS_FBVDD_OP1 PS_FBVDD_ISEN1 COMMON
10k
10k
10k
10k
R358 10% C570 R252
28k
X7R
R238 0ohm 37,38,39
16.5k C893 3 OP1/OC_CH ISEN1 20 100k PS_FBVDD_CSN2 IN
0402 0.1uF 04020.05 ohm COMMON
1%
1%
1%
1%
1%
1%
1%
1%
XXXV37111S5
XXXV37111S5 1% 1uF 1%
PS_FBVDD_REF_CCR
1%
COMMON PS_FBVDD_ISEN2 16V 10% 38,39
0402 6.3V 0402 IN
XXXV37111S5
R1023
R1037
R1012
R335
R336
R989
R991
R338
0402
0402
0402
0402
0402
0402
0402
0402
COMMON GND X7R 0402 COMMON
R330
0402
C606 10% PS_FBVDD_PWM8 4 PWM8/OP18/T_RAMP ISEN2 19
R239 1ohm
4.7nF X7R XXXV37111S5
GND R357
XXXV37111S5
XXXV37111S5 XXXV37111S5XXXV37111S5
XXXV37111S5 XXXV37111S5
XXXV37111S5
0402 PS_FBVDD_ISEN3 0402 5% COMMON
XXXV37111S5 309ohm 16V
COMMON
1% 10% PS_FBVDD_PWM7 5 PWM7/OP17/RMP_SLP ISEN3 18
0402 X7R GND
COMMON 0402 PS_FBVDD_ISEN4
PS_FBVDD_REF_G COMMON
1V8_AON PS_FBVDD_PWM6 6 PWM6/OP16/APL4 ISEN4 17
PS_FBVDD_OP10 PS_FBVDD_PH3
R352 R339 C597 COMMON
GND PS_FBVDD_ISEN5 C572 R254 R236 0ohm
0ohm 0ohm 1uF 37,38,40
7 16
100k PS_FBVDD_CSN3 IN
PS_FBVDD_TMON PS_FBVDD_OP4 0.05 ohm 0.05 ohm 6.3V PS_FBVDD_PWM5 PWM5/OP15/APL3 ISEN5 0.1uF 0402 0.05 ohm COMMON
1%
37,37,38,39,39,40,66 R361 0ohm 0402 0402 10% 16V 10% 38,40
IN PS_FBVDD_ISEN6 0402 IN
COMMON COMMON X7R
04020.05 ohm COMMON X7R 0402 COMMON
0402 R237 1ohm
XXXV37111S5 PS_FBVDD_PWM4 8 PWM4/OP14/APL2 ISEN6 15
COMMON XXXV37111S5
5V
PS_FBVDD_ISEN7 0402 5% COMMON
XXXV37111S5
12V_F_RTD3
R362 0ohm GND 9 PWM3/OP13/APL1 ISEN7 14
04020.05 ohm COMMON
R328 0ohm PS_FBVDD_ISEN8
XXXV37111S5
0402 0.05 ohm COMMON
PS_FBVDD_PWM2 10 PWM2/OP12/APL_HYS ISEN8 13
XXXV37111S5 R312 33.2k
0402 1% COMMON
4 PS_FBVDD_OP10 4
11 PWM1/OP11/LL OP10/5VCC 12
C599 1uF
0402 6.3V C573 R245 R246 R247 R248 R269
5V 10%
10uF 100k 100k 100k 100k R249 R250 100k
5V 41
C903 1nF X7R THM/GND 100k 100k 5V
6.3V 1% 1% 1% 1% 1%
COMMON 1% 1%
0402 50V GND 20% 0402 0402 0402 0402 0402
5%
XXXV37111S5 COMMON COMMON COMMON COMMON 0402 0402
COMMON
X6S
R371 FB_PD_DIS R374 COMMON COMMON
C0G 0603
R376 0ohm 100k 200k XXXV37111S5
1G1D1S 3 COMMON
1G1D1S 6 0x4E COMMON
XXXV37111S5
0402 0.05 ohm COMMON 1% D 1% D
PS_FBVDD_BUFF_R 0402
Q22B 0402
Q22A 5V
XXXV37111S5 FB_DISCHARGE_CTRL 2N7002DW 2N7002DW
FB_PD_DIS_R PS_FBVDD_REFIN R307 49.9k GND GND
PS_FBVDD_AND_VCC
COMMON COMMON
C617 10nF SOT363 SOT363
58 5G 2G 0402 1% COMMON
IN COMMON COMMON R1076 100ohm R242 0ohm
0402 16V S 4 S 1 R301 49.9k
XXXV37111S5
10% R375 R378 C623 0402 1% COMMON C569 0402 0.05 ohm COMMON
0402 1% COMMON
X7R 121k 243k 1pF 0.1uF 3V3_SEQ
R303 49.9k
XXXV37111S5
COMMON 1% 1% 50V 16V
0402 1% COMMON R233 0ohm
0402 0402 0.25pF 10%
COMMON COMMON C0G GND R286 49.9k
XXXV37111S5 PS_5V_PGOOD X7R 0402 0.05 ohm COMMON
GND 0402 0402 1% COMMON 35,35,41,54,57,57 0402 XXXV37111S5
IN
COMMON R285 49.9k
XXXV37111S5 COMMON
PS_FBVDD_PWM3
0402 1% COMMON
GND GND GND R277 49.9k 3V3_SEQ GND
37,40 5V
OU T
0402 1% COMMON
37,39 R268 49.9k
OU T PS_FBVDD_PWM1 R234 R244
0402 1% COMMON
R260 49.9k 2.2ohm 2.2ohm
39 U28
OU T 5% 5%
0402 COMMON
5
1%
0402 0402
COMMON COMMON 1 PS_FBVDD_DRVON
M74VHC1GT08DFT2G
XXXV37111S5 4
OU T
39,39,40
R241 2.21k 2 SC70-5
PS_FBVDD_OVR8_EN GND 0402 COMMON COMMON
5 0ohm 1% 5
R276
3
0402 0.05 ohm COMMON
XXXV37111S5
PS_FBVDD_DRVON_AND_IN
PS_FBVDD_VREF
0ohm
R271
0402 0.05 ohm COMMON
XXXV37111S5
GND
MICRO-STAR INT'L CO.,LTD
0ohm
R4138
0402 0.05 ohm COMMON
MS-V371
MSI
Size Document Description Rev
0726 UPI_ADD
Cus tom FBVDD 2.1
Da te : Tues day, April 09, 2019 Shee t 37 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- F-
uc
uc
PD
PD
!
!
PS: FBVDD Controller OVR3
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
2 2
remove FBVDDQ
3 3
4 4
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NA 2.1
Da te : Tues day, April 09, 2019 Shee t 38 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-PS: FBVDD PH1, 2 F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
FBVDDQ
DRMOS_VCC
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
C501
tr re
PS_FBVDD_PH1_ISENS
tr re
.
.
ac 1uF R1269 0ohm ac
1 k e r- s o ft w a 6.3V
10%
0402 COMMON k e r- s o ft w a 1
X7R
0402 U18 PS_FBVDD_PH1_BOOT
COMMON R174
FDMF3170
VVVV37111S5 2.2ohm
5%
QFN5X6 R201 0ohm C521 0.1uF
GND 0402 COMMON
12V_F_RTD3 0402
0402PS_FBVDD_PH1_BOOT_RC
COMMON 16V
COMMON 10%
PS_FBVDD_PH1_VCC VVVV37111S5
X7R
VVVV37111S5 L31 0.47uH
C511 4 33 COMMON
PVCC BOOT PS_FBVDD_PH1_PHASE
1uF VVVV37111S5 SMD_12X8 COMMON
6.3V 3 32
VCC PHASE L33 0.47uH GND
10% FBVDDQ
PS_FBVDD_PH1_SW SMD_12X8 COMMON
X7R 1
C964 C963 C559 VOS/NC
C489 C536 C535 C965 C537 0402
10 L32 0.47uH
1uF 1uF COMMON SW
0.1uF 1uF 1uF 1uF 1uF 100uF 11 SMD_12X8 COMMON
16V 16V VVVV37111S5 SW
16V 16V 16V 16V 16V
10% 10% COMMON 25 12 C480PCB VVVV37111S5
10% 10% 10% 10% 10%
X7R X7R 20%
VIN SW CO-LAYOUT
GND 30 13 1nF
X7R X7R X7R X7R X7R
0603 0603 16V@105degC VIN SW
0402 0603 0603 0603 0603 14 50V
COMMON COMMON TA-Polymer SW C4533 C4534 C4535 C4536 C4537 C4538 C330
PS_FBVDD_PH1_SNUB
COMMON COMMON COMMON COMMON COMMON 15 10% C362
VVVV37111S5 VVVV37111S5 1.8A@105degC,100KHz SW
VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 0.05ohm 16 X7R 330uF 330uF 330uF 330uF 330uF 330uF 330uF
SW 0402 330uF
SMD_7343 17 COMMON COMMON COMMON COMMON COMMON COMMON COMMON
SW COMMON COMMON
VVVV37111S5 18 20% 20% 20% 20% 20% 20% 20%
SW VVVV37111S5 20% 2V@105degC 2V@105degC 2V@105degC 2V@105degC 2V@105degC 2V@105degC 2V@105degC
PS_FBVDD_DRVON 19 R165 2V@105degC
SW AL-Polymer AL-Polymer AL-Polymer AL-Polymer AL-Polymer AL-Polymer AL-Polymer
GND AL-Polymer
1ohm 3A@105degC,100KHz3A@105degC,100KHz 3A@105degC,100KHz 3A@105degC,100KHz3A@105degC,100KHz
3A@105degC,100KHz 3A@105degC,100KHz
35 3A@105degC,100KHz
37,39,40 EN FBVDD_PH1_TP 5% 0.009ohm 0.009ohm 0.009ohm 0.009ohm 0.009ohm 0.009ohm 0.009ohm
IN 0.009ohm
6 1206 SMD_7343 SMD_7343 SMD_7343 SMD_7343 SMD_7343 SMD_7343 SMD_7343
PS_FBVDD_PWM1 GL/NC SMD_7343
PS_FBVDD_PH1_PWMIN
41 COMMON 0.400 XXXV37111S5 XXXV37111S5 XXXV37111S5 XXXV37111S5 XXXV37111S5XXXV37111S5
GL/NC VVVV37111S5 PCB CO-LAYOUT
37 R1291 0ohm 34 VVVV37111S5 FBVDDQ
IN PWM 1.35V
0402 0.05 ohm COMMON
2 PS_FBVDD_PH1_TMON 2
VVVV37111S5
36 GND
TMON/FLT TP10
GND
PS_FBVDD_TMON
PS_FBVDD_PH1_REFIN
37,37,37,38,39,40,66 R200 0ohm 39
REFIN/NC
OU T R1313
0402 0.05 ohm COMMON PS_FBVDD_PH1_IOUT C1266 C1254
47uF 1k
VVVV37111S5 47uF
1%
38 5 4V 4V
nv_cap IOUT PGND 0402
20 20% 20% COMMON
C4410 PGND X6S X6S
37 40
10nF NC PGND 0805 0805 VVVV37111S5
31 2
16V NC AGND COMMON COMMON
PS_FBVDD_PH1_OP1 VVVV37111S5 VVVV37111S5
10%
X7R R1298VVVV37111S5
10k
GND
0402
0402 1% COMMON
COMMON PS_FBVDD_PH1_LSET
VVVV37111S5 GND
R199 10k
GND
GND 0402 1% COMMON GND
PS_FBVDD_PH1
R1275 0ohm 37,37,38
OU T
04020.05 ohm COMMON PS_FBVDD_CSN1
VVVV37111S5
R1274 0ohm 37,38
OU T
04020.05 ohm COMMON
VVVV37111S5
FBVDDQ
DRMOS_VCC
3 FBVDD_PH2_3_VIN 3
PS_FBVDD_PH2_ISENS
C500
1uF R1243 0ohm
6.3V
0402 COMMON C1240 C1260 C1238 C1261 C1239 C1259
10%
X7R
47uF 47uF 47uF 47uF 47uF 47uF
0402 U17 4V 4V 4V 4V 4V 4V
COMMON R173 PS_FBVDD_PH2_BOOT PS_FBVDD_PH2_BOOT_RC
20% 20% 20% 20% 20% 20%
FDMF3170
C962 C532 VVVV37111S5 2.2ohm X6S X6S X6S X6S X6S X6S
C499 C960 C533 C961 C534 C558 QFN5X6 R198 0ohm C520 0.1uF
1uF 1uF GND 5% 0805 0805 0805 0805 0805 0805
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON COMMON COMMON COMMON COMMON COMMON COMMON
16V 16V PS_FBVDD_PH2_VCC 0402 16V
16V 16V 16V 16V 16V COMMON 10% VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5
10% 10% COMMON VVVV37111S5
10% 10% 10% 10% 10%
X7R X7R X7R
20% VVVV37111S5
X7R X7R X7R X7R X7R 4 33 COMMON
0402 0603 0603 0603 0603
0603 0603 16V@105degC C510 PVCC BOOT PS_FBVDD_PH2_PHASE
COMMON COMMON TA-Polymer 1uF VVVV37111S5
COMMON COMMON COMMON COMMON
VVVV37111S5 VVVV37111S5
COMMON
1.8A@105degC,100KHz L30 0.47uH
6.3V 3 32 FBVDDQ
VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 0.05ohm VCC PHASE SMD_12X8 COMMON
SMD_7343
10% L29 0.47uH GND
X7R 1 SMD_12X8 COMMON
VVVV37111S5 VOS/NC PS_FBVDD_PH2_SW
0402
10 L28 0.47uH
COMMON SW
11 SMD_12X8 COMMON
GND VVVV37111S5 SW
25 12 C479 VVVV37111S5
VIN SW
GND 30
SW 13 1nF PCB CO-LAYOUT
VIN C332 C471
14 50V
SW
15 330uF 330uF
PS_FBVDD_PH2_SNUB
10%
SW
16 X7R COMMON COMMON
SW 0402
17 20% 20%
SW COMMON 2V@105degC 2V@105degC
18
SW VVVV37111S5 AL-Polymer AL-Polymer
PS_FBVDD_DRVON 19 R164
SW 3A@105degC,100KHz 3A@105degC,100KHz
1ohm 0.009ohm
PCB CO-LAYOUT 0.009ohm
37,39,40 35
EN FBVDD_PH2_TP 5% SMD_7343 SMD_7343 PCB CO-LAYOUT
IN
PS_FBVDD_PWM2 VVVV37111S5
6 1206
PS_FBVDD_PH2_PWMIN GL/NC COMMON
4 41 4
GL/NC
37 R1295 0ohm 34 VVVV37111S5
IN PWM
04020.05 ohm COMMON
PS_FBVDD_PH2_TMON
VVVV37111S5 TP9
FBVDDQ GND
36
TMON/FLT GND
PS_FBVDD_PH2_REFIN
PS_FBVDD_TMON
39
REFIN/NC
37,37,37,38,39,40,66 R197 0ohm PS_FBVDD_PH2_IOUT
OU T
04020.05 ohm COMMON
38 5
VVVV37111S5 IOUT PGND
20
PGND
37 40
nv_cap NC PGND
31 2
NC AGND
C4411 PS_FBVDD_PH2_OP1
10nF
VVVV37111S5
16V
R1297 10k
GND
10%
0402 1 % COMMON
PS_FBVDD_PH2_LSET
X7R
0402 GND
COMMON R196 10k
GND
VVVV37111S5 0402 1% COMMON
PS_FBVDD_PH2
R1273 0ohm GND
GND 37,37,38
OU T
0402 0.05 ohm COMMON PS_FBVDD_CSN2
VVVV37111S5
R1272 0ohm 37,38
OU T
04020.05 ohm COMMON
VVVV37111S5
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom FBVDD 1/2 2.1
