1 2 3 4 5 6 7 8

Project : AM9 15.6" MB Schematic 01

PCB Rev: A00
Build: PVT
A Block Diagram Shark Bay Platform A

GPU
HDMI Conn. Re-Driver
CPU Nvidia
INT HDMI PEG x 8 GDDR5 x 8 PCS
PAGE 33 PS8407A N16P-GX 50W
Haswell 29 x 29 mm
4Gb(256 Mb x 16)
PAGE 25~28
Package : BGA908
Channel A PAGE 20~24

SYSTEM MEMORY
Processor : Quad Core
DDR3L SO-DIMM DDR3L 1600 MT/s 1.35V
PAGE 18
Power : 47 (Watt)
Package : BGA1364
Channel B Size : 37.5 x 32 (mm) eDP 2 Lanes 15.6" eDP Panel
DDR3L 1600 MT/s 1.35V UHD 3840 x 2160
DDR3L SO-DIMM PAGE 07~11 FDI 2 Lanes PAGE 32
PAGE 19
B
5GT/s B

DMI X 4
Giga LAN
HDD SATA3 6GB /S PCIE TRANSFORMER RJ45
PAGE 31 RTL8111GU
Port4 PCIE Port 3 PAGE 40 PAGE 40
PAGE 40

M.2(NGFF) SSD SATA3 6GB /S

PAGE 31
Port5
Mobile Intel PCIE PCIE Port 4 NGFF
WLAN + BT Camera
Flash ROM PAGE 39 PAGE 32
SPI (CS0)
8 MB PAGE 30
HSPI
Lynx Point USB2.0
Port 9 Port 8

(HM87)
Flash ROM Port 5 Port 0 Port 1
SPI EC
8 MB PAGE 30
SMbus ITE Platform Controller Hub IO Board
C Touch Pad PS/2 IT8528E LPC Power : 3 Watt
C

PAGE 34 USB 3.0 USB 3.0 USB 3.0

Package : FCBGA695
Package : LQPF128 Power Share Type A Type A
Size : 20 x 20 (mm) PAGE 37 Sub Woofer
K/B PAGE 34

CPU FAN PAGE 36 PAGE 29

Port 5 Port 1 Port 2 AMP
USB3.0 ANPEC
GPU FAN PAGE 36 ALC1003-CGT
Card Reader
PCIE PAGE 12~17 HDA Audio Codec
SD slot Realtek
PAGE 38 Universal Jack
RTS5227S PCIe Port5 Realtek
9 x 9mm PAGE 38 ALC3234
SPEAKER
D D

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
BLOCK DIAGRAM
Date: Monday, June 22, 2015 Sheet 1 of 51
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

AM9 PSequence G3 to S0 02
+PWR_SRC
+5V_ALW2 and
+3.3V_RTC_LDO G3 mode: > EC reset time + output ALW_ON
S5 mode: > Power button DE-BOUNCE time

POWER_ SW_IN0#

3.3V_ALW_ON G3 mode: Asserted by HW latch of power button event

S0 mode: Be keeped on high by ALW_ON
A A

+3.3V_ALW

ALW_ON G3 mode: > 1650 Tick (50 ms)

+5V_ALW

+15V_ALW

G3 mode: EC don't care this event.

SYS_PWR_SW# S5 mode: Upon power always exist, and this pin keeped on high. Start from this event.

SUS_ON(EC) 528 ms (EC, ALW_ON to SUS_ON, EC)

+3.3V_SUS

RSMRST#(EC) 37.6 ms (VCCDSW(+3.3V_SUS) to DPWROK(RSMRST#), t04=min 10ms) (For a non-DeepSx system DPWROK and RSMRST# go high at the same time)
(+3.3V_SUS to RSMRST#, t05=min 10ms)
(DPWROK, suspend power well)
Thd = 500 us
EC_PWRBTN# (EC) (EC) minimum duration of PWRBTN# assertion=16ms. PWRBTN# can assert before or after than RSMRST#

SIO_SLP_S5#(PCH) 102 ms (RSMRST# to SLP_S5, t07=min 5ms)

B B

SIO_SLP_S4#(PCH) 35.2 us (SLP_S5 to SLP_S4, t09=min 30us)

+V_VDDQ

DDR_PWRGD 27ms (+V_VDDQ to DDR_PWRGD, t44=min 100ns)

VDDQ (CPU) (-20% of nominal value) to VR_VDDQPWRGD

SIO_SLP_S3#(PCH) 70.2 us (SLP_S4 to SLP_S3, t10=min 30us)

+DDR_VTT

RUN_ON(EC) 22 ms(SLP_S3# to RUN_ON,EC)

EC: SIO_SLP_S3# to RUN_ON delay ?ms

+1.05V 163 ms (VccSUS (+3.3_SUS) to VccASW (+1.05V_PCH), t29= min 0ms)

163 ms (+3.3V_SUS to +1.05V, t31 =min 0ms)

+1.5V_RUN 2 ms(+1.05V stable to +1.5V_RUN stable , min=0s)

5.68 ms(+1.05V stable to +3.3V_RUN stable , min=0s)

+3.3V_RUN
C C

+5V_RUN

HWPG (APWROK) 5.7 ms(VCCASW to APWROK, t11 mim =1ms)

APWROK may come up earlier than PWROK, but no later
(1.05V_PWRGD)
EC: HWPG to IMVP_VR_ON delay 5ms
IMVP_VR_ON(EC)
VCC_CORE turn on after SVID vaild.
+VCC_CORE Vboot
(CPU CORE) 15.3 ms(APWROK to PWROK, t30 mim =0ms)
15.3 ms(ALL_SYS_PWRGD (HWPG) to PWROK, t14 mim =5ms)

IMVP_PWRGD 20.9 ms(PCH CORE to PWROK, t41 mim =5ms)

(PWROK)

PM_DRAM_PWRGD 18.2 ms(PWROK to PM_DRAM_PWRGD, t18 mim =0us)

PCH CLK valid Last un-core power rail stable to DRAMPWROK assertion.

? ms(PCH CLK stable to H_PWRGOOD, t19 min = 1 ms)

H_PWRGOOD(PCH) 23.6 ms(+VCC_CORE to H_PWRGOOD, min = 5<t13<650 ms)
(PWRGOOD)
23.6 ms(PWROK to H_PWRGOOD, t20 min = 2 ms)

VCCIO_OUT
D D

CPU SVID BUS(CPU) valid

SYS_PWROK 124 ms(HPWG to SYS_PWROK, t15 min = 5~99 ms)

EC: HPWG to EC_PWROK(EC) Delay 100 ms
(EC_PWROK)

PLTRST# 2.08 ms (SYS_PWROK to PLTRST#, t21+t22 = min 1.06 ms)

PLTRST# could de-assert prior to final SVID value

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
06 PS_G3 to S0
Date: Monday, June 22, 2015 Sheet 2 of 51
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

+PWR_SRC
AM9 PSequence G3 to S0 Block (Battery mode)
2
+3.3V_RTC_LDO VCC
+3.3V_RTC_LDO 03
+3.3V_ALW
1 0
5 +PWR_SRC +VCHGR
3V/5V
+5V_ALW 7
VR CHARGER Battery
+15V_ALW 7

EN2

EN1
A A
PWR SW
+5V_ALW
3 4 3.3V_ALW_ON
POWER_ SW_IN0#
+PWR_SRC VCC +V_VDDQ 16
6 ALW_ON

+V_VDDQ +DDR_VTT 18 4
DDR/0.675V +3.3V_ALW
SYS_PWR_SW#
VR
DDR_PWRGD 17
PG
25 VCC RSMRST# 10
S4

S3

RSMRST#(DPWROK)
HWPG
SIO_SLP_S3# 15 AC_PRESENT 11
ACPRESENT
SIO_SLP_S4# 14 24 1.05V_PWRGD EC_PWRBTN# 12
PWRBTN#
EC

B B

13 SLP_S5#
SLP_S5#
14

IMVP_VR_ON

SIO_SLP_S3#

SIO_SLP_S4#

SIO_SLP_S5#
SLP_S4#

EC_PWROK
SLP_S4#

SUS_ON

RUN_ON
15 SLP_S3#
SLP_S3#
25 HWPG
APWROK
28 IMVP_PWRGD PCH
8 19 34 26 15 14 13 PWROK
29 PM_DRAM_PWRGD
DRAMPWROK
30

PLTRST_PROC#
PCH_CLK
PCH_CLK

PROCPWRGD
35 PCI_PLTRST#
PLTRST#
34 EC_PWROK
SYS_PWROK

C C

CPU_PLTRST#
H_PWRGOOD
+5V_ALW
+3V_ALW SUS +3.3V_SUS
LS 9
+PWR_SRC VCC +1.05V 20
G +PWR_SRC 31 36
1.05V
SUS_ON 8 27
VR 1.05V_PWRGD 24 29 PM_DRAM_PWRGD 32
PG +PWR_SRC VCC +VCCIN
EN

PWRGOOD

PLTRSTIN#
VCCIO_OUT
+5V_ALW +5V_RUN 21 IMVP 28
RUN_ON 19 RUN VR IMVP_PWRGD
SVID

PG 33 SVID
LS
EN
+3.3V_ALW +3.3V_RUN 23 CPU
+3.3V_ALW 33
SVID IMVP_VR_ON 26
+3.3V_ALW VCC +1.5V_RUN 22 CPU
G G
D
1.5V D

VR
EN

RUN_ON 19
RUN_ON 19 RUN_ON 19 Quanta Computer Inc.
PROJECT : AM9
Size Document Number Rev
A0
PSeq_G3 to S0 Block_vPRO
Date: Monday, June 22, 2015 Sheet 3 of 51
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

AM9 GPU Power UP sequence AM9 GPU GC6 2.0 Entry/Exit sequence 04
Note.0
PEX_LINK Active Detect Train
DGPU_PWR_EN GPU_PEX_RST_HOLD#
A (PCH) 251us, DGPU_PWR_EN to +3V_AON (GPU) A