Da te : Tues day, April 09, 2019 Shee t 39 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- PS: FBVDD PH3 F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
FBVDDQ
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
k e r- s o ft w a k e r- s o ft w a
DRMOS_VCC
1 FBVDD_PH2_3_VIN 1
PS_FBVDD_PH3_ISENS C1253 C322 C348 C1265 C320 C346 C321 C347
C498 47uF 47uF 47uF 47uF 47uF 47uF 47uF 47uF
1uF R1240 0ohm 4V 4V 4V 4V 4V 4V 4V 4V
6.3V 20% 20% 20% 20% 20% 20% 20% 20%
0402 COMMON X6S X6S
10% X6S X6S X6S X6S X6S X6S
X7R 0805 0805 0805 0805 0805 0805 0805 0805
0402 U16 COMMON COMMON COMMON COMMON COMMON COMMON COMMON COMMON
COMMON R182 PS_FBVDD_PH3_BOOT PS_FBVDD_PH3_BOOT_RC VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5
FDMF3170
C530 C531 VVVV37111S5 2.2ohm
C488 C959 C958 C957 C529 C560 QFN5X6 R195 0ohm C519 0.1uF
1uF 1uF GND 5%
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON
16V 16V 0402 COMMON 0402 16V
16V 16V 16V 16V 16V COMMON VVVV37111S5 10%
10% 10% COMMON PS_FBVDD_PH3_VCC
10% 10% 10% 10% 10% X7R X7R 20% VVVV37111S5 X7R
X7R X7R X7R X7R X7R 4 33 COMMON GND
0402 0603 0603 0603 0603
0603 0603 16V@105degC C509 PVCC BOOT PS_FBVDD_PH3_PHASE VVVV37111S5
COMMON COMMON TA-Polymer 1uF
COMMON COMMON COMMON COMMON COMMONVVVV37111S5 VVVV37111S5 1.8A@105degC,100KHz
L25 0.47uH
VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 6.3V 3 32
0.05ohm VCC PHASE SMD_12X8 COMMON FBVDDQ
SMD_7343 10% L26 0.47uH
VVVV37111S5 X7R 1 SMD_12X8 COMMON
VOS/NC PS_FBVDD_PH3_SW
0402 L27 0.47uH
10
COMMON SW
VVVV37111S5 11 SMD_12X8 COMMON
GND SW
25 12 VVVV37111S5
VIN SW C986
30 13 1nF PCB
GND
VIN SW CO-LAYOUT C468 C360
14 50V
SW
15 330uF 330uF
PS_FBVDD_PH3_SNUB
10%
SW
16 X7R COMMON COMMON
SW 0402
17 20% 20%
SW COMMON 2V@105degC 2V@105degC
18 VVVV37111S5
SW AL-Polymer AL-Polymer
PS_FBVDD_DRVON 19 R1306
SW 3A@105degC,100KHz 3A@105degC,100KHz
1ohm 0.009ohm 0.009ohm PCB CO-LAYOUT
PCB CO-LAYOUT
37,39,39 35 FBVDD_PH3_TP 5% SMD_7343 SMD_7343
2 IN
PS_FBVDD_PWM3 EN VVVV37111S5 VVVV37111S5 2
6 1206
PS_FBVDD_PH3_PWMIN GL/NC COMMON
41
GL/NC
37 R1292 0ohm 34 VVVV37111S5
IN PWM
04020.05 ohm COMMON
PS_FBVDD_PH3_TMON
VVVV37111S5 TP8 GND
36
TMON/FLT
GND FBVDDQ
PS_FBVDD_PH3_REFIN
PS_FBVDD_TMON
39
REFIN/NC
37,37,37,38,39,39,66 R194 0ohm PS_FBVDD_PH3_IOUT
OU T
04020.05 ohm COMMON
38 5
VVVV37111S5 IOUT PGND
20
PGND
37 40
NC PGND
31 2
NC AGND
PS_FBVDD_PH3_OP1
VVVV37111S5
nv_cap R1296 10k
GND
C4425 0402 1 % COMMON
PS_FBVDD_PH3_LSET
10nF GND
R193 10k
GND
16V
10% 0402 1% COMMON
X7R PS_FBVDD_PH3
0402
R1271 0ohm 37,37,38 GND
COMMON OU T
VVVV37111S5 0402 0.05 ohm COMMON PS_FBVDD_CSN3
VVVV37111S5
R1270 0ohm 37,38
OU T
GND 0402 0.05 ohm COMMON
VVVV37111S5
3 3
12V_PEX8_FB
FBVDD_PH2_3_VIN
10A
0.100
RS52 0.001ohm
1206 COMMON 1%
AONR21357
AONR21357
COMMON
COMMON
-136A
3.2W
3.2W
-30V
-30V
-17A
25V
25V
DFN3X3
DFN3X3
Q262
Q263
5V
5
1
2
3
1
2
3
10.7mohm@10V / 12.3mohm@4.5V / [ ]@2.5V
10.7mohm@10V / 12.3mohm@4.5V / [ ]@2.5V
D
D
S
4 4
4G
4G
1G1D3S
1G1D3S
D72
-136A
-17A
1
BAT54CWT1G C4378 4.7uF PS_FB_PH23_Q_G
XXXV37111S5 XXXV37111S5
30V 0805 16V
PS_FB_PH23_D_RC
0.2A 10%
SOT323 X7R
FBVDDQ
COMMON COMMON
3
R4032 0ohm R4025 100k R4026 20k
0402 0.05 ohm COMMON 0402 1% COMMON 0402 1% COMMON R4042 10k
0402 1% COMMON
12V_PEX8_FB XXXV37111S5
C4391
1nF
PS_FB_PH23_RR
50V
R4023 10%
X7R
1k
0402
1%
1G1D1S 3 COMMON
0402 D XXXV37111S5
COMMON Q261
LS3018NG-3T3R GND
SOT323_1G1D1S
PS_FB_PH23_Q 1G
COMMON
S 2
60V
R4024 0.1A
[ ]@10V / 3000mohm@4.5V / 4000mohm@2.5V
100k 0.4A
0.15W
1% 20V
0402
COMMON
5 5
GND
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom FBVDD 3 2.1
Da te : Tues day, April 09, 2019 Shee t 40 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
PS: XC NVVDD
od
Controller_OVR8 XC d
F- F-
uc
uc
PD
PD
!
!
NVVDD
W
t
t
O
O
12V_PEX6_8_F1
N
R332 100ohm GPU_NVVDD_SENSE_R
y
GPU_NVVDD_SENSE_RM
bu GPU_NVVDD_SENSE 0402 COMMON
bu
1%
20 R353 0ohm R351 38.3ohm
to
to
IN NVVDD
0402 0.05 ohm COMMON C610 0402 1% COMMON
ww
ww
om
om
k
k
0726 UPI_ADD
lic
lic
100pF C4540
0.1uF
C
C
50V
.c
.c
w
w
5%
tr re
16V
tr r e1
.
.
C0G
ac GPU_NVVDD_FBRTN 10%
ac
k e r- s o ft w a k e r- s o ft w a
1 0402 X7R
20 R354 0ohm COMMON 0402 PS_NVVDD_OP10 R284
IN
04020.05 ohm COMMON XXXV37111S5
GPU_NVVDD_FBRTN_R COMMON 0ohm
VVVV37111S5 0.05 ohm
R333 100ohm
0402
0402 1% COMMON GND
COMMON
COMMON
COMMON
COMMON
R319 0ohm
43.2k
37.4k
GND 04020.05 ohm COMMON
10k
9.09k R287
XXXV37111S5
5V
1%
1%
1%
1%
0402
R278 PS_NVVDD_FB_RC R1025 10k COMMON COMMON
R292
R300
R295
0402
0402
0402
10k 1.02k 0402 1%
PS_NVVDD_EN 1% R1024 0ohm
C868 4.7nF R985 PS_NVVDD_OP6_R
PS_NVVDD_FB_R
44,46,47,48,49,58 0402 04020.05 ohm COMMON XXXV37111S5
IN
3 COMMON 6
0402 16V 0402 R982 C875 9.09k R317
1G1D1S 1G1D1S 10%
43.2k 4.7pF
XXXV37111S5
D D PS_NVVDD_FB C882 4.7nF
COMMON
COMMON
COMMON
COMMON
Q13B Q13A COMMON R1029 0ohm 1%
X7R
1% 50V 0402
BSS138DW-7-F BSS138DW-7-F R980 10k 0402 16V 04020.05 ohm COMMON
7.5k
7.5k
COMMON C586 C587
10k
10k
SOT363 SOT363 0402 0.1pF
5G COMMON 2G COMMON 0402 1% COMMON COMMON C0G
10%
XXXV37111S5 10nF 1uF
S 4 PS_NVVDD_EN_INVERT
S 1 C885 X7R PS_NVVDD_COMP_JP
0402 16V 6.3V
1%
1%
1%
1%
22nF XXXV37111S5 COMMON
C872 2.2nF COMMON 10% 10%
50V 50V
16V XXXV37111S5
0.2A 0.2A
XXXV37111S5
R282
R305
R306
R298
X7R X7R
0402
0402
0402
0402
3.5mohm@10V / -1000mohm@4.5V / -1000mohm@2.5V 3.5mohm@10V / -1000mohm@4.5V / -1000mohm@2.5V 0402 16V
[] [] 10% C867 R984 10% C876 0402 0402
0.2W 0.2W
X7R U812 COMMON COMMON
GND 20V GND 20V 6.2pF 6.19k X7R 6.2pF
0402 COMMON 2V R4068 0ohm XXXV37111S5 XXXV37111S5
GND
COMMON 50V 1% 50V R1008 PS_NVVDD_LPFSET GND
C598 R321 0.25pF 0402 0.25pF 0402 0.05 ohm COMMON 0ohm
GND
up9512PQGJ
0.1uF 30.1k C0G PS_NVVDD_COP
COMMON C0G
1% 0402 0402
QFN5X5 OVR4+ 5X5 XXXV37111S5 0.05 ohm
16V 0402
10% 0402 COMMON COMMON COMMON
X7R COMMON
0402 COMMON XXXV37111S5
R979 0ohm R999 0ohm
GND
COMMON 04020.05 ohm COMMON 04020.05 ohm COMMON
PS_NVVDD_COMP R318 C596
非 UP9512P 線 路 , 皆 可移除
XXXV37111S5 31 30
1k 0.1uF
2 XXXV37111S5 FB COMP 2
1% 16V
GND PS_NVVDD_OP5 0402 10%
COMMON X7R
R978 1k 32 FBRTN OP5/EAP 29 0402
0402 1% COMMON COMMON
PS_NVVDD_OP4 PS_NVVDD_OP6 XXXV37111S5 R1052 0ohm
I2CC_SDA_R C869 1uF R1000 0ohm 33 28
OP4/TSENSE OP6/DAC 0402 0.05 ohm COMMON
GND
30,37,38,51,54 R363 0ohm
BI 0402 6.3V 0402 0.05 ohm COMMON
04020.05 ohm COMMON PS_NVVDD_SDA PS_NVVDD_OP7
10%
GND
TP807 TP806 TP805 X7R
34 27
18.2k
I2CC_SCL_R COMMON
SDA/OP3 OP7/VINMON 0402
R348 0ohm 1%
30,37,38,51,54 COMMON
IN PS_NVVDD_SCL PS_NVVDD_LLTH R1048
0402 0.05 ohm COMMON
35 SCL/OP2 LLTH/ADDR/FSW 26 PS_NVVDD_IMON_R
I2CC_SCL_PBUS
R347 0ohm
PS_NVVDD_OVR8_EN PS_NVVDD_IMON PS_NVVDD_CSNSUM_R
04020.05 ohm COMMON R1039 11k R1044 0ohm
I2CC_SDA_PBUS 36 EN IMON 25 0402 1% COMMON 0402 0.05 ohm COMMON
GND
R364 0ohm C890 100pF XXXV37111S5
04020.05 ohm COMMON PS_NVVDD_PSI* PS_NVVDD_OP8
GND GPIO6_NVVDD_PSI* 0402 50V
R349 0ohm 37 PSI OP8/LPC 24 5%
IN C0G
30,55 04020.05 ohm COMMON
PS_NVVDD_OP9 COMMON
C904 0.1uF
GND
PS_NVVDD_PGOOD
58,61 38 PGOOD OP9/REFOUT 23 0402 16V
OU T
GPIO0_NVVDD_PWMVID 10%
PS_NVVDD_PWMVID_IN R1061 X7R
2Kohm COMMON
30 R972 0ohm 39 VID CSPSUM 22
IN PS_NVVDD_CSNSUM 1% XXXV37111S5 PS_NVVDD_PH1
04020.05 ohm COMMON PS_NVVDD_REFADJ_R COMMON
0402
C922 R1106 R1152 0ohm 41,41,42
COMMON
R1031 20.5k R996 6.19k 40 REFADJ CSNSUM 21 0.1uF 100k 04020.05 ohm COMMON
PS_NVVDD_CSN1 IN
1%
remove PS_NVVDD_TMON 0402 1% COMMON 0402 1% COMMON 16V 10% 0402
42
IN
X7R 0402 COMMON
R1026 R1153
1ohm
3 4.32k PS_NVVDD_REFIN XXXV37111S5 3
COMMON
COMMON
0402 5% COMMON
1%
1 REFIN
10k
10k
0402 PS_NVVDD_PH2
COMMON COMMON
C881 PS_NVVDD_VREF C926 R1111 R1154 0ohm 41,41,43
1%
1%
4.7nF 100k PS_NVVDD_CSN2 IN
COMMON
COMMON
COMMON
COMMON
COMMON
COMMON
COMMON
COMMON
2 VREF 0.1uF 04020.05 ohm COMMON
COMMON
16V 1%
71.5k
47.5k
18.2k
R993
R977
383k
0402
0402
PS_NVVDD_OP1 16V 10% 43
10k
10k
10k
10k
R1022 10% PS_NVVDD_ISEN1 0402 IN
28k
X7R X7R 0402 COMMON
16.5k C888 3 OP1/OC_CH ISEN1 20 R1133 1ohm
PS_NVVDD_REFCCR
0402
1%
1%
1%
1%
1%
1%
1%
1%
1% 1uF XXXV37111S5 PS_NVVDD_PH4
1%
XXXV37111S5 COMMON 0402 5% COMMON
0402 6.3V PS_NVVDD_ISEN2
XXXV37111S5 R1171 0ohm
R992
R323
R322
R345
R344
R324
R346
R343
0402
0402
0402
0402
0402
0402
0402
0402
XXXV37111S5 COMMON GND 41,41,44
R365
0402
C883 10% PS_NVVDD_PH3 IN
4 PWM8/OP18/T_RAMP ISEN2 19 COMMON 04020.05 ohm COMMON
4.7nF X7R
GND R1011 0402
C923 R1107 R1170 0ohm 41,41,44
309ohm 16V PS_NVVDD_ISEN3 100k PS_NVVDD_CSN3 IN
XXXV37111S5 COMMON 0.1uF PS_NVVDD_CSN3_R 04020.05 ohm COMMON
1% 10% 1%
XXXV37111S5 X7R GND 5 PWM7/OP17/RMP_SLP ISEN3 18 16V 10% R1138 0ohm 44
XXXV37111S5 0402 0402 PS_NVVDD_CSN4 IN
COMMON 0402 X7R 0402 COMMON 04020.05 ohm COMMON
PS_NVVDD_ISEN4 R1130 1ohm R1139 0ohm
XXXV37111S5 PS_NVVDD_REF_G COMMON 44
1V8_AON XXXV37111S5 6 PWM6/OP16/APL4 ISEN4 17 0402
XXXV37111S5 R11-6040T12-W08
COMMON 04020.05 ohm COMMON
IN
PS_NVVDD_OP10 5%
XXXV37111S5 XXXV37111S5 R1010 R1032 C887 PS_NVVDD_PH6
GND R4134 0ohm
PS_NVVDD_TMON PS_NVVDD_TMON_R 0ohm 0ohm 1uF PS_NVVDD_ISEN5
OU T
41,41,41
COMMON PS_NVVDD_PH5
0.05 ohm 0.05 ohm 6.3V C921 R1108 04020.05 ohm COMMON
7 PWM5/OP15/APL3 ISEN5 16 R1155 0ohm 41,41,45
41,41,42,43,44,44,45,46,46,47,47,48,48,49,49,66 R973 0ohm 0402 0402 10% 100k IN