+3V_AON PEGX_RST#

GC6_FB_EN GPU Detects PCIE link disabled

+3V_MAIN_EN
(GPU) 150us, +3V_MAIN_EN to +3V_GFX
+3V_AON
90% Keep High
+3V_GFX
+3V_MAIN_EN
3V3_MAIN_PWRGD (GPU)
(+3V_GFX) +3V_GFX
1.23ms, 3V3_MAIN_PWRGD to +VGACORE
90% 3V3_MAIN_PWRGD
+VGACORE (+3V_GFX)
1.23ms, 3V3_MAIN_PWRGD to +1.05V_GFX
90%
B +1.05V_GFX +VGACORE B

DGPU_VC_EN +1.05V_GFX
(+VGACORE_PWRGD)
1.09ms, DGPU_VC_EN to +1.35V_GFX DGPU_VC_EN
(+VGACORE_PWRGD)
+1.35V_GFX
+1.35V_GFX Keep High Note.1

DGPU_PWROK DGPU_PWROK T1 0.04ms < T1 < 4ms.

Note.2 Note.3
GPU_EVENT# T0 min = 0.001ms.
GC6 Entry GC6 Exit
Note.0 : GPU driver ACPI call SBIOS to disables PCIE link.
Note.1 : When GC6 2.0 mode, +1.35V_GFX enabled by GC6_FB_EN
C Note.2 : GPU driver ACPI call SBIOS then confirm entry complete by C
sensing GC6_FB_EN =1, Enable PCIE Link. Then PCH asserts GPU_EVENT#
Note.3 : SBIOS detects GC6_FB_EN =0, then De-asserts GPU_EVENT#
P.S. The entire entry and exit sequence must complete within 200 ms

T0 = 220 us, PEGX_RST# to DGPU_PWR_EN

AM9 Optimus GPU On/Off sequence 2.21 ms, DGPU_PWR_EN to DGPU_PWROK

0ms< T0 < 5ms

PEGX_RST#
(PCH DGPU_HOLD_RST# control) 0.1ms < T1 < 5ms

DGPU_PWR_EN
(PCH) < 200ms

DGPU_PWROK
D D
(All Rail PGOOD)
< 200ms

Quanta Computer Inc.

P.S. The entire entry and exit sequence must PROJECT : AM9
complete within 200 ms Size Document Number Rev
A0
GPU Sequence
Date: Monday, June 22, 2015 Sheet 4 of 51
1 2 3 4 5 6 7 8
 5 4 3 2 1

05
D D

Adapter 130W

Charger
BQ24737RGRR PWR_SRC

Battery 3S2P

+3.3V_EN2 ALW_ON SLP_S4# RUN_ON DGPU_VC_EN IMVP_VR_ON

DGPU_PWR_ON#

C C

TI TI AOS Richtek Richtek TI

TPS51225CRUKR TPS51216RUKR AOZ1267QI-02 RT8228AZQW RT8813CGQW TPS51631ARSMR

+15V_ALW
+3.3V_ALW +5V_ALW +DDR_VTT +V_VDDQ +1.05V +1.35_GFX +VGACORE +VCCIN

RUN_ON SUS_ON AONON DGPU_PWR_EN RUN_ON DGFX_VR_PWRGD

RUN_ON

Load Switch Load Switch Load Switch Load Switch GMT (LDO) Load Switch Load Switch
AON7506 AO6402A AO6402A AO6402A G9661-25ADJTP1U AON7507 AON7508

B B

+3.3V_RUN +3.3V_SUS +3V_AON +3V_GFX +1.5V_RUN +5V_RUN +1.05_GFX

A A

Title
<Title>

Size Document Number Rev

C Power Block Diagram A0

Date: Monday, June 22, 2015 Sheet 5 of 51

5 4 3 2 1
 5 4 3 2 1

SMBus Block
PCIe CLKOUT
PORT 0 X
HSIO Port HM87 AM9
06
PORT 1 X USB3.0 USB 3.0
PORT 2 GIGA LAN PORT 1 PORT1 CONN 1
+3.3V_ALW +3.3V_ALW PORT 3 NGFF WLAN USB3.0 USB 3.0
PORT 4 Card reader PORT 2 CONN 2
PORT2
PORT 5 X USB3.0 USB 3.0
D
PORT 3 CONN 3
D