IN COMMON COMMON X7R PS_NVVDD_ISEN6 0.1uF 04020.05 ohm COMMON PS_NVVDD_CSN6
0402 0.05 ohm COMMON 1%
0402 16V 10% R4136 0ohm 41
XXXV37111S5 0402 OU T
12V_PEX6_8_F1 COMMON 8 PWM4/OP14/APL2 ISEN6 15 04020.05 ohm COMMON
REMOVE R967 X7R 0402 PS_NVVDD_CSN4_R
COMMON PS_NVVDD_CSN5
XXXV37111S5 PS_NVVDD_ISEN7 R1156 1ohm R4135 0ohm 45
0402
XXXV37111S5 R11-6040T12-W08
COMMON 04020.05 ohm COMMON
PS_NVVDD_PH8 IN
GND 5%
9 PWM3/OP13/APL1 ISEN7 14 R1163 0ohm 41,41,46
PS_NVVDD_PH7 IN
R304 0ohm PS_NVVDD_ISEN8 COMMON 04020.05 ohm COMMON
0402 0.05 ohm COMMON C924 R1109 R1162 0ohm 41,41,46
R310 33.2k 10 13
100k PS_NVVDD_CSN5_R PS_NVVDD_CSN7 IN
XXXV37111S5 PWM2/OP12/APL_HYS ISEN8 0.1uF 04020.05 ohm COMMON
1%
0402 1% COMMON PS_NVVDD_OP10 16V 10% R1140 0ohm 46
4 0402 IN 4
X7R 0402 COMMON 04020.05 ohm COMMON PS_NVVDD_CSN8
C590 1uF 11 PWM1/OP11/LL OP10/5VCC 12 R1131 1ohm R1141 0ohm 46
THERM_OVERT* XXXV37111S5 R11-6040T12-W08 PS_NVVDD_PH10 IN
0402 6.3V 0402 5% COMMON 04020.05 ohm COMMON
31,55,55,58,58,66 R4007 0ohm C580 Re m o ve
OU T 10% R1164 0ohm 41,41,47
04020.05 ohm COMMON X7R
41
10uF PS_NVVDD_PH9 IN
THM/GND COMMON 04020.05 ohm COMMON
XXXV37111S5 COMMON 6.3V C925 R1110
GND R1165 0ohm 41,41,47
XXXV37111S5 20% 100k PS_NVVDD_CSN9 IN
X6S 0.1uF PS_NVVDD_CSN6_R 04020.05 ohm COMMON
1%
R1143 0ohm
0x4A 0603
COMMON
16V 10% 0402 PS_NVVDD_CSN10 IN
47
X7R 0402 COMMON 04020.05 ohm COMMON
PS_NVVDD_PWM8 5V R1132 1ohm R1142 0ohm
R1041 49.9k PS_NVVDD_AND_VCC 47
49,49,49
OU T
GNDGND
0402
XXXV37111S5
COMMON 04020.05 ohm COMMON
PS_NVVDD_PH12 IN
5%
PS_NVVDD_PWM7 0402 1% COMMON
R255 0ohm R1167 0ohm 41,41,48
48,48,48 R1040 49.9k
XXXV37111S5 PS_NVVDD_PH11 IN
OU T 3V3_SEQ 04020.05 ohm COMMON COMMON 04020.05 ohm COMMON
PS_NVVDD_PWM6 0402 1% COMMON C919 R1104 R1166 0ohm 41,41,48
47,47,47 R1050 49.9k
XXXV37111S5 100k PS_NVVDD_CSN7_R PS_NVVDD_CSN11 IN
OU T R256 0ohm 0.1uF 0402 0.05 ohm COMMON
PS_NVVDD_PWM5 0402 1% COMMON 1%
04020.05 ohm COMMON 16V 10% R1144 0ohm 48
46,46,46 R1049 49.9k PS_5V_PGOOD 0402 PS_NVVDD_CSN12 IN
OU T PS_NVVDD_PWM4 XXXV37111S5 X7R 0402 COMMON 04020.05 ohm COMMON
0402 1% COMMON 35,35,37,54,57,57
IN R1128 1ohm R1145 0ohm 48
45 R1055 49.9k XXXV37111S5 IN
OU T PS_NVVDD_PWM3 C574 0402 5% COMMON 04020.05 ohm COMMON PS_NVVDD_PH14
0402 1% COMMON
0.1uF R1168 0ohm 41,41,49
44,44,44 R1054 49.9k 3V3_SEQ 5V PS_NVVDD_PH13 IN
OU T PS_NVVDD_PWM2 16V COMMON 04020.05 ohm COMMON
0402 1% COMMON C920 R1105
10% R1169 0ohm 41,41,49
43 R1063 49.9k 100k PS_NVVDD_CSN8_R PS_NVVDD_CSN13 IN
OU T PS_NVVDD_PWM1 X7R 0.1uF 04020.05 ohm COMMON
0402 1% COMMON R273 R272 0402 1%
2.2ohm 2.2ohm 16V 10% R1147 0ohm 49
42 R1062 49.9k COMMON 0402 PS_NVVDD_CSN14 IN
OU T 5% 5% X7R 0402 COMMON 04020.05 ohm COMMON
0402 COMMON
5
1%
0402 0402 U29 R1129 1ohm R1146 0ohm 49
COMMON COMMON GND 1 0402
XXXV37111S5
COMMON 04020.05 ohm COMMON
IN
M74VHC1GT08DFT2G 5%
XXXV37111S5 4
R259 2.21k 2 SC70-5
PS_NVVDD_OVR8_EN GND 0402 COMMON COMMON
5 0ohm 1% PS_NVVDD_DRVON 5
R257 PS_NVVDD_DRVON_AND_IN
3
04020.05 ohm COMMON
XXXV37111S5 42,43,44,44,44,45,46,46,46,47,47,47,48,48,48,49,49,49
PS_NVVDD_VREF OU T
0ohm
R258
04020.05 ohm COMMON
XXXV37111S5
GND
MICRO-STAR INT'L CO.,LTD
0726 UPI_ADD
R4139 0ohm MS-V371
04020.05 ohm COMMON MSI
Size Document Description Rev
Cus tom NVVDD OVR8 2.1
Da te : Tues day, April 09, 2019 Shee t 41 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-
PS: NVVDD Phase 1 F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
5V DRMOS_VCC
R226 0ohm
12060.005 ohm COMMON
3V3_SEQ VVVV37111S5
R225 0ohm
12060.005 ohm COMMON
XXXV37111S5
DRMOS_VCC
C502 PS_NVVDD_PH1_ISENS
1uF R1247 0ohm
6.3V
0402 COMMON
10%
X7R XXXV37111S5
0402 U19
COMMON R175 PS_NVVDD_PH1_BOOT
FDMF3170
2 12V_PEX6_8_F1 VVVV37111S5 2.2ohm 2
QFN5X6
5%
R204 0ohm C522 0.1uF PCB CO-LAYOUT
1 F1 (PWM1)
GND 0402 COMMON
COMMON 0402PS_NVVDD_PH1_BOOT_RC
COMMON 0402 16V L34 0.22uH
PS_NVVDD_PH1_VCC
VVVV37111S5 VVVV37111S5 10% SMD_12X8 COMMON
X7R
2 F2 (PWM 2) C512
1uF
4
PVCC BOOT 33
PS_NVVDD_PH1_PHASE COMMON
VVVV37111S5 L36
VVVV37111S5
0.22uH
3 32 SMD_13X8 COMMON
3/4 F2 (PWM3) 6.3V
10%
X7R
1
VCC
VOS/NC
PHASE
PS_NVVDD_PH1_SW
XXXV37111S5
1V 0.400
NVVDD
C490 C968 C967 C540 C539 C538 C966
5/6 F2 (PWM 4)
250A
C566 0402 10 L35 0.22uH
0.1uF 1uF 1uF 1uF 1uF 1uF 1uF SW
COMMON 11 SMD_12X8 COMMON
100uF SW
16V 16V 16V 16V 16V 16V 16V VVVV37111S5 25 12 XXXV37111S5
7/8 12V_F (PWM 5) 10%
X7R
0402
10%
X7R
0603
10%
X7R
0603
10%
X7R
0603
10%
X7R
0603
10%
X7R
0603
10%
X7R
0603
COMMON
20%
16V@105degC
GND 30
VIN
VIN
SW
SW
SW
13
14
C482
1nF
9/10 F1 (PWM 6)
50V
15
PS_NVVDD_PH1_SNUB
COMMON COMMON COMMON COMMON COMMON COMMON COMMON TA-Polymer
SW C412 C411
VVVV37111S5 VVVV37111S5 VVVV37111S5
VVVV37111S5 VVVV37111S5VVVV37111S5VVVV37111S5 1.8A@105degC,100KHz 16
10%
0.05ohm SW X7R 330uF 330uF
17
11/12 F1 (PWM 7) SMD_7343 SW 0402
COMMON COMMON
VVVV37111S5 SW 18 COMMON
20% 20%
19 VVVV37111S5 2V@105degC 2V@105degC
SW
13/14 F1 (PWM 8)
R166 AL-Polymer AL-Polymer
PS_NVVDD_DRVON GND
1ohm 3A@105degC,100KHz
PCB CO-LAYOUT 3A@105degC,100KHz
PCB CO-LAYOUT
41,43,44,44,44,45,46,46,46,47,47,47,48,48,48,49,49,49 35 NVVDD_PH1_TP
IN EN 5% 0.009ohm 0.009ohm
6
PS_NVVDD_PWM1 GL/NC 1206 SMD_7343 SMD_7343
41 VVVV37111S5 VVVV37111S5
GL/NC COMMON
41 34
PWM
12V_F NVVDD 7/8 + MEM 1 IN
PS_NVVDD_TMON
PS_NVVDD_PH1_TMON
VVVV37111S5
GND
F1 NVVDD-1/9/10/11/12/13/14 41,41,41,43,44,44,45,46,46,47,47,48,48,49,49,66
OU T
R203 0ohm
0402 0.05 ohm COMMON
36
TMON/FLT TP11
GND
NVVDD
F2 NVVDD-2/3/4/5/6 + MEM 2/3
PS_NVVDD_PH1_REFIN
VVVV37111S5 XXXV37111S5
39
REFIN/NC
3 nv_cap PS_NVVDD_PH1_IOUT 3
C4412 38 5
10nF IOUT PGND
20
16V PGND
37 40
10% NC PGND
31 2
X7R NC AGND
0402 PS_NVVDD_PH1_OP1
COMMON VVVV37111S5
VVVV37111S5 R1299 10k
GND
0402 1 %
PS_NVVDD_PH1_LSET COMMON
GND XXXV37111S5 GND
R202 10k
GND
0402 1% COMMON
PS_NVVDD_PH1
XXXV37111S5
R1277 0ohm 41,41,41 GND
OU T
04020.05 ohm COMMON
PS_NVVDD_CSN1
VVVV37111S5
R1276 0ohm 41
OU T
04020.05 ohm COMMON
VVVV37111S5
NVVDD
C4505 C4506
330uF 330uF
COMMON COMMON
4 4
20% 20%
2V@105degC 2V@105degC
AL-Polymer AL-Polymer
3A@105degC,100KHz 3A@105degC,100KHz
0.009ohm 0.009ohm
SMD_7343 SMD_7343
XXXV37111S5 VVVV37111S5
GND
Remove PS_NVVDD_TSENSE_PTC
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NVVDD PH1 2.1
Da te : Tues day, April 09, 2019 Shee t 42 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-PS: NVVDD Phase 2 F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
DRMOS_VCC
12V_PEX8_F2 PS_NVVDD_PH2_ISENS
C503
1uF R1250 0ohm
6.3V
0402 COMMON
10%
X7R
0402
R176 U20 PS_NVVDD_PH2_BOOT PS_NVVDD_PH2_BOOT_RC
COMMON
2.2ohm
FDMF3170
C491 C971 C970 C542 C969 C543 C541 C561 VVVV37111S5 5%
R207 0ohm C523 0.1uF
GND 0402 QFN5X6
0.1uF 1uF 1uF 1uF 1uF 1uF 1uF 0402 COMMON
100uF PS_NVVDD_PH2_VCC COMMON COMMON 0402 16V
16V 16V 16V 16V 16V 16V 16V 10%
10% 10% 10% 10% 10% 10% 10% COMMON VVVV37111S5 VVVV37111S5 X7R L39 0.22uH
X7R X7R X7R X7R X7R X7R X7R 20% COMMON SMD_12X8 COMMON
2 C513 4 33 2
0402 0603 0603 0603 0603 0603 0603 16V@105degC PVCC BOOT VVVV37111S5
COMMON COMMON COMMON COMMON COMMON COMMON COMMON TA-Polymer 1uF PS_NVVDD_PH2_PHASE L37VVVV37111S5
0.22uH
VVVV37111S5 VVVV37111S5 VVVV37111S5
VVVV37111S5 VVVV37111S5
VVVV37111S5
VVVV37111S5 1.8A@105degC,100KHz 6.3V
3 32 SMD_13X8 COMMON NVVDD
0.05ohm 10% VCC PHASE
SMD_7343 X7R
0402 1 PS_NVVDD_PH2_SW
VVVV37111S5 VOS/NC
COMMON
SW 10 L38 0.22uH
VVVV37111S5 11 SMD_12X8 COMMON
GND SW C483
25 12
VIN SW 1nF
30 13
GND
VIN SW 50V PCB CO-LAYOUT
14
SW
PS_NVVDD_PH2_SNUB
10%
15 C413 C414
SW X7R
16 0402
SW 330uF 330uF
17 COMMON
SW COMMON COMMON
SW 18 VVVV37111S5 20% 20%
19 R167 2V@105degC 2V@105degC
PS_NVVDD_DRVON
SW 1ohm AL-Polymer AL-Polymer
35
5% 3A@105degC,100KHz 3A@105degC,100KHz PCB CO-LAYOUT
41,42,44,44,44,45,46,46,46,47,47,47,48,48,48,49,49,49
IN EN NVVDD_PH2_TP 1206 0.009ohm PCB CO-LAYOUT 0.009ohm
6
PS_NVVDD_PWM2 GL/NC COMMON SMD_7343 SMD_7343
41 VVVV37111S5
GL/NC VVVV37111S5
41 34
IN PWM
PS_NVVDD_TMON PS_NVVDD_PH2_TMON TP12
GND
41,41,41,42,44,44,45,46,46,47,47,48,48,49,49,66 R206 0ohm 36 GND
OU T TMON/FLT NVVDD
0402 0.05 ohm COMMON PS_NVVDD_PH2_REFIN
VVVV37111S5
39 NVVDD
REFIN/NC
nv_cap
PS_NVVDD_PH2_IOUT
C4413 38 5 R1308
10nF IOUT PGND 1k
20 C1200 C1199
3 16V PGND 1%
3
37 40 47uF 47uF
10% NC PGND 0402
31 2 4V 4V
X7R NC AGND COMMON
0402 PS_NVVDD_PH2_OP1 20% 20%
COMMON X6S X6S VVVV37111S5
VVVV37111S5
VVVV37111S5 0805 0805
R1300 10k
GND
COMMON COMMON
0402 1 % COMMON
PS_NVVDD_PH2_LSET GND
VVVV37111S5 VVVV37111S5
GND GND
R205 10k
GND
0402 1% COMMON PS_NVVDD_PH2
R1279 0ohm 41,41,41
PS_NVVDD_CSN2 OU T GND
0402 0.05 ohm COMMON
R1278 0ohm
VVVV37111S5 41
OU T
0402 0.05 ohm COMMON
VVVV37111S5
NVVDD
C4508 C4507
C1870 C1880
47uF 47uF 330uF 330uF
4V 4V COMMON COMMON
20% 20% 20% 20%
4 X6S X6S 2V@105degC 2V@105degC
4
0805 0805 AL-Polymer AL-Polymer
COMMON COMMON 3A@105degC,100KHz
3A@105degC,100KHz
0.009ohm 0.009ohm
VVVV37111S5 VVVV37111S5
SMD_7343 SMD_7343
GND
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NVVDD PH2 2.1
Da te : Tues day, April 09, 2019 Shee t 43 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- F-
uc
uc
PS: NVVDD Phase 3, 4
PD
PD
!