4.7K 4.7K PORT 6 X PORT5

Slave address: 03H PORT 7 X USB3.0
SMBCLK0
100R PORT 4
PORT6 X
BAT/CHARGE
SMB0 USB3.0 PCIe*
SMBDAT0 PORT 5
PORT3 Port 1 X
P43
100R USB3.0 PCIe*
PORT 6 PORT4 Port 2 X
Slave address: 1001100xb (98h)
PCIe*
+3V_RUN +3V_RUN CPU PORT 7
Port 3 GIGA LAN
Thermal Sensor
PCIe*
NCT7718W
P36 PORT 8 Port 4 NGFF WLAN
2.2K 2.2K
PCIe*
SMBCLK3 PORT 9
Port 5 Card Reader
SMB3 PCIe*
SMBDAT3 PORT 10
Port 6 X
PCIe*
Slave address: 10011110 (0X9Eh) PORT 11 Port 7 X
C C
+3V_AON +3V_AON PCIe*
+3V_GFX
GPU PORT 12
Port 8 X
N16P-GX
PCIe* SATA 6Gb/s
EC 2.2K 2.2K
P23 PORT 13 Port 1 Port 4 SATA HDD
G
PCIe* SATA 6Gb/s
IT8528E D
NMOS
S GFX_SCL PORT 14
Port 2 Port 5 M.2(NGFF)SSD
D S GFX_SDA SATA 6Gb/s
NMOS PORT 15
Port 0 X
(128 Pin LQFP) SATA 6Gb/s
+3.3V_ALW +3.3V_ALW +3.3V_SUS +3.3V_SUS PORT 16 Port 1 X
SATA 3Gb/s
+3.3V_SUS PORT 17
Port 2 X
SATA 3Gb/s
2.2K 2.2K 2.2K 2.2K PORT 18 Port 3 X
G
SMBCLK1 D S SMB_ME1_CLK
NMOS
SMB1 D S
SMBDAT1 SMB_ME1_DAT
NMOS
B USB 2.0 B
P29 EHCI #1 EHCI #2
+3.3V_SUS +3.3V_SUS
PORT 0 USB3.0 CONN / DB PORT 8 Camera
PORT 1 USB3.0 Conn / DB PORT 9 BT
PORT 2 X PORT 10 Touch Panel
2.2K 2.2K PORT 3 X PORT 11 X
SMB_ME0_CLK
PORT 4 X PORT 12 X
Controller
PORT 5 USB3.0 CONN / PS PORT 13 X
PCH SMLink0 SMB_ME0_DAT
PORT 6 X
PORT 7 X
INTEL Slave address: 4BH
(HM87) SMB_ME1_DAT
27mm X 25mm
Controller
SMLink1 SMB_ME1_CLK

Slave address: A0H Slave address: A4H Slave address: 2CH

+3.3V_SUS +3.3V_SUS +3V_RUN +3V_RUN
DDR3L-SODIMM DDR3L-SODIMM
+3V_RUN CH.A(STD) P18 CH.B(STD) P19 Touch PAD
P34
A A

2.2K 2.2K 2.2K 2.2K

G
HOST SMB_PCH_CLK D S SMB_RUN_CLK
SMBUS NMOS
SMB_PCH_DAT D S SMB_RUN_DAT Quanta Computer Inc.
NMOS
P13
PROJECT : AM9
Size Document Number Rev
A0
SMBus Block
Date: Monday, June 22, 2015 Sheet 6 of 51
5 4 3 2 1
 5 4 3 2 1

Haswell Processor (DMI,PEG,FDI)

+1V_VCOMP_OUT

R53
Layout note:
PEG_RCOMP
TL <= 400 mils SM_DRAMPWROK# Topology
07
HASWELL_BGA_E
U10A 24.9/F_4 TW >= 12 mils
TS >= 15 mils +V_VDDQ
AH6 PEG_RCOMP
PEG_RCOMP E10 PEG_RXN7
PEG_RXN0 PEG_RXN7 20
DMI_TXN0 AB2 C10 PEG_RXN6
12 DMI_TXN0 DMI_RXN0 PEG_RXN1 PEG_RXN6 20
DMI_TXN1 AB3 B10 PEG_RXN5
12 DMI_TXN1 DMI_RXN1 PEG_RXN2 PEG_RXN5 20
DMI_TXN2 AC3 E9 PEG_RXN4 R56
12 DMI_TXN2 DMI_RXN2 PEG_RXN3 PEG_RXN4 20
DMI_TXN3 AC1 D9 PEG_RXN3 1.8K/F_4
D 12 DMI_TXN3 DMI_RXN3 PEG_RXN4 PEG_RXN3 20 D
B9 PEG_RXN2
PEG_RXN5 PEG_RXN2 20
DMI_TXP0 AB1 L5 PEG_RXN1
12 DMI_TXP0 DMI_RXP0 PEG_RXN6 PEG_RXN1 20
DMI_TXP1 AB4 L2 PEG_RXN0 PM_DRAM_PWRGD
12 DMI_TXP1 DMI_RXP1 PEG_RXN7 PEG_RXN0 20 12 PM_DRAM_PWRGD
DMI_TXP2 AC4 M4
12 DMI_TXP2 DMI_RXP2 PEG_RXN8

DMI
DMI_TXP3 AC2 L4
12 DMI_TXP3 DMI_RXP3 PEG_RXN9 M2 R57 SM_DRAMPWROK
DMI_RXN0 AF2 PEG_RXN10 V5 3.3K/F_4
12 DMI_RXN0
DMI_RXN1 AF4 DMI_TXN0 PEG_RXN11 V4 0.45 * VDDQ < VIH <1.0V
12 DMI_RXN1 AG4 DMI_TXN1 PEG_RXN12 V1
DMI_RXN2
12 DMI_RXN2 DMI_RXN3 AG2 DMI_TXN2 PEG_RXN13 Y3
12 DMI_RXN3 DMI_TXN3 PEG_RXN14 Y2
DMI_RXP0 AF1 PEG_RXN15 F10 PEG_RXP7
12 DMI_RXP0 DMI_TXP0 PEG_RXP0 PEG_RXP7 20
DMI_RXP1 AF3 D10 PEG_RXP6
12 DMI_RXP1 DMI_TXP1 PEG_RXP1 PEG_RXP6 20
DMI_RXP2 AG3 A10 PEG_RXP5
12 DMI_RXP2 DMI_TXP2 PEG_RXP2 PEG_RXP5 20
DMI_RXP3 AG1 F9 PEG_RXP4
12 DMI_RXP3 DMI_TXP3 PEG_RXP3 PEG_RXP4 20
C9 PEG_RXP3
PEG_RXP4 PEG_RXP3 20
A9 PEG_RXP2
PEG_RXP5 PEG_RXP2 20
M5 PEG_RXP1
PEG_RXP6 PEG_RXP1 20
L1 PEG_RXP0
PEG_RXP7 PEG_RXP0 20
M3
FDI_CSYNC F11 PEG_RXP8 L3
12
12 FDI_CSYNC
FDI_INT
FDI_INT F12 FDI_CSYNC
DISP_INT
PEG_RXP9
PEG_RXP10
M1 CPU PU/PD setting
Y5

PEG
+3.3V_RUN
PEG_RXP11 V3
PEG_RXP12 V2
Layout note: PEG_RXP13 Y4 CPU_DBR# R276 *1K_4_NC
FDI_CSYNC & FDI_INT PEG_RXP14 Y1
Trace length < 10000 Mils PEG_RXP15 DPDG 2.0 recommend 150R-3K,
B6 PEG_TXN7 C518 2 1 0.22U/16V_4
PEG_TXN0 PEG_TXN7_C 20 CRB use 1kR.
Impendance = 50 ohm FDI PEG_TXN1
C5 PEG_TXN6 C522 2 1 0.22U/16V_4
PEG_TXN6_C 20
E6 PEG_TXN5 C523 2 1 0.22U/16V_4
PEG_TXN2 PEG_TXN5_C 20
C PEG_TXN3
D4 PEG_TXN4 C530 2 1 0.22U/16V_4
PEG_TXN4_C 20 DS V2.4 -> 470-1K Ω PU, C
G4 PEG_TXN3 C536 2 1 0.22U/16V_4 PM_THRMTRIP# :
PEG_TXN4 E3 PEG_TXN2 C533 2 1 0.22U/16V_4
PEG_TXN3_C 20 CHKLIST V2.0 -> 1K Ω PU, +1.05V
PEG_TXN5 J5 PEG_TXN1 C540 2 1 0.22U/16V_4
PEG_TXN2_C 20 CRB-GR V0.7 -> 100 Ω PU Broadwell need PU (OD pin)
PEG_TXN6 G3 PEG_TXN0 2 1 PEG_TXN1_C 20 PM_THRMTRIP# HSW is CMOS OUTPUT
C538 0.22U/16V_4 R423 *1K_4_NC
PEG_TXN7 PEG_TXN0_C 20
J3
PEG_TXN8 J2
PEG_TXN9 T6 CPU_TDO R36 *51_4_NC
PEG_TXN10 R6
PEG_TXN11 R2 CPU_DBR# C512 *0.1U/10V_4_NC
PEG_TXN12 R4
PEG_TXN13 T4 H_PWRGOOD_R R31 10K_4
PEG_TXN14 T1 CPU_TCK R286 *51_4_NC
PEG_TXN15 C6 PEG_TXP7 C516 2 1 0.22U/16V_4 CPU_TRST# R280 *51_4_NC
PEG_TXP0 B5 2 1 PEG_TXP7_C 20
PEG_TXP6 C520 0.22U/16V_4
PEG_TXP1 D6 2 1 PEG_TXP6_C 20
PEG_TXP5 C526 0.22U/16V_4
PEG_TXP2 E4 2 1 PEG_TXP5_C 20
PEG_TXP4 C528 0.22U/16V_4
PEG_TXP3 G5 2 1 PEG_TXP4_C 20
PEG_TXP3 C535 0.22U/16V_4
PEG_TXP4 PEG_TXP3_C 20
E2 PEG_TXP2 C532 2 1 0.22U/16V_4
PEG_TXP5 J6 PEG_TXP1 2 1 PEG_TXP2_C 20
C539 0.22U/16V_4
PEG_TXP6 PEG_TXP1_C 20
G2 PEG_TXP0 C537 2 1 0.22U/16V_4
PEG_TXP7 J4 PEG_TXP0_C 20
PEG_TXP8 J1
PEG_TXP9 T5
PEG_TXP10 R5
PEG_TXP11 R1
PEG_TXP12 R3
PEG_TXP13 T3
PEG_TXP14 T2
PEG_TXP15

1 OF 12
B B

Haswell Processor (CLK,MISC,JTAG)

Layout note:
SM_RCOMP[0:2]
TL < 500 mils
TW = 12~15 mils PROCHOT# Topology PDG v2.4
U10B HASWELL_BGA_E
Self TS >= 20 mils
SKTOCC# C51
MISC
BB51 SM_RCOMP_0 R72 100/F_4
Other TS >= 25 mils +1V_VCCIO_OUT
TP73 PROC_DETECT SM_RCOMP0 BB53 SM_RCOMP_1 R66
DDR3

75/F_4
SM_RCOMP1
THERMAL

CATERR# G50 BB52 SM_RCOMP_2 R67 100/F_4 VR DS pg11.