!
DRMOS_VCC
W
t
t
O
O
N
N
y
y
bu
bu
C504 PS_NVVDD_PH3_ISENS
1uF
to
to
R1253 0ohm
6.3V
ww
ww
om
om
k
k
0402 COMMON
lic
lic
10%
X7R
C
C
0402 U21 PS_NVVDD_PH3_BOOT
.c
.c
w
w
R177
tr e COMMON FDMF3170 tr re
ar
.
.
ac VVVV37111S5 2.2ohm
ac
C524 0.1uF
k e r- s o ft w a
QFN5X6 R210 0ohm
1 k e r- s o ft w 12V_PEX8_F2
GND
5%
0402 COMMON
0402PS_NVVDD_PH3_BOOT_RC
COMMON 0402 16V
PCB CO-LAYOUT 1
COMMON 10%
PS_NVVDD_PH3_VCC VVVV37111S5 L41 0.22uH
X7R
VVVV37111S5 4 33 COMMON SMD_12X8 COMMON
C514 PVCC BOOT PS_NVVDD_PH3_PHASE VVVV37111S5 L42VVVV37111S5
0.22uH
1uF
6.3V 3 32 SMD_13X8 COMMON NVVDD
VCC PHASE
10%
X7R PS_NVVDD_PH3_SW
C972 C974 1
C492 C544 C546 C545 C973 C567 0402
VOS/NC
1uF 1uF 10 L40 0.22uH
0.1uF 1uF 1uF 1uF 1uF COMMON SW
16V 16V 100uF 11 SMD_12X8 COMMON
16V 16V 16V 16V 16V VVVV37111S5 SW
10% 10% COMMON 25 12
10% 10% 10% 10% 10% VIN SW
X7R X7R 20% 30 13
X7R X7R X7R X7R X7R GND SW
0603 0603 16V@105degC VIN
0402 0603 0603 0603 0603 14
COMMON COMMON TA-Polymer SW
COMMON COMMON COMMON COMMON
COMMON 15 C415
VVVV37111S5VVVV37111S5 1.8A@105degC,100KHz SW
VVVV37111S5 VVVV37111S5VVVV37111S5VVVV37111S5VVVV37111S5 0.05ohm SW 16 C484
SMD_7343
330uF
17 1nF
SW COMMON
VVVV37111S5 18 50V
SW 20%
PS_NVVDD_PH3_SNUB
19 10% 2V@105degC
SW
GND X7R AL-Polymer
PS_NVVDD_DRVON
0402 3A@105degC,100KHz
41,42,43,44,44,45,46,46,46,47,47,47,48,48,48,49,49,49 35 NVVDD_PH3_TP
IN EN COMMON 0.009ohm
6
PS_NVVDD_PWM3 GL/NC VVVV37111S5 SMD_7343
41
GL/NC R168 PCB CO-LAYOUT
41,44,44 34 1ohm NVVDD
IN PWM
5%
PS_NVVDD_TMON 1206
PS_NVVDD_PH3_TMON GND
R209 0ohm 36 TP13 COMMON
41,41,41,42,43,44,45,46,46,47,47,48,48,49,49,66
OU T TMON/FLT
0402 0.05 ohm COMMON PS_NVVDD_PH3_REFIN VVVV37111S5
VVVV37111S5 PCB CO-LAYOUT
39
REFIN/NC
2 nv_cap PS_NVVDD_PH3_IOUT C416 2
GND
C4414 330uF
38 5
10nF IOUT PGND COMMON
20
16V PGND 20%
37 40 2V@105degC
10% NC PGND
31 2 AL-Polymer
X7R NC AGND
3A@105degC,100KHz
0402 PS_NVVDD_PH3_OP1
0.009ohm
COMMON
VVVV37111S5 SMD_7343
VVVV37111S5 R1301 10k
GND
VVVV37111S5
0402 1 %
PS_NVVDD_PH3_LSET COMMON
GND GND
R208 10k
GND
GND
0402 1% COMMON
PS_NVVDD_PH3
R1281 0ohm 41,41,41
OU T
0402 0.05 ohm COMMON PS_NVVDD_CSN3
VVVV37111S5
R1280 0ohm 41
OU T
0402 0.05 ohm COMMON
VVVV37111S5 NVVDD NVVDD
C4509 C4512 C4510 C4511 C1835 C1881
47uF 47uF
330uF 330uF 330uF 330uF 4V 4V
COMMON COMMON COMMON COMMON 20% 20%
3 20% 20% 20% 20% X6S X6S 3
2V@105degC 2V@105degC 2V@105degC 2V@105degC 0805 0805
AL-Polymer AL-Polymer AL-Polymer AL-Polymer COMMON COMMON
3A@105degC,100KHz 3A@105degC,100KHz 3A@105degC,100KHz 3A@105degC,100KHz VVVV37111S5 VVVV37111S5
0.009ohm 0.009ohm 0.009ohm 0.009ohm
SMD_7343 SMD_7343 SMD_7343 SMD_7343
DRMOS_VCC
PS_NVVDD_PH4_ISENS GND
GND
C505
12V_PEX8_F2
1uF R1256 0ohm
6.3V
0402 COMMON
10%
X7R
0402 U22
COMMON R178 PS_NVVDD_PH4_BOOT PS_NVVDD_PH4_BOOT_RC
FDMF3170
C977 C549 VVVV37111S5 2.2ohm
C493 C976 C547 C975 C548 C562 QFN5X6 C525 0.1uF
1uF 1uF GND 5% R213 0ohm
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON
16V 16V PS_NVVDD_PH4_VCC 0402 16V
16V 16V 16V 16V 16V COMMON 10%
10% 10% COMMON VVVV37111S5
10% 10% 10% 10% 10% X7R X7R 20% X7R L44 0.22uH
X7R X7R X7R X7R X7R
VVVV37111S5 4 33 COMMON SMD_12X8 COMMON
0603 0603 16V@105degC C515 PVCC BOOT
0402 0603 0603 0603 0603 COMMON COMMON TA-Polymer
PS_NVVDD_PH4_PHASE VVVV37111S5 L43VVVV37111S5
0.22uH
COMMON COMMON COMMON COMMON COMMON 1uF
VVVV37111S5VVVV37111S5 1.8A@105degC,100KHz 3 32
6.3V VCC PHASE SMD_13X8 COMMON
VVVV37111S5 VVVV37111S5VVVV37111S5VVVV37111S5VVVV37111S5 0.05ohm
10% NVVDD
NVVDD SMD_7343
VVVV37111S5
X7R 1
VOS/NC PS_NVVDD_PH4_SW PCB CO-LAYOUT
0402
SW 10 L45 0.22uH
COMMON
11 SMD_12X8 COMMON
GND VVVV37111S5 SW
25 12 C485
VIN SW
30 13 820pFPCB
GND VIN SW CO-LAYOUT
14 50V
SW
PS_NVVDD_PH4_SNUB
15 10% C418
SW
16 X7R
C1117 C1118 C1119 SW 330uF
4 0402
47uF 47uF 47uF 17 4
SW COMMON COMMON
4V 4V 4V 18
SW VVVV37111S5 20%
20% 20% 20% 19 R169
PS_NVVDD_DRVON SW 2V@105degC
X6S X6S X6S
1.8ohm AL-Polymer
0805 0805 0805 3A@105degC,100KHz
41,42,43,44,44,45,46,46,46,47,47,47,48,48,48,49,49,49 35 NVVDD_PH4_TP 5%
COMMON COMMON COMMON IN EN 0.009ohm
6 1206
VVVV37111S5 VVVV37111S5 VVVV37111S5 PS_NVVDD_PWM3 GL/NC SMD_7343
41 COMMON
GL/NC VVVV37111S5
34
PWM VVVV37111S5
PS_NVVDD_TMON PS_NVVDD_PH4_TMON
TP14 GND
GND R212 0ohm 36 NVVDD
41,41,41,42,43,44,45,46,46,47,47,48,48,49,49,66
OU T TMON/FLT GND
04020.05 ohm COMMON PS_NVVDD_PH4_REFIN
NVVDD VVVV37111S5
39 C417
REFIN/NC
nv_cap 330uF
PS_NVVDD_PH4_IOUT
C4415 COMMON
38 5
10nF IOUT PGND 20%
20 2V@105degC
16V PGND
37 40 AL-Polymer
10% NC PGND 3A@105degC,100KHz
C1856 31 2
X7R NC AGND 0.009ohm
47uF 0402 PS_NVVDD_PH4_OP1 SMD_7343
COMMON
4V VVVV37111S5 PCB CO-LAYOUT
VVVV37111S5 R1302 10k
GND
20%
X6S 0402 1 % COMMON
PS_NVVDD_PH4_LSET GND
0805
COMMON GND GND
R211 10k
GND
VVVV37111S5
0402 1% COMMON PS_NVVDD_PH4
R1283 0ohm 41,41,41
OU T
0402 0.05 ohm COMMON PS_NVVDD_CSN4
5 GND VVVV37111S5 5
R1282 0ohm 41
OU T
0402 0.05 ohm COMMON
VVVV37111S5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NVVDD PH3/4 2.1
Da te : Tues day, April 09, 2019 Shee t 44 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pr h a n g e Pro
PS:XC NVVDD
od
Phase 5 / 6 DRMOS_VCC
XC d
F- F-
uc
uc
PD
PD
PS_NVVDD_PH5_ISENS
!
12V_PEX8_F2 C506
W
t
t
1uF
O
R1259 0ohm
N
6.3V
0402 COMMON
y
10%
bu
bu
X7R
0402 U23
R179 PS_NVVDD_PH5_BOOT PS_NVVDD_PH5_BOOT_RC
to
to
COMMON FDMF3170
C978 C550 VVVV37111S5 2.2ohm
ww
ww
om
om
C563
k
k
C494 C980 C979 C551 C552 QFN5X6 R216 0ohm C526 0.1uF
lic
lic
1uF 1uF GND 5%
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON PCB CO-LAYOUT
PS_NVVDD_PH5_VCC
C
C
16V 16V 0402 16V
16V 16V 16V 16V 16V L47 0.22uH
.c
.c
COMMON
w
w
10% 10% COMMON 10%
VVVV37111S5
tr e 10% 10% 10% 10% 10% X7R SMD_12X8 COMMON tr r e1
ar
.
.
X7R X7R 20%
ac VVVV37111S5 ac
k e r- s o ft w a
X7R X7R X7R X7R X7R 4 33 COMMON
0603 0603 16V@105degC C516 PVCC BOOT VVVV37111S5
1
k e r- s o ft w 0402
COMMON
0603
COMMON
0603
COMMON
0603
COMMON
0603
COMMON
COMMON COMMON TA-Polymer
1.8A@105degC,100KHz
1uF
PS_NVVDD_PH5_PHASE VVVV37111S5 L46 0.22uH
VVVV37111S5VVVV37111S5 6.3V 3
VCC PHASE 32 SMD_13X8 COMMON
VVVV37111S5 VVVV37111S5VVVV37111S5VVVV37111S5VVVV37111S5 0.05ohm NVVDD
SMD_7343 10%
X7R 1
VVVV37111S5 VOS/NC PS_NVVDD_PH5_SW
0402
SW 10 L48 0.22uH
COMMON
11 SMD_12X8 COMMON
GND VVVV37111S5 SW
25 12 C481
VIN SW
GND 30 13 1nF C419 C420
VIN SW
14 50V
SW 330uF 330uF
15
PS_NVVDD_PH5_SNUB
10%
SW COMMON COMMON
16 X7R
SW 0402 20% 20%
17 2V@105degC 2V@105degC
SW COMMON
18 AL-Polymer AL-Polymer
SW VVVV37111S5
19 3A@105degC,100KHz 3A@105degC,100KHz
SW R170 0.009ohm 0.009ohm
PS_NVVDD_DRVON
1ohm PCB CO-LAYOUT
SMD_7343 PCB CO-LAYOUT SMD_7343
35
41,42,43,44,44,44,46,46,46,47,47,47,48,48,48,49,49,49
IN EN NVVDD_PH5_TP 5% VVVV37111S5
6 1206
PS_NVVDD_PWM4 GL/NC COMMON
41
GL/NC
41 34 VVVV37111S5
IN PWM
NVVDD
PS_NVVDD_TMON PS_NVVDD_PH5_TMON
TP15 GND
41,41,41,42,43,44,44,46,46,47,47,48,48,49,49,66 R215 0ohm 36
OU T TMON/FLT GND
0402 0.05 ohm COMMON PS_NVVDD_PH5_REFIN
VVVV37111S5
39
REFIN/NC
NVVDD
nv_cap PS_NVVDD_PH5_IOUT
C1125
C4416 38 5 47uF
IOUT PGND
10nF 20 4V
2 PGND 2
16V 37 40 20%
NC PGND
10% 31 2 X6S
NC AGND 0805
X7R PS_NVVDD_PH5_OP1
0402 COMMON
COMMON VVVV37111S5 VVVV37111S5
C1857 C1851 R1303 10k
GND
47uF 47uF VVVV37111S5
0402 1 %
PS_NVVDD_PH5_LSET COMMON
4V 4V
20% 20%
GND
GND R214 10k
GND
X6S X6S
0805 0805 0402 1% COMMON
COMMON COMMON PS_NVVDD_PH5 GND
VVVV37111S5 VVVV37111S5 R1285 0ohm 41,41,41
OU T
04020.05 ohm COMMON PS_NVVDD_CSN5
VVVV37111S5
R1284 0ohm 41
OU T
04020.05 ohm COMMON
GND
VVVV37111S5
DRMOS_VCC
3 12V_PEX8_F2 3
C4451
1uF R4125 0ohm
6.3V
0402 COMMON
10%
PS_NVVDD_PH6_ISENS
X7R
0402 U828
COMMON R4122 PS_NVVDD_PH6_BOOT PS_NVVDD_PH6_BOOT_RC
FDMF3170
C4450 C4446 C4452 VVVV37111S5 2.2ohm
C4444 C4445 C4447 C4448 C4449 QFN5X6 R4126 0ohm C4455 0.1uF
1uF 1uF GND 5%
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON PCB CO-LAYOUT
16V 16V PS_NVVDD_PH6_VCC 0402 16V
16V 16V 16V 16V 16V COMMON L807 0.22uH
10% 10% COMMON 10%
10% 10% 10% 10% 10%
VVVV37111S5 X7R SMD_12X8 COMMON
X7R X7R 20%
X7R X7R X7R X7R X7R VVVV37111S5 4 33 COMMON
0402
0603 0603 16V@105degC C4454 PVCC BOOT PS_NVVDD_PH6_PHASE
VVVV37111S5
0603 0603 0603 0603
COMMON COMMON VVVV37111S5 L809 0.22uH
TA-Polymer 1uF
COMMON COMMON COMMON COMMON COMMON
VVVV37111S5VVVV37111S5 1.8A@105degC,100KHz
6.3V 3
VCC PHASE 32 SMD_13X8 COMMON
VVVV37111S5 VVVV37111S5VVVV37111S5VVVV37111S5VVVV37111S5 0.05ohm NVVDD
SMD_7343 10%
X7R 1
VVVV37111S5 0402 VOS/NC PS_NVVDD_PH6_SW
10 L808 0.22uH
COMMON SW
11 SMD_12X8 COMMON
GND VVVV37111S5 SW
25 12 C4456
VIN SW
GND 30 13 1nF C4458 C4513 C4516 C4494
VIN SW C4514 C4515
14 50V
SW 330uF 330uF 330uF 330uF
15 330uF 330uF
PS_NVVDD_PH6_SNUB
10%
SW COMMON COMMON COMMON COMMON
16 X7R COMMON COMMON
SW 0402 20% 20% 20% 20%
17 2V@105degC 2V@105degC 20% 20% 2V@105degC 2V@105degC
SW COMMON 2V@105degC 2V@105degC
18 AL-Polymer AL-Polymer AL-Polymer AL-Polymer
SW VVVV37111S5 AL-Polymer AL-Polymer
19 3A@105degC,100KHz 3A@105degC,100KHz 3A@105degC,100KHz 3A@105degC,100KHz
SW R4128 0.009ohm 0.009ohm
3A@105degC,100KHz 3A@105degC,100KHz
0.009ohm 0.009ohm
PS_NVVDD_DRVON
1ohm 0.009ohm 0.009ohm PCB CO-LAYOUT
SMD_7343 PCB CO-LAYOUT
SMD_7343
SMD_7343 SMD_7343
SMD_7343 SMD_7343
41,42,43,44,44,44,46,46,46,47,47,47,48,48,48,49,49,49 35 NVVDD_PH6_TP 5% XXXV37111S5
IN EN
6 1206
PS_NVVDD_PWM4 GL/NC COMMON
41
4 GL/NC 4
41 34 VVVV37111S5
IN PWM
NVVDD
PS_NVVDD_TMON PS_NVVDD_PH6_TMON
TP804 GND
41,41,41,42,43,44,44,46,46,47,47,48,48,49,49,66 R4118 0ohm 36
TMON/FLT
OU T GND
0402 0.05 ohm COMMON
VVVV37111S5 PS_NVVDD_PH6_REFIN
39
REFIN/NC
NVVDD
nv_cap PS_NVVDD_PH6_IOUT
C4457 C4478 C4487
C4453 38 5 47uF 47uF 47uF
IOUT PGND
10nF 20 4V 4V 4V
PGND
16V 37 40 20% 20% 20%
NC PGND
10% 31 2 X6S X6S X6S
NC AGND 0805 0805 0805
X7R PS_NVVDD_PH6_OP1
0402 COMMON COMMON COMMON
COMMON VVVV37111S5 XXXV37111S5 XXXV37111S5 XXXV37111S5
C4479 C4485 R4121 10k
GND
47uF 47uF VVVV37111S5
0402 1 %
PS_NVVDD_PH6_LSET COMMON
4V 4V
20% 20%
GND
GND R4120 10k
GND
X6S X6S
0805 0805 0402 1% COMMON
COMMON COMMON PS_NVVDD_PH6 GND
XXXV37111S5 XXXV37111S5 R4119 0ohm 41,41,41
OU T
04020.05 ohm COMMON PS_NVVDD_CSN6
VVVV37111S5
R4124 0ohm 41
OU T
04020.05 ohm COMMON
GND
VVVV37111S5
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NVVDD 5/6 2.1
Da te : Tues day, April 09, 2019 Shee t 45 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-
PS:NVVDD Phase 7, 8 DRMOS_VCC
F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
C507 PS_NVVDD_PH7_ISENS
1uF
y
bu R1262 0ohm
bu
6.3V
0402 COMMON
10%
to
to
X7R
ww
ww
om
om
U24
k
k
0402 PS_NVVDD_PH7_BOOT_RC
lic
lic
COMMON R180 PS_NVVDD_PH7_BOOT
12V_F FDMF3170
VVVV37111S5 2.2ohm
C
C
.c
.c
QFN5X6 C527 0.1uF
w
R219 0ohm
w
tr e GND
5%
COMMON tr re
ar
.
.
ac 0402 0402 COMMON 0402 16V
ac
k e r- s o ft w a
COMMON VVVV37111S5 L51 0.22uH
1 k e r- s o ft w PS_NVVDD_PH7_VCC
VVVV37111S5
10%
X7R
SMD_12X8 COMMON
1
C517 4 33 COMMON
PVCC BOOT PS_NVVDD_PH7_PHASE VVVV37111S5 VVVV37111S5
1uF L49 0.22uH
6.3V 3 32 SMD_13X8 COMMON NVVDD
VCC PHASE
10%
C564 X7R PS_NVVDD_PH7_SW
C495 C553 C983 C981 C554 C555 C982 1
0402 VOS/NC
0.1uF 1uF 1uF 1uF 1uF 1uF 1uF 100uF 10 L50 0.22uH
COMMON SW
16V 16V 16V 16V 16V 16V 16V COMMON VVVV37111S5 11 SMD_12X8 COMMON
SW
10% 10% 10% 10% 10% 10% 10% 20% 25
VIN SW 12 C487 PCB CO-LAYOUT
X7R X7R X7R X7R X7R X7R X7R 16V@105degC
GND 30 13 1nF C421
0402 0603 0603 0603 0603 0603 0603 TA-Polymer VIN SW
14 50V
1.8A@105degC,100KHz SW 330uF
PS_NVVDD_PH7_SNUB
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 0.05ohm 15 10%
SW COMMON
SMD_7343 16 X7R
VVVV37111S5 SW 0402 20%
17 2V@105degC
SW COMMON
18 VVVV37111S5 AL-Polymer
SW
19 3A@105degC,100KHz
SW R171 0.009ohm
PS_NVVDD_DRVON GND 1ohm SMD_7343
PCB CO-LAYOUT
41,42,43,44,44,44,45,46,46,47,47,47,48,48,48,49,49,49 35 NVVDD_PH7_TP 5%
IN EN
6 1206
GL/NC COMMON GND
41
PS_NVVDD_PWM5 GL/NC
41,46,46 34 VVVV37111S5 NVVDD
IN PWM
PS_NVVDD_TMON
PS_NVVDD_PH7_TMON
41,41,41,42,43,44,44,45,46,47,47,48,48,49,49,66 R218 0ohm 36
TMON/FLT TP16
OU T GND
0402 0.05 ohm COMMON
VVVV37111S5 PS_NVVDD_PH7_REFIN
39
REFIN/NC C991
nv_cap PS_NVVDD_PH7_IOUT 330uF
C4417 COMMON
2 38 5 2
10nF IOUT PGND 20%
20 2V@105degC
16V PGND
37 40 AL-Polymer
10% NC PGND
31 2 3.5A@105degC,100KHz
X7R NC AGND 0.006ohm
0402 PS_NVVDD_PH7_OP1 SMD_7343
COMMON VVVV37111S5
VVVV37111S5
R1304 10k
GND
0402 1 % COMMON
PS_NVVDD_PH7_LSET PCB CO-LAYOUT
GND GND
R217 10k
GND
0402 1% COMMON GND
PS_NVVDD_PH7
R1287 0ohm 41,41,41
OU T
0402 0.05 ohm COMMON PS_NVVDD_CSN7
VVVV37111S5
R1286 0ohm 41
OU T
0402 0.05 ohm COMMON
VVVV37111S5
NVVDD
NVVDD
C1837 C1886
C1126
47uF 47uF 47uF
4V 4V
4V
20% 20%
20%
X6S X6S
3 0805 0805 X6S 3
0805
COMMON COMMON
VVVV37111S5 VVVV37111S5 COMMON
VVVV37111S5
DRMOS_VCC
12V_F
GND
PS_NVVDD_PH8_ISENS GND
C508
1uF R1265 0ohm
6.3V
0402 COMMON
10%
X7R
0402 U25
COMMON R181 PS_NVVDD_PH8_BOOT PS_NVVDD_PH8_BOOT_RC
FDMF3170
C556 C557 VVVV37111S5 2.2ohm
C497 C985 C956 C496 C984 C565 QFN5X6 C528 0.1uF
1uF 1uF GND 5% R222 0ohm
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON
0402 COMMON
16V 16V PS_NVVDD_PH8_VCC 0402 16V
16V 16V 16V 16V 16V COMMON VVVV37111S5 10% L53 0.22uH
10% 10% COMMON
10% 10% 10% 10% 10% X7R
X7R X7R 20% VVVV37111S5 SMD_12X8 COMMON
X7R X7R X7R X7R X7R 4 33 COMMON
0603 0603 16V@105degC C518 PVCC BOOT VVVV37111S5
0402 0603 0603 0603 0603 COMMON COMMON TA-Polymer PS_NVVDD_PH8_PHASE VVVV37111S5 L52 0.22uH
COMMON COMMON COMMON COMMON COMMONVVVV37111S5 1uF
VVVV37111S5 1.8A@105degC,100KHz
VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 6.3V 3 32 SMD_13X8 COMMON NVVDD
0.05ohm VCC PHASE
SMD_7343 10%
VVVV37111S5 X7R 1 PS_NVVDD_PH8_SW
0402 VOS/NC
SW 10 L54 0.22uH
COMMON
VVVV37111S5 11 SMD_12X8 COMMON
GND SW C422
NVVDD 25 12 C486
VIN SW
GND 30 13 1nF PCB CO-LAYOUT 330uF
VIN SW
14 50V COMMON
SW
15 20%
PS_NVVDD_PH8_SNUB
10%
SW 2V@105degC
16 X7R
4 SW 0402 AL-Polymer 4
17
SW COMMON 3A@105degC,100KHz
SW 18 VVVV37111S5 0.009ohm PCB CO-LAYOUT
C4520 C4519 C4518 C4517 PS_NVVDD_DRVON 19 SMD_7343
SW R172 XXXV37111S5
C1882 1ohm
47uF 330uF 330uF 330uF 330uF
41,42,43,44,44,44,45,46,46,47,47,47,48,48,48,49,49,49 35 NVVDD_PH8_TP 5%
4V COMMON COMMON COMMON COMMON IN EN
6 1206
20% 20% 20% 20% 20%
PS_NVVDD_PWM5 GL/NC
41 COMMON GND
X6S 2V@105degC 2V@105degC 2V@105degC 2V@105degC GL/NC
AL-Polymer AL-Polymer AL-Polymer AL-Polymer 34 VVVV37111S5 NVVDD
0805 PWM
COMMON 3A@105degC,100KHz3A@105degC,100KHz 3A@105degC,100KHz
3A@105degC,100KHz
XXXV37111S5 0.009ohm 0.009ohm 0.009ohm 0.009ohm PS_NVVDD_PH8_TMON
TP17
SMD_7343 SMD_7343 SMD_7343 SMD_7343
36
TMON/FLT GND
PS_NVVDD_PH8_REFIN C410
330uF
GND PS_NVVDD_TMON 39
REFIN/NC COMMON
20%
R221 0ohm PS_NVVDD_PH8_IOUT
41,41,41,42,43,44,44,45,46,47,47,48,48,49,49,66 2V@105degC
OU T
0402 0.05 ohm COMMON 38 5 AL-Polymer
IOUT PGND 3A@105degC,100KHz
PCB CO-LAYOUT
VVVV37111S5 20
PGND 0.009ohm
37 40
nv_cap
NC PGND SMD_7343
NVVDD 31 2 XXXV37111S5
NC AGND
C4418 PS_NVVDD_PH8_OP1
10nF VVVV37111S5
R1305 10k GND
GND
16V
10% 0402 1 % COMMON
PS_NVVDD_PH8_LSET
X7R
GND
0402
R220 10k
GND
COMMON
VVVV37111S5 0402 1% COMMON
PS_NVVDD_PH8
R1289 0ohm 41,41,41
GND OU T
0402 0.05 ohm COMMON PS_NVVDD_CSN8
5 5
VVVV37111S5
R1288 0ohm 41
OU T
0402 0.05 ohm COMMON
VVVV37111S5
GND MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NVVDD 7/8 2.1
Da te : Tues day, April 09, 2019 Shee t 46 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-
PS: NVVDD PH 9,10 F-
DRMOS_VCC
uc
uc
PD
PD
PS_NVVDD_PH9_ISENS
!