TP6 CATERR SM_RCOMP2
G51 BE51 DDR3_DRAMRST# Layout note:
29 CPU_PECI PECI SM_DRAMRST DDR3_DRAMRST# 18 >100 deg.C assert. R33
H_PROCHOT# E50 N53 CPU_PRDY# <97 deg.C de-assert. 62_4
Clost to CPU
PROCHOT PRDY TP80
PM_THRMTRIP# D53 N52 CPU_PREQ#
15 PM_THRMTRIP# THERMTRIP PREQ N54 CPU_TCK TP81 H_PROCHOT#
R34 56_4
TCK TP82 29,43,48 IMVP7_PROCHOT#
M51 CPU_TMS
TMS M53 TP79
CPU_TRST#
JTAG

TRST TP77
R272 1 2 *SJ0402_NC PM_SYNC_R D52 N49 CPU_TDI
12 PM_SYNC 1 2 PM_SYNC TDI TP14
PWR

R32 1 2 *SJ0402_NC H_PWRGOOD_R F50 M49 CPU_TDO

15 H_PWRGOOD 1 2 AP48 PW RGOOD TDO F53 TP9
PM_DRAM_PWRGD CPU_DBR#
SM_DRAMPW ROK DBR CPU_DBR# 12
R283 1 2 *SJ0402_NC CPU_RST#_R L54
15 CPU_PLTRST# 1 2 PLTRSTIN R51
BPM#0 R50
CLK_DPLL_NSCLKN AC6 BPM#1 P49
A 14 CLK_DPLL_NSCLKN A
CLK_DPLL_NSCLKP AE6 DPLL_REF_CLKN BPM#2 N50
14 CLK_DPLL_NSCLKP DPLL_REF_CLKP BPM#3
CLOCK

CLK_DPLL_SSCLKN V6 R49
14 CLK_DPLL_SSCLKN CLK_DPLL_SSCLKP Y6 SSC_DPLL_REF_CLKN BPM#4 P53
14 CLK_DPLL_SSCLKP SSC_DPLL_REF_CLKP BPM#5
CLK_CPU_BCLKN AB6 U51
14 CLK_CPU_BCLKN AA6 BCLKN BPM#6 P51
CLK_CPU_BCLKP
14 CLK_CPU_BCLKP BCLKP BPM#7

Quanta Computer Inc.

2 OF 12
PROJECT : AM9
Size Document Number Rev
Haswell 1/5 (PEG/DMI/FDI) A0

Date: Monday, June 22, 2015 Sheet 7 of 51

5 4 3 2 1
 5 4 3 2 1

Haswell Processor (DDR3L)