12V_PEX6_8_F1
W
t
t
C123
O
1uF R1463 0ohm
N
6.3V
y
0402 COMMON
bu 10%
bu
X7R
0402 U11 PS_NVVDD_PH9_BOOT PS_NVVDD_PH9_BOOT_RC
to
to
COMMON R69
FDMF3170
ww
ww
om
om
C4377
k
k
C2019 C96 2.2ohm
VVVV37111S5
lic
lic
C4371 C4376 C126 C2024 C2028 C2009 C108 QFN5X6 R60 0ohm C102 0.1uF
1uF 1uF 100uF GND 5%
10uF 10uF 0.1uF 1uF 1uF 1uF 1uF PS_NVVDD_PH9_VCC
C
C
0402 COMMON
16V 16V 0402 COMMON
.c
.c
0402 16V
w
w
COMMON
tr re
16V 16V 16V 16V 16V 16V 16V
10% 10% COMMON
VVVV37111S5 10% L23 0.22uH tr re
.
.
20%
ac 10% 10% 10% 10% 10% 10% 10% X7R
ac
k e r- s o ft w a k e r- s o ft w a
X7R X7R
X7R X7R X7R X7R X7R X7R X7R
0603 0603
16V@105degC VVVV37111S5
C117 4 33PS_NVVDD_PH9_PHASE COMMON
SMD_12X8 COMMON
1 TA-Polymer PVCC BOOT 1
0805 0805 0402 0603 0603 0603 0603
COMMON COMMON
1.8A@105degC,100KHz 1uF VVVV37111S5 L22VVVV37111S5
0.22uH NVVDD
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
VVVV37111S5
VVVV37111S5 VVVV37111S5
VVVV37111S5
VVVV37111S5
VVVV37111S5 VVVV37111S5
VVVV37111S5 VVVV37111S5 0.05ohm 6.3V 3
VCC PHASE 32 SMD_13X8 COMMON
SMD_7343 10%
VVVV37111S5 X7R 1
VOS/NC PS_NVVDD_PH9_SW
0402
SW 10 L24 0.22uH
COMMON
11 SMD_12X8 COMMON
VVVV37111S5 SW C1985 C4521 C4522 C4523 C4524
GND 25 12
VIN SW C139PCB CO-LAYOUT
GND 30 13 1nF 330uF 330uF 330uF 330uF 330uF
VIN SW
14 50V COMMON COMMON COMMON COMMON COMMON
SW
15 10% 20% 20% 20% 20% 20%
SW 2V@105degC 2V@105degC 2V@105degC 2V@105degC 2V@105degC
16 X7R
PS_NVVDD_PH9_SNUB
SW 0402 AL-Polymer AL-Polymer AL-Polymer AL-Polymer AL-Polymer
17
SW COMMON 3.5A@105degC,100KHz 3.5A@105degC,100KHz
3.5A@105degC,100KHz
3.5A@105degC,100KHz
3.5A@105degC,100KHz
18 0.006ohm 0.006ohm 0.006ohm 0.006ohm 0.006ohm
SW VVVV37111S5
19 SMD_7343 SMD_7343 SMD_7343 SMD_7343 SMD_7343
PS_NVVDD_DRVON
SW R76 PCB CO-LAYOUT
NVVDD_PH9_TP 1ohm
41,42,43,44,44,44,45,46,46,46,47,47,48,48,48,49,49,49 35 5%
IN EN
6 1206
GND
GL/NC COMMON
41
PS_NVVDD_PWM6 GL/NC
41,47,47 34 VVVV37111S5 NVVDD
IN PWM
PS_NVVDD_PH9_TMON
TP7
36
TMON/FLT GND
PS_NVVDD_PH9_REFIN C169
39
REFIN/NC 330uF
COMMON
PS_NVVDD_PH9_IOUT 20%
PS_NVVDD_TMON 38 5 2V@105degC
IOUT PGND
20 AL-Polymer
2 41,41,41,42,43,44,44,45,46,46,47,48,48,49,49,66 R61 0ohm PGND 3A@105degC,100KHz 2
OU T 37 40
04020.05 ohm COMMON NC PGND 0.009ohm
31 2
NC AGND SMD_7343
VVVV37111S5 PS_NVVDD_PH9_OP1
nv_cap
VVVV37111S5 PCB CO-LAYOUT
R1471 10k
GND
C4419
10nF 0402 1 % COMMON
PS_NVVDD_PH9_LSET
GND
16V GND
10% R62 10k
GND
X7R 0402 1% COMMON
0402
COMMON PS_NVVDD_PH9
R1402 0ohm 41,41,41
VVVV37111S5 0402 0.05 ohm COMMON
OU T
PS_NVVDD_CSN9
GND
VVVV37111S5
R1404 0ohm 41
OU T
0402 0.05 ohm COMMON
VVVV37111S5
NVVDD NVVDD
3 3
DRMOS_VCC
GND GND
12V_PEX6_8_F1 PS_NVVDD_PH10_ISENS
C122
1uF R1460 0ohm
6.3V
0402 COMMON
10%
X7R
0402 U10 PS_NVVDD_PH10_BOOT_RC
COMMON R70 PS_NVVDD_PH10_BOOT
FDMF3170
C107 C95 2.2ohm
C4372 C4374 C125 C2008 C2021 C2007 C2018 C89 VVVV37111S5 QFN5X6 R58 0ohm C101 0.1uF
1uF 1uF GND 5%
10uF 10uF 0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON
16V 16V 0402 16V
16V 16V 16V 16V 16V 16V 16V COMMON
10% 10% COMMON 10% L21 0.22uH
10% 10% 10% 10% 10% 10% 10%
X7R X7R 20%
PS_NVVDD_PH10_VCC VVVV37111S5 X7R
X7R X7R X7R X7R X7R X7R X7R
0603 0603 16V@105degC
VVVV37111S5
C116 4 33 COMMON
SMD_12X8 COMMON
PVCC BOOT
0805 0805 0402 0603 0603 0603 0603 COMMON COMMON TA-Polymer 1uF
PS_NVVDD_PH10_PHASE
VVVV37111S5 L19VVVV37111S5
0.22uH
COMMON COMMON COMMON COMMON COMMON COMMON COMMON
VVVV37111S5 VVVV37111S5VVVV37111S5
VVVV37111S5
VVVV37111S5
VVVV37111S5 VVVV37111S5
VVVV37111S5 VVVV37111S5 1.8A@105degC,100KHz
0.05ohm
6.3V 3
VCC PHASE 32 SMD_13X8 COMMON
NVVDD
SMD_7343 10%
X7R PS_NVVDD_PH10_SW
1
VVVV37111S5 0402
VOS/NC
10 L20 0.22uH
COMMON SW
11 SMD_12X8 COMMON
GND VVVV37111S5 SW
25 12 C138 C190
VIN SW
GND 30
VIN SW 13 1nF PCB CO-LAYOUT
330uF
14 50V
SW COMMON
15 10%
SW 20%
PS_NVVDD_PH10_SNUB
16 X7R 2V@105degC
SW 0402
17 AL-Polymer
4 SW COMMON 3A@105degC,100KHz 4
NVVDD 18
SW VVVV37111S5 0.009ohm
19
PS_NVVDD_DRVON SW R75 SMD_7343 PCB CO-LAYOUT
1ohm VVVV37111S5
NVVDD_PH10_TP
41,42,43,44,44,44,45,46,46,46,47,47,48,48,48,49,49,49 35 5%
IN EN
6 1206 GND
GL/NC
41 COMMON NVVDD
PS_NVVDD_PWM6 GL/NC
34 VVVV37111S5
PWM
PS_NVVDD_PH10_TMON
TP6
36
TMON/FLT GND C223
PS_NVVDD_PH10_REFIN 330uF
39 COMMON
REFIN/NC
20%
PS_NVVDD_PH10_IOUT 2V@105degC
AL-Polymer
PS_NVVDD_TMON 38 5
IOUT PGND 3A@105degC,100KHz
20 0.009ohm
41,41,41,42,43,44,44,45,46,46,47,48,48,49,49,66 R49 0ohm PGND SMD_7343
OU T 37 40
0402 0.05 ohm COMMON NC PGND
GND 31 2 XXXV37111S5 PCB CO-LAYOUT
NC AGND
VVVV37111S5 PS_NVVDD_PH10_OP1
NVVDD nv_cap
VVVV37111S5 GND
R1475 10k
GND
C4420 0402 1 %
PS_NVVDD_PH10_LSET COMMON
10nF GND
R43 10k
GND
16V
10% 0402 1% COMMON
X7R PS_NVVDD_PH10
0402
R1419 0ohm 41,41,41
COMMON OU T
C1836 C1887 0402 0.05 ohm COMMON PS_NVVDD_CSN10
47uF 47uF
VVVV37111S5
5 VVVV37111S5
R1418 0ohm 41 5
4V 4V OU T
GND 0402 0.05 ohm COMMON
20% 20%
X6S X6S VVVV37111S5
0805 0805
COMMON COMMON
VVVV37111S5 VVVV37111S5
MICRO-STAR INT'L CO.,LTD
GND MS-V371
MSI
Size Document Description Rev
Cus tom NVVDD 9/10 2.1
Da te : Tues day, April 09, 2019 Shee t 47 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC XC
DRMOS_VCC
F-PS: NVVDD d PH 11,12 PS_NVVDD_PH11_ISENS
F- d
uc
uc
PD
PD
C121
!
12V_PEX6_8_F1
W
t
t
1uF R1461 0ohm
O
6.3V
N
0402 COMMON
10%
y
bu X7R
bu
0402 U9 PS_NVVDD_PH11_BOOT PS_NVVDD_PH11_BOOT_RC
COMMON R68
to
to
FDMF3170
C94 C2017 VVVV37111S5 2.2ohm
C127 C106 C2006 C2023 C2027 C88 QFN5X6 C100 0.1uF
R56 0ohm
ww
ww
om
om
k
k
1uF 1uF GND 5%
lic
lic
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON
16V 16V 0402 16V
C
C
16V 16V 16V 16V 16V COMMON VVVV37111S5 10% L17 0.22uH
10% 10% COMMON PS_NVVDD_PH11_VCC
.c
.c
w
w
10% 10% 10% 10% 10%
tr e X7R X7R 20% VVVV37111S5 X7R
SMD_12X8 COMMON tr re
ar
.
.
X7R X7R X7R X7R X7R
ac 0603 0603 16V@105degC C115 4
PVCC BOOT 33
PS_NVVDD_PH11_PHASE COMMON
ac
k e r- s o ft w a
0402 0603 0603 0603 0603 VVVV37111S5 VVVV37111S5
L16 0.22uH
1 k e r- s o ft w COMMON
VVVV37111S5
COMMON
VVVV37111S5
COMMON
VVVV37111S5
COMMON
VVVV37111S5
COMMONVVVV37111S5
VVVV37111S5
COMMON
VVVV37111S5
COMMON TA-Polymer
1.8A@105degC,100KHz
1uF
6.3V 3 32 SMD_13X8 COMMON
1
0.05ohm VCC PHASE NVVDD
10%
SMD_7343
VVVV37111S5 X7R 1 PS_NVVDD_PH11_SW
0402
VOS/NC
SW 10 L18 0.22uH
COMMON
VVVV37111S5 11 SMD_12X8 COMMON
GND SW
25 12 C137PCB C227
VIN SW CO-LAYOUT
GND 30 13 1nF
VIN SW 330uF
14 50V
SW COMMON
15 10%
SW 20%
PS_NVVDD_PH11_SNUB
16 X7R 2V@105degC
SW 0402
17 AL-Polymer
SW COMMON
18 3A@105degC,100KHz
SW VVVV37111S5
0.009ohm
19 R79
PS_NVVDD_DRVON SW SMD_7343
NVVDD_PH11_TP 1ohm VVVV37111S5 PCB CO-LAYOUT
41,42,43,44,44,44,45,46,46,46,47,47,47,48,48,49,49,49 35 5%
IN EN
6 1206
GL/NC COMMON
41
PS_NVVDD_PWM7 GL/NC GND
41,48,48 34 VVVV37111S5
IN PWM
PS_NVVDD_PH11_TMON
TP5
36 NVVDD
TMON/FLT GND
PS_NVVDD_PH11_REFIN
39
REFIN/NC
C189
PS_NVVDD_PH11_IOUT 330uF
PS_NVVDD_TMON 38 5
IOUT PGND COMMON
20
41,41,41,42,43,44,44,45,46,46,47,47,48,49,49,66 R48 0ohm PGND 20%
OU T 37 40 2V@105degC
2 0402 0.05 ohm COMMON NC PGND 2
31 2 AL-Polymer
VVVV37111S5 NC AGND 3A@105degC,100KHz
PS_NVVDD_PH11_OP1
0.009ohm
VVVV37111S5
SMD_7343
nv_cap R1470 10k VVVV37111S5
GND
C4421 0402 1 % COMMON
PS_NVVDD_PH11_LSET PCB CO-LAYOUT
10nF GND GND
R42 10k
GND
16V
10% 0402 1% COMMON
X7R PS_NVVDD_PH11
0402
R1417 0ohm 41,41,41
COMMON OU T
VVVV37111S5 0402 0.05 ohm COMMON PS_NVVDD_CSN11
VVVV37111S5
R1416 0ohm 41
OU T
GND 04020.05 ohm COMMON
VVVV37111S5
NVVDD NVVDD
C1844 C1843
47uF 47uF
4V 4V
20% 20%
X6S X6S
0805 0805
COMMON COMMON
VVVV37111S5 VVVV37111S5
3 3
DRMOS_VCC
GND GND
12V_PEX6_8_F1 PS_NVVDD_PH12_ISENS
C120
1uF R1462 0ohm
6.3V
0402 COMMON
10%
X7R
0402 U8 PS_NVVDD_PH12_BOOT_RC
COMMON R67 PS_NVVDD_PH12_BOOT
FDMF3170
C93 C2026 VVVV37111S5 2.2ohm
C124 C105 C2005 C2016 C2022 C87 QFN5X6 C99 0.1uF
1uF 1uF GND 5% R54 0ohm
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON
16V 16V 0402 COMMON 0402 16V
16V 16V 16V 16V 16V COMMON
10% 10% COMMON PS_NVVDD_PH12_VCC VVVV37111S5 10% L15 0.22uH
10% 10% 10% 10% 10% X7R
X7R X7R 20% VVVV37111S5 SMD_12X8 COMMON
X7R X7R X7R X7R X7R 4 33 COMMON
0603 0603 16V@105degC C114 PVCC BOOT VVVV37111S5
0402 0603 0603 0603 0603
COMMON COMMON TA-Polymer PS_NVVDD_PH12_PHASE VVVV37111S5 L13 0.22uH
COMMON COMMON COMMON COMMON COMMONVVVV37111S5 1uF
VVVV37111S5 1.8A@105degC,100KHz
VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 VVVV37111S5 6.3V 3 32 SMD_13X8 COMMON
0.05ohm VCC PHASE NVVDD
10%
SMD_7343
X7R PS_NVVDD_PH12_SW
VVVV37111S5 1
0402 VOS/NC
10 L14 0.22uH
COMMON SW
VVVV37111S5 11 SMD_12X8 COMMON
GND SW C150 C4525 C4526 C4527 C4528
25 12 C136
VIN SW
30 13 1nF PCB 330uF 330uF 330uF 330uF 330uF
GND
VIN SW CO-LAYOUT
14 50V COMMON COMMON COMMON COMMON COMMON
SW
15 10% 20% 20% 20% 20% 20%
SW
PS_NVVDD_PH12_SNUB
X7R 2V@105degC 2V@105degC 2V@105degC 2V@105degC 2V@105degC
16
SW 0402 AL-Polymer AL-Polymer AL-Polymer AL-Polymer AL-Polymer
17
NVVDD SW COMMON 3A@105degC,100KHz 3A@105degC,100KHz 3A@105degC,100KHz3A@105degC,100KHz 3A@105degC,100KHz
18 VVVV37111S5 0.009ohm 0.009ohm 0.009ohm 0.009ohm 0.009ohm
4 SW 4
19 SMD_7343 SMD_7343 SMD_7343 SMD_7343 SMD_7343
PS_NVVDD_DRVON SW R77
1ohm PCB CO-LAYOUT
NVVDD_PH12_TP
41,42,43,44,44,44,45,46,46,46,47,47,47,48,48,49,49,49 35 5%
IN EN
6 1206
PS_NVVDD_PWM7 GL/NC GND
41 COMMON
GL/NC
34 VVVV37111S5 NVVDD
PWM
C1858 C1852 C1845
47uF 47uF 47uF PS_NVVDD_PH12_TMON
TP4
4V 4V 4V
36
20% 20% 20% TMON/FLT GND
X6S X6S X6S PS_NVVDD_PH12_REFIN C188
0805 0805 0805
COMMON COMMON COMMON 39 330uF
VVVV37111S5 VVVV37111S5 VVVV37111S5 REFIN/NC
COMMON
PS_NVVDD_PH12_IOUT 20%
2V@105degC
PS_NVVDD_TMON 38 5
IOUT PGND AL-Polymer
20 3A@105degC,100KHz
41,41,41,42,43,44,44,45,46,46,47,47,48,49,49,66 R47 0ohm PGND
OU T 37 40 0.009ohm
GND 0402 0.05 ohm COMMON NC PGND
31 2 SMD_7343
VVVV37111S5 NC AGND VVVV37111S5 PCB CO-LAYOUT
PS_NVVDD_PH12_OP1
VVVV37111S5
NVVDD nv_cap R1482 10k
GND
GND
PS_NVVDD_PH12_LSET
C4422 0402 1% COMMON
10nF GND
R41 10k
GND
16V
10% 0402 1% COMMON
X7R PS_NVVDD_PH12
0402
R1412 0ohm 41,41,41
COMMON OU T
VVVV37111S5 0402 0.05 ohm COMMON PS_NVVDD_CSN12
VVVV37111S5
R1411 0ohm 41
OU T
5 GND 0402 0.05 ohm COMMON 5
VVVV37111S5
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom NVVDD 11/12 2.1
Da te : Tues day, April 09, 2019 Shee t 48 of 66
A B C D E F G H
A B C D E F G H
h Pro ange h a n g e Pro
XC NVVDD
PS: d PH 13,14 12V_PEX6_8_F1 DRMOS_VCC
XC d
F- PS_NVVDD_PH13_ISENS F-
uc
uc
PD
PD
!