U10C HASWELL_BGA_E
Haswell Processor (DDR3L)
U10D HASWELL_BGA_E
08
M_B_DQ[63:0] 19
AY36 AC54 M_B_DQ0
M_A_DQ[63:0] 18 RSVD SB_DQ0
BD31 AH54 M_A_DQ0 AW27 AC52 M_B_DQ1
RSVD SA_DQ0 19 M_B_CLKN0 SB_CKN0 SB_DQ1
BE25 AH52 M_A_DQ1 AV27 AE51 M_B_DQ2
18 M_A_CLKN0 SA_CKN0 SA_DQ1 19 M_B_CLKP0 SB_CK0 SB_DQ2
BF25 AK51 M_A_DQ2 AU36 AE54 M_B_DQ3
18 M_A_CLKP0 SA_CK0 SA_DQ2 19 M_B_CKE0 SB_CKE0 SB_DQ3
BE34 AK54 M_A_DQ3 AW26 AC53 M_B_DQ4
18 M_A_CKE0 SA_CKE0 SA_DQ3 19 M_B_CLKN1 SB_CKN1 SB_DQ4
BD25 AH53 M_A_DQ4 AV26 AC51 M_B_DQ5
18 M_A_CLKN1 SA_CKN1 SA_DQ4 19 M_B_CLKP1 SB_CK1 SB_DQ5
D BC25 AH51 M_A_DQ5 AU35 AE52 M_B_DQ6 D
18 M_A_CLKP1 SA_CK1 SA_DQ5 19 M_B_CKE1 SB_CKE1 SB_DQ6
BF34 AK52 M_A_DQ6 BA26 AE53 M_B_DQ7
18 M_A_CKE1 SA_CKE1 SA_DQ6 SB_CKN2 SB_DQ7
BE23 AK53 M_A_DQ7 AY26 AU47 M_B_DQ8
BF23 SA_CKN2 SA_DQ7 AN54 M_A_DQ8 AV35 SB_CK2 SB_DQ8 AU49 M_B_DQ9
BC34 SA_CK2 SA_DQ8 AN52 M_A_DQ9 BA27 SB_CKE2 SB_DQ9 AV43 M_B_DQ10
BD23 SA_CKE2 SA_DQ9 AR51 M_A_DQ10 AY27 SB_CKN3 SB_DQ10 AV45 M_B_DQ11
BC23 SA_CKN3 SA_DQ10 AR53 M_A_DQ11 AV36 SB_CK3 SB_DQ11 AU43 M_B_DQ12
BD34 SA_CK3 SA_DQ11 AN53 M_A_DQ12 SB_CKE3 SB_DQ12 AU45 M_B_DQ13
SA_CKE3 SA_DQ12 AN51 M_A_DQ13 BA20 SB_DQ13 AV47 M_B_DQ14
SA_DQ13 19 M_B_CS#0 SB_CS#0 SB_DQ14
BE16 AR52 M_A_DQ14 AY19 AV49 M_B_DQ15
18 M_A_CS#0 SA_CS#0 SA_DQ14 19 M_B_CS#1 SB_CS#1 SB_DQ15
BC17 AR54 M_A_DQ15 AU19 BC49 M_B_DQ16
18 M_A_CS#1 SA_CS#1 SA_DQ15 SB_CS#2 SB_DQ16
BE17 AV52 M_A_DQ16 AW20 BE49 M_B_DQ17
BD16 SA_CS#2 SA_DQ16 AV53 M_A_DQ17 SB_CS#3 SB_DQ17 BD47 M_B_DQ18
BC16 SA_CS#3 SA_DQ17 AY52 M_A_DQ18 AY20 SB_DQ18 BC47 M_B_DQ19
18 M_A_ODT0 SA_ODT0 SA_DQ18 19 M_B_ODT0 SB_ODT0 SB_DQ19
BF16 AY51 M_A_DQ19 BA19 BD49 M_B_DQ20
18 M_A_ODT1 SA_ODT1 SA_DQ19 19 M_B_ODT1 SB_ODT1 SB_DQ20
BF17 AV51 M_A_DQ20 AV19 BD50 M_B_DQ21
BD17 SA_ODT2 SA_DQ20 AV54 M_A_DQ21 AW19 SB_ODT2 SB_DQ21 BE47 M_B_DQ22
18 M_A_BS#[2:0] SA_ODT3 SA_DQ21 19 M_B_BS#[2:0] SB_ODT3 SB_DQ22
M_A_BS#0 BC20 AY54 M_A_DQ22 M_B_BS#0 AY23 BF47 M_B_DQ23
M_A_BS#1 BD21 SA_BS0 SA_DQ22 AY53 M_A_DQ23 M_B_BS#1 BA23 SB_BS0 SB_DQ23 BE44 M_B_DQ24
M_A_BS#2 BD32 SA_BS1 SA_DQ23 AY47 M_A_DQ24 M_B_BS#2 BA36 SB_BS1 SB_DQ24 BD44 M_B_DQ25
SA_BS2 SA_DQ24 AY49 M_A_DQ25 AU30 SB_BS2 SB_DQ25 BC42 M_B_DQ26
BC21 SA_DQ25 BA47 M_A_DQ26 AV23 VSS SB_DQ26 BF42 M_B_DQ27
VSS SA_DQ26 19 M_B_RAS# SB_RAS SB_DQ27
BF20 BA45 M_A_DQ27 AW23 BF44 M_B_DQ28
18 M_A_RAS# SA_RAS SA_DQ27 19 M_B_W E# SB_WE SB_DQ28
BF21 AY45 M_A_DQ28 AV20 BC44 M_B_DQ29
18 M_A_W E# SA_WE SA_DQ28 19 M_B_CAS# SB_CAS SB_DQ29
BE21 AY43 M_A_DQ29 BD42 M_B_DQ30
18 M_A_CAS# SA_CAS SA_DQ29 19 M_B_A[15:0] SB_DQ30
BA49 M_A_DQ30 M_B_A0 BA30 BE42 M_B_DQ31
18 M_A_A[15:0] SA_DQ30 SB_MA0 SB_DQ31