!
C119
W
t
t
1uF
O
R1450 0ohm
N
6.3V
0402 COMMON
y
10%
bu
bu
X7R
0402 U7 PS_NVVDD_PH13_BOOT PS_NVVDD_PH13_BOOT_RC
R66
to
to
COMMON FDMF3170
C2029 C2030 VVVV37111S5 2.2ohm
ww
ww
om
om
C86
k
k
C130 C92 C104 C2004 C2013 QFN5X6 R52 0ohm C98 0.1uF
lic
lic
1uF 1uF GND 5%
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON
C
C
16V 16V 0402 16V
16V 16V 16V 16V 16V
.c
.c
COMMON
w
L11 0.22uH
w
10% 10% COMMON 10%
VVVV37111S5
tr e 10% 10% 10% 10% 10%
PS_NVVDD_PH13_VCC
X7R tr r e1
ar
.
.
X7R X7R 20%
ac VVVV37111S5 SMD_12X8 COMMON
ac
k e r- s o ft w a
X7R X7R X7R X7R X7R 4 33
PS_NVVDD_PH13_PHASE COMMON
0603 0603 16V@105degC C113 PVCC BOOT
1
k e r- s o ft w 0402
COMMON
0603
COMMON
0603
COMMON
0603
COMMON
0603
COMMON
COMMON COMMON TA-Polymer
1.8A@105degC,100KHz
1uF VVVV37111S5 L10VVVV37111S5
0.22uH
VVVV37111S5VVVV37111S5 6.3V 3
VCC PHASE 32 SMD_13X8 COMMON
VVVV37111S5 VVVV37111S5VVVV37111S5VVVV37111S5VVVV37111S5 0.05ohm
10% NVVDD
SMD_7343
X7R 1
VVVV37111S5 VOS/NC PS_NVVDD_PH13_SW
0402
SW 10 L12 0.22uH
COMMON
11 SMD_12X8 COMMON
GND VVVV37111S5 SW
25
VIN SW 12 PCB
C135 CO-LAYOUT
GND 30 13 1nF
VIN SW
14 50V
SW
15 10% C187
SW
PS_NVVDD_PH13_SNUB
16 X7R
SW 0402 330uF
17
SW COMMON COMMON
18
SW VVVV37111S5 20%
19 R78 2V@105degC
PS_NVVDD_DRVON
SW
NVVDD_PH13_TP 1ohm AL-Polymer
35 3A@105degC,100KHz
41,42,43,44,44,44,45,46,46,46,47,47,47,48,48,48,49,49 5%
IN EN 0.009ohm
6 1206
GL/NC COMMON
SMD_7343
41 VVVV37111S5
PS_NVVDD_PWM8 GL/NC
41,49,49 34
PWM VVVV37111S5 PCB CO-LAYOUT
IN
PS_NVVDD_PH13_TMON
TP3 GND
36
TMON/FLT GND NVVDD
PS_NVVDD_PH13_REFIN
39
REFIN/NC C213
PS_NVVDD_PH13_IOUT 330uF
PS_NVVDD_TMON 38 5 COMMON
IOUT PGND
20 20%
2 41,41,41,42,43,44,44,45,46,46,47,47,48,48,49,66 R46 0ohm PGND 2V@105degC 2
OU T 37 40
04020.05 ohm COMMON NC PGND AL-Polymer
31 2
VVVV37111S5 NC AGND 3A@105degC,100KHz
PS_NVVDD_PH13_OP1 0.009ohm
SMD_7343
VVVV37111S5 PCB CO-LAYOUT
nv_cap R1458 10k
GND
C4423 0402 1 % COMMON
PS_NVVDD_PH13_LSET GND
10nF GND
R40 10k
GND
16V
10% 0402 1% COMMON
X7R PS_NVVDD_PH13
0402
R1410 0ohm 41,41,41
COMMON OU T
04020.05 ohm COMMON PS_NVVDD_CSN13
VVVV37111S5
VVVV37111S5
R1409 0ohm 41
OU T
GND 04020.05 ohm COMMON
VVVV37111S5
NVVDD NVVDD
3 3
DRMOS_VCC
12V_PEX6_8_F1 PS_NVVDD_PH14_ISENS
GND GND
C118
1uF R1457 0ohm
6.3V
0402 COMMON
10%
X7R
0402 U6 PS_NVVDD_PH14_BOOT_RC
COMMON R65 PS_NVVDD_PH14_BOOT
FDMF3170
C2015 C2020 VVVV37111S5 2.2ohm
C128 C110 C103 C2002 C2025 C85 QFN5X6 C97 0.1uF
1uF 1uF GND 5% R50 0ohm
0.1uF 1uF 1uF 1uF 1uF 100uF 0402 COMMON 0402 COMMON
16V 16V 0402 16V
16V 16V 16V 16V 16V COMMON
10% 10% COMMON PS_NVVDD_PH14_VCC VVVV37111S5
10% L7 0.22uH
10% 10% 10% 10% 10% X7R X7R 20% X7R
X7R X7R X7R X7R X7R VVVV37111S5 4 33 COMMON
SMD_12X8 COMMON
0603 0603 16V@105degC C112 PVCC BOOT
0402 0603 0603 0603 0603
COMMON COMMON TA-Polymer 1uF
PS_NVVDD_PH14_PHASE VVVV37111S5 L9VVVV37111S5
0.22uH
COMMON COMMON COMMON COMMON COMMON 1.8A@105degC,100KHz NVVDD
VVVV37111S5VVVV37111S5 6.3V 3
VCC PHASE 32 SMD_13X8 COMMON
VVVV37111S5 VVVV37111S5VVVV37111S5VVVV37111S5VVVV37111S5 0.05ohm
10%
SMD_7343 PS_NVVDD_PH14_SW
X7R 1
VVVV37111S5 0402 VOS/NC
10 L8 0.22uH
COMMON SW
11 SMD_12X8 COMMON
GND VVVV37111S5 SW
25 12 C162 C4529 C4530 C4531 C4532
VIN SW PCB
C134 CO-LAYOUT
GND 30 13 1nF
NVVDD VIN SW 330uF 330uF 330uF 330uF 330uF
14 50V
SW COMMON COMMON COMMON COMMON COMMON
15 10%
SW 20% 20% 20% 20% 20%
PS_NVVDD_PH14_SNUB
16 X7R
SW 2V@105degC 2V@105degC 2V@105degC 2V@105degC 2V@105degC
0402
17 AL-Polymer AL-Polymer AL-Polymer AL-Polymer AL-Polymer
4 SW COMMON
3A@105degC,100KHz
3A@105degC,100KHz 3A@105degC,100KHz3A@105degC,100KHz 3A@105degC,100KHz 4
18
SW VVVV37111S5 0.009ohm 0.009ohm 0.009ohm 0.009ohm 0.009ohm
19 R71
PS_NVVDD_DRVON SW SMD_7343 SMD_7343 SMD_7343 SMD_7343 SMD_7343
1ohm PCB CO-LAYOUT
C1871 C1888 NVVDD_PH14_TP
41,42,43,44,44,44,45,46,46,46,47,47,47,48,48,48,49,49 35 5%
47uF 47uF IN EN
6 1206
4V 4V PS_NVVDD_PWM8 GL/NC
41 COMMON
GL/NC GND
20% 20%
34 VVVV37111S5
X6S X6S PWM
0805 0805
COMMON COMMON
PS_NVVDD_PH14_TMON
TP2
VVVV37111S5 VVVV37111S5 36
TMON/FLT GND NVVDD
PS_NVVDD_PH14_REFIN
39
REFIN/NC
GND PS_NVVDD_PH14_IOUT
C186
PS_NVVDD_TMON 38 5
IOUT PGND 330uF
20
41,41,41,42,43,44,44,45,46,46,47,47,48,48,49,66 R45 0ohm PGND COMMON
OU T 37 40
0402 0.05 ohm COMMON NC PGND 20%
31 2 2V@105degC
VVVV37111S5 NC AGND
NVVDD PS_NVVDD_PH14_OP1 AL-Polymer
3A@105degC,100KHz
VVVV37111S5 0.009ohm
nv_cap R1455 10k
GND
SMD_7343
C4424 0402 1 % COMMON
PS_NVVDD_PH14_LSET VVVV37111S5
10nF GND
R39 10k PCB CO-LAYOUT
GND
16V
GND
10% 0402 1% COMMON
X7R PS_NVVDD_PH14
C1834
0402
47uF R1408 0ohm 41,41,41
COMMON OU T
4V 0402 0.05 ohm COMMON PS_NVVDD_CSN14
VVVV37111S5
20% VVVV37111S5
5 R1407 0ohm 41 5
X6S OU T
0805 GND 0402 0.05 ohm COMMON
COMMON VVVV37111S5
VVVV37111S5
GND MICRO-STAR INT'L CO.,LTD
MS-V371
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A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-PS: INPUT SWITCH RTD3 F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
AND GATE LOGIC FOR P-BOARD
lic
lic
AND GATE LOGIC FOR P-BOARD
C
C
.c
.c
w
w
tr re tr re
.
.
ac GPIO1 GPIO29 SWITC H VOUT ac
1 k e r- s o ft w a GPIO1 GPIO29 SWITC H VOUT k e r- s o ft w a 1
0 0 0 3V3
0 0 0 12V_F
0 1 0 3V3
0 1 0 12V_F
1 0 0 3V3
1 0 0 12V_F
1 1 1 3V3 A
1 1 1 3V3 A
12V_F
5V
3V3_F
5V
12V_F
nv_res nv_res nv_res
nv_res C3937 R370 0ohm
D77 R4045 R4046 R4047
C657 C3936 C3932
0ohm 0ohm 0ohm 0805 0.05 ohm COMMON
2
BAT54CW R4043 100uF
10uF 10uF 10uF
30V 0ohm COMMON
0.05 ohm 0.05 ohm 0.05 ohm
16V 16V 16V
0.2A 0.05 ohm U806 RS10 0.001ohm 0402 0402 0402 U41
10% 10% 10% 20%
SOT323 0402 1206 COMMON 1% COMMON COMMON COMMON
X7R X7R X7R 16V@105degC
COMMON COMMON TA-Polymer
2 uP7561 0805 0805 0805 uP7561
PS_IPS1_VIN1_2 3V3_F_VIN1_12 2
COMMON COMMON COMMON R914
1.8A@105degC,100KHz
3
QFN3X3 QFN3X3
COMMON PCB CO-LAYOUT 0.05ohm 100k COMMON
SMD_7343 1% 3 20V
PS_IPS1_VIN1_1 1.67W
C842 OVR-SWIT CH PS_IPS1_DRV1_GR
GND
0402 2 144A
4mohm@10V / 6mohm@4.5V / [ ]@2.5V
C3933 C3941 C625 OVR-SWIT CH
COMMON 1
1uF 12A
30V
22uF 22uF 22uF
16V R3878 0ohm 11
VIN1_1 4 S 6.3V 6.3V 6.3V 11
VIN1_1
COMMON
10% 04020.05 ohm COMMON 200mA G DFN3X3 20% 20% 20% 200mA
X7R 12 VIN1_2 QM3016AM3 X6S X6S X6S 12 VIN1_2
0603 Q26 0805 0805 0805
5 PS_IPS1_FET_D
COMMON COMMON COMMON COMMON
LFPAK D
R909 C3938
0ohm 10nF 5
GND
LFPAK D 0.400
GND
3A
3V3_RTD3
VOUT_1 9 0.05 ohm 16V Q24 VOUT_1 9
0402 10% QM3016AM3 0.300
COMMON 3V3_AUX
3V3_AUX VOUT_2 10 X7R 4G DFN3X3 VOUT_2 10
0402 COMMON 12V_F_RTD3
S 1 30V 0.400
PS_IPS1_VCC COMMON 12A PS_IPS2_VCC
2 4mohm@10V / 6mohm@4.5V / [ ]@2.5V C3942 C826 C3944
144A
3 1.67W 5.5A C628 22uF 22uF 22uF
13 VIN2_1
20V C627 13 VIN2_1 6.3V 6.3V 6.3V
R900 1uF 150uF R368
C656
C3957 1A 10k C645 6.3V COMMON
1A 10k
R369 20% 20% 20%
14 14 X6S X6S X6S
150uF VIN2_2 20% VIN2_2 10k
1uF 1uF 10%
PS_IPS1_DRV1_G
1% 1% 0805 0805 0805
X7R 6.3V@105degC 1%
6.3V COMMON 0402 16V 0402 COMMON COMMON COMMON
20% PS_IPS1_DRV2 COMMON C845 10nF 0402 TA-Polymer PS_IPS2_DRV2COMMON 0402
10% 10% 1.9A@45degC,100KHz COMMON
1V8_AON 6.3V@105degC 1V8_AON COMMON
X7R X7R 0.035ohm
0402 TA-Polymer 6 0402 16V X7R 0603 6
DRV2 PS_IPS1_DRV1 SMD_3528 DRV2 PS_IPS2_DRV1 GND
COMMON 1.9A@45degC,100KHz 10% COMMON
COMMON GND GND
R871 0.035ohm R391
SMD_3528 DRV1 7 R899 150ohm DRV1 7
10k 0402 COMMON
10k
1% GND
1% C843 R904 1%
0402 0402 0.300
PS_IPS1_SWITCH 10nF 10k PS_IPS2_SWITCH
COMMON GND PS_IPS1_P2P
0.300 COMMON PS_IPS2_P2P
R882 0ohm 16V 1%
R395 0ohm
1 SWITCH_N 1 SWITCH_N
10% 0402
3 0402 0.05 ohm COMMON COMMON 0402 0.05 ohm COMMON 3
X7R
P2+ 19 C825 C3939 0402 P2+ 19 C637 C3934
R870 PS_IPS1_STEER 0.1uF 2.2uF COMMON R387 PS_IPS2_STEER 0.1uF 2.2uF
10k 2 20
16V 6.3V 10k 2 20
16V 6.3V
STEER P2- STEER P2-
1% 10% 10% GND GND 1% 10% 10% 12V_F
PS_IPS1_P2N X7R X7R PS_IPS2_P2N X7R X7R
0402 12V_F 0402 R382
COMMON 0402 0603 COMMON 0402 0603
R881 COMMON COMMON 10k COMMON COMMON
10k 1%
R3886 0ohm
0.300 PS_IPS1_P2P 0402 0.300
1% PS_IPS1_VCC GND R3879 0ohm PS_IPS2_VCC GND
PS_IPS1_P1P COMMON PS_IPS2_P1P 0.300 0402 0.05 ohm COMMON
0402
GND 5 5
COMMON VCC 0402 0.05 ohm COMMON GND VCC
PS_IPS1_SS R3880 R3882 C3943
PS_IPS2_SS
C841 16 C822 C3940 10k 10k C622 16 C638 10uF
PS_IPS1_SS_RC P1+ PS_IPS2_SS_RC P1+
2.2uF 0.1uF 10uF 1% 1% 2.2uF 0.1uF 16V
0402 0402 GND
6.3V 16V 16V 6.3V 16V 10%
R862 1k 18 SS P1- 17 COMMON PS_IPS1_P1P
COMMON
R398 1k 18 SS P1- 17
X7R
10% 10% 10% 10% 10%
GND 0402 1% COMMON PS_IPS1_P1N PS_IPS1_P1N 0402 1% COMMON PS_IPS2_P1N 0805
X7R X7R X7R X7R X7R
0603
C820 0402 0805 0603
C642 0402 COMMON
0.300
COMMON 0.1uF COMMON COMMON COMMON 0.1uF COMMON
PS_IPS1_CPP 0.300 PS_IPS2_CPP
16V R3881 R3883 16V
PS_IPS1_OCP PS_IPS2_OCP 0.300 GND
10% 10k 10k 10%
GND X7R 0.300 GND GND X7R
15 OCP 3 C834 1% 1%
15 OCP 3 C626 PS_IPS2_P2P
0402 CP+ 0402 0402 0402 CP+
COMMON 0.1uF R3969 COMMON
0.1uF
COMMON COMMON
R3968 8 4
16V 10k 8 4
16V
GND CP- R399 GND CP- R3884 R3887
10k GND 10% 1% 10%
PS_IPS1_CPN X7R 0402 GND 1k PS_IPS2_CPN X7R 10k 10k
1%
21 THERM_GND 0402 COMMON 1% 21 THERM_GND 0402 1% 1%
0402
R869 COMMON 0402 COMMON 0402 0402
COMMON
1k GND GND COMMON COMMON PS_IPS2_P1P
COMMON
0.300 0.300
1%
0402
PS_IPS2_P1N
COMMON
R3885 R3888
10k 10k
4 GND 4
1% 1%
0402 0402
COMMON COMMON
3V3_F 3V3_AUX
GND
3V3_SEQ
C604 C612 GND GND
1uF 1uF
5
GPIO1_GC6_FB_EN U804
1 2
1 2
6.3V 6.3V
30,33,36,36,56,57,58,59 1 M74VHC1GT08DFT2G PS_IPS2_DRV1_G 10% 10% PS_IPS2_DRV2_G
IN
4 X7R X7R
G1
G1
3 0402 0402 3
2
S1
S1
SC70-5 COMMON COMMON
COMMON
3
GND GND
7 7
DFN2X3_DUAL_CD
DFN2X3_DUAL_CD
GND
SWITCH
D1/D2
D1/D2
PS_IPS2_DRV1 PS_IPS2_DRV2
G2
G2
4 4
R974 0ohm R986 0ohm
QM2544N5
QM2544N5
COMMON
COMMON
N/A
Q17
GPIO29_IDLE_IN_SW PS_RTD3_12V_SW 0402 0.05 ohm COMMON 0402 0.05 ohm COMMON
Q18
R874 0ohm
6 5
6 5
30 51,56,59
IN OU T
0402 0.05 ohm COMMON
S2
S2
R875
10k
1% 3V3_RTD3
0402
COMMON
5 5
GND
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom RTD3 2.1
Da te : Tues day, April 09, 2019 Shee t 50 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
12V_PEX8_F2 12V_PEX8_FB
place caps close to INA3221
12V_RTD3_PEX_INP
51,56,56,56,56
IN
RSENSE6 0.400
10A
RS3 0.005ohm
R_SENSE_4PIN COMMON 1%
12V_RTD3_PEX_INN
51,56,56
IN
12V_PEX6_8_1_OVR_INP
51,56,56
IN
12V_PEX6_8_1_OVR_INN
51,56
IN
12V_PEX8_1_FBP
56,56,56,56
IN
2 2
12V_PEX8_1_FBN
56,56
IN
12V_PEX8_FB
12V_PEX6
RS805
RS807 0.001ohm
0.001ohm
1% 0x86 RSHORT 1%
1206
1206
COMMON
COMMON 12_PEXV6_8_IN_OVRS
12V_PEX6_8_F1
RSENSE5
5.5A
RS808
0.400
RS12 0.005ohm
R_SENSE_4PIN COMMON 1%
0.001ohm C3947
1% C851 C3945 C3946
COMMON nv_res 10uF 10uF 10uF 100uF
1206 16V 16V 16V COMMON RS11 0.001ohm
R4048 U807 10% 10% 10% 20% 1206 COMMON 1%
0ohm X7R X7R X7R 16V@105degC R915
0.05 ohm uP7561 0805 0805 0805 TA-Polymer 100k
0402 COMMON COMMON COMMON 1.8A@105degC,100KHz
QFN3X3
12V_PEX6_8_1_OVR_INP COMMON
PCB CO-LAYOUT 0.05ohm
1%
COMMON 0402
3 51,56,56 12V_PEX6_8_1_OVR_INN SMD_7343 3 20V 3
COMMON
OU T 1.67W
51,56
OU T
PS_IPS3_VIN1_1 OVR-SWIT CH GND
PS_IPS3_DRV1_GR
2 144A
4mohm@10V / 6mohm@4.5V / [ ]@2.5V
1 12A
30V
R3889 0ohm 11
VIN1_1 4 S
5V COMMON
PS_IPS3_VIN1_2 0402 0.05 ohm COMMON 200mA G DFN3X3
12 VIN1_2 R908 QM3016AM3
C3949 Q27
5
0ohm PS_IPS3_FET_D
D78 10nF
LFPAK D
0.05 ohm
2
16V
BAT54CW 0402 5 12V_PEX6_8_RTD3 12V_PEX6_8_RTD3_USB
COMMON
LFPAK
10% D 0.400
30V 9 Q25
VOUT_1 X7R
0.2A
0402 QM3016AM3
SOT323
3V3_AUX VOUT_2 10 G
COMMON4 DFN3X3
COMMON COMMON
S 1 30V
3
PS_IPS3_VCC 12A
2 4mohm@10V / 6mohm@4.5V / [ ]@2.5V 0.400
144A
3 1.67W 5.5A
20V
13 VIN2_1 RS13 0.005ohm
R898
C3958 1A 10k
R_SENSE_4PIN COMMON 1%
C831 14 C648
PS_IPS3_DRV1_G
1uF 150uF VIN2_2 1% 1uF
C846 10nF 0.400
6.3V COMMON 0402 16V 5.5A
PS_IPS3_DRV2COMMON 0402 16V
10% 20% 10%
1V8_AON 6.3V@105degC 10% RSENSE4
X7R X7R
X7R
0402 TA-Polymer 6 0603
1.9A@45degC,100KHz
DRV2 PS_IPS3_DRV1 COMMON
COMMON COMMON
R873 0.035ohm
SMD_3528 DRV1 7 R901 150ohm
10k
0402 1% COMMON GND
1% C844
PS_RTD3_12V_SW 0402 PS_IPS3_SWITCH 10nF R905
COMMON 0.300 PS_IPS3_P2P
R857 0ohm 1 SWITCH_N 16V 10k
50,56,59 GND
IN 10% 1%
04020.05 ohm COMMON
X7R 0402
R872 P2+ 19 C824 C3948
0402 COMMON
4 10k PS_IPS3_STEER 0.1uF 2.2uF COMMON 4
1% 16V 6.3V
2 STEER P2- 20
0402 10% 10%
COMMON PS_IPS3_P2N X7R X7R GND
12V_F
0.300 0402 0603 GND
COMMON COMMON
PS_IPS3_VCC GND R3890 0ohm
GND PS_IPS3_P1P
5 VCC 0402 0.05 ohm COMMON
PS_IPS3_SS
C840 P1+ 16 C823 C3950 PS_IPS3_P2P
PS_IPS3_SS_RC
R883 2.2uF 0.1uF 10uF
10k 6.3V R860 1k 18 17
16V 16V
SS P1- R3891 R3893
1% 10% 10% 10%
0402 X7R
0402 1% COMMON PS_IPS3_P1N X7R X7R 10k 10k
0603
C821 0402
0.300
0805 1% 1%
COMMON
COMMON
0.1uF COMMON COMMON 0402 0402
PS_IPS3_CPP
16V COMMON PS_IPS3_P1P
COMMON
PS_IPS3_OCP
10%
X7R 0.300 GND PS_IPS3_P1N
15 OCP 3 C835
0402 CP+
COMMON 0.1uF
GND GND R3892 R3894
R865 8 GND CP- 4
16V
10k 10k
R3970 1k 10%
X7R 1% 1%
10k 1%
21
GND 0402
THERM_GND 0402 0402 0402
1% COMMON COMMON
PS_IPS3_CPN COMMON
0402 COMMON
COMMON
0.300
GND GND
GND
5 5
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom RTD3 USB 2.1
Da te : Tues day, April 09, 2019 Shee t 51 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F-
PS: Input Switch Rail Balance F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
to
to
ww
ww
om
om
k
k
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
2 2
3V3_AON
R3836
10k
1%
0402
INPUT_PEX6_8B_DT1_R* COMMON
55,55,55 R452 0ohm
IN
0402 DNI
0.05 ohm
D11
BAS70-06W
70V
70mA
SOT323
COMMON
1 PEX6_8B_STEER
INPUT_PEX6_8B_DT2_R* 3 52,53
OU T
3 55,55,55 2 3
IN
3V3_AON
3V3_F
R3976 0ohm
04020.05 ohm COMMON
R3929 3V3_AUX
0ohm
0.05 ohm
0402
COMMON
D70
R3975
2
BAT54CW
10k 30V
1% 0.2A
0402 SOT323
COMMON COMMON
3
1A
GND 3.3V
0.300
4 4
3V3_AON
R3837
10k
1%
0402
COMMON
D802
BAS70-06W
70V
70mA
INPUT_PEX8_DT1_R*
SOT323
COMMON
55,55,55 1 PEX8_STEER
IN
INPUT_PEX8_DT2_R* 3 52,53
OU T
5 55,55,55 2 5
IN
MICRO-STAR INT'L CO.,LTD
MS-V371
MSI
Size Document Description Rev
Cus tom BALA 2.1
Da te : Tues day, April 09, 2019 Shee t 52 of 66
A B C D E F G H
A B C D E F G H
h a n g e Pro h a n g e Pro
XC d XC d
F- F-
uc
uc
PD
PD
!
!
W
W
t
t
O
O
N
N
y
y
bu
bu
12V CURRENT STEERING (UNDER POWER BOOT):
to
to
ww
ww
om
om
k
k
GUIDES CURRENT FROM PEX EDGE TO PEX 6/8 PIN INPUT AREA
lic
lic
C
C
.c
.c
w
w
tr re tr re
.
.
ac ac
1 k e r- s o ft w a k e r- s o ft w a 1
12V_PEX6_8_F1
C683 4.7uF
0805 16V
10% STEERING1_R1 STEERING1_G1
X7R 25V
3 3.1W
COMMON -80A
R828 100k R839 20k 2
-11A
0402 1% COMMON 0402 1% COMMON 1 -30V
4 S COMMON
DFN3X3
1G1D1S 3 G AON7403
D Q34 Q805
PEX6_8B_STEER 2N7002W 1G4D3S 5
52 1G
SOT323_1G1D1S D
IN COMMON STEERING1_D1
S 2
60V
0.115A
5000mohm@10V / 7500mohm@4.5V / 0mohm@2.5V
0.8A
0.12W
C817
20V 1uF
0.400
16V
10%
X7R
0603
12V_PEX8_F2 COMMON
STEERING1_G2
2 GND
C677 4.7uF GND 2
0805 16V 5
STEERING1_R2
1G4D3S D
10% Q804
X7R
COMMON AON7403
R848 100k R832 20k 4G DFN3X3
COMMON
0402 1% COMMON 0402 1% COMMON 1 -30V
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