M_A_A0 BD28 BA43 M_A_DQ31 M_B_A1AW30 BA16 M_B_DQ32
M_A_A1 BD27 SA_MA0 SA_DQ31 BF14 M_A_DQ32 M_B_A2 AY30 SB_MA1 SB_DQ32 AU16 M_B_DQ33
M_A_A2 BF28 SA_MA1 SA_DQ32 BC14 M_A_DQ33 M_B_A3 AV30 SB_MA2 SB_DQ33 BA15 M_B_DQ34
C M_A_A3 BE28 SA_MA2 SA_DQ33 BC11 M_A_DQ34 M_B_A4AW32 SB_MA3 SB_DQ34 AV15 M_B_DQ35 C
M_A_A4 BF32 SA_MA3 SA_DQ34 BF11 M_A_DQ35 M_B_A5 AY32 SB_MA4 SB_DQ35 AY16 M_B_DQ36
M_A_A5 BC27 SA_MA4 SA_DQ35 BE14 M_A_DQ36 M_B_A6 AT30 SB_MA5 SB_DQ36 AV16 M_B_DQ37
M_A_A6 BF27 SA_MA5 SA_DQ36 BD14 M_A_DQ37 M_B_A7 AV32 SB_MA6 SB_DQ37 AY15 M_B_DQ38
M_A_A7 BC28 SA_MA6 SA_DQ37 BD11 M_A_DQ38 M_B_A8 BA32 SB_MA7 SB_DQ38 AU15 M_B_DQ39
M_A_A8 BE27 SA_MA7 SA_DQ38 BE11 M_A_DQ39 M_B_A9 AU32 SB_MA8 SB_DQ39 AU12 M_B_DQ40
M_A_A9 BC32 SA_MA8 SA_DQ39 BC9 M_A_DQ40 M_B_A10 AU23 SB_MA9 SB_DQ40 AY12 M_B_DQ41
M_A_A10 BD20 SA_MA9 SA_DQ40 BE9 M_A_DQ41 M_B_A11 AY35 SB_MA10 SB_DQ41 BA10 M_B_DQ42
M_A_A11 BF31 SA_MA10 SA_DQ41 BE6 M_A_DQ42 M_B_A12AW35 SB_MA11 SB_DQ42 AU10 M_B_DQ43
M_A_A12 BC31 SA_MA11 SA_DQ42 BC6 M_A_DQ43 M_B_A13 AU20 SB_MA12 SB_DQ43 AV12 M_B_DQ44
M_A_A13 BE20 SA_MA12 SA_DQ43 BD9 M_A_DQ44 M_B_A14AW36 SB_MA13 SB_DQ44 BA12 M_B_DQ45
M_A_A14 BE32 SA_MA13 SA_DQ44 BF9 M_A_DQ45 M_B_A15 BA35 SB_MA14 SB_DQ45 AY10 M_B_DQ46
M_A_A15 BE31 SA_MA14 SA_DQ45 BE5 M_A_DQ46 SB_MA15 SB_DQ46 AV10 M_B_DQ47
SA_MA15 SA_DQ46 19 M_B_DQSN[7:0] SB_DQ47
BD6 M_A_DQ47 M_B_DQSN0 AD52 AU8 M_B_DQ48
18 M_A_DQSN[7:0] SA_DQ47 SB_DQSN0 SB_DQ48
M_A_DQSN0 AJ52 BB4 M_A_DQ48 M_B_DQSN1 AU46 BA8 M_B_DQ49
M_A_DQSN1 AP53 SA_DQSN0 SA_DQ48 BC2 M_A_DQ49 M_B_DQSN2 BD48 SB_DQSN1 SB_DQ49 AV6 M_B_DQ50
M_A_DQSN2 AW52 SA_DQSN1 SA_DQ49 AW3 M_A_DQ50 M_B_DQSN3 BD43 SB_DQSN2 SB_DQ50 BA6 M_B_DQ51
M_A_DQSN3 AY46 SA_DQSN2 SA_DQ50 AW2 M_A_DQ51 M_B_DQSN4 AW16 SB_DQSN3 SB_DQ51 AV8 M_B_DQ52
M_A_DQSN4 BD12 SA_DQSN3 SA_DQ51 BB3 M_A_DQ52 M_B_DQSN5 AW10 SB_DQSN4 SB_DQ52 AY8 M_B_DQ53
M_A_DQSN5 BE7 SA_DQSN4 SA_DQ52 BB2 M_A_DQ53 M_B_DQSN6 AW8 SB_DQSN5 SB_DQ53 AU6 M_B_DQ54
M_A_DQSN6 BA3 SA_DQSN5 SA_DQ53 AW4 M_A_DQ54 M_B_DQSN7 AL2 SB_DQSN6 SB_DQ54 AY6 M_B_DQ55
M_A_DQSN7 AT2 SA_DQSN6 SA_DQ54 AW1 M_A_DQ55 BE38 SB_DQSN7 SB_DQ55 AM2 M_B_DQ56
SA_DQSN7 SA_DQ55 19 M_B_DQSP[7:0] RSVD SB_DQ56
AW39 AU3 M_A_DQ56 M_B_DQSP0 AD53 AM3 M_B_DQ57
18 M_A_DQSP[7:0] RSVD SA_DQ56 SB_DQS0 SB_DQ57
M_A_DQSP0 AJ53 AU1 M_A_DQ57 M_B_DQSP1 AV46 AK1 M_B_DQ58
M_A_DQSP1 AP52 SA_DQS0 SA_DQ57 AR1 M_A_DQ58 M_B_DQSP2 BE48 SB_DQS1 SB_DQ58 AK4 M_B_DQ59
M_A_DQSP2 AW53 SA_DQS1 SA_DQ58 AR4 M_A_DQ59 M_B_DQSP3 BE43 SB_DQS2 SB_DQ59 AM1 M_B_DQ60
M_A_DQSP3 BA46 SA_DQS2 SA_DQ59 AU2 M_A_DQ60 M_B_DQSP4 AW15 SB_DQS3 SB_DQ60 AM4 M_B_DQ61
M_A_DQSP4 BE12 SA_DQS3 SA_DQ60 AU4 M_A_DQ61 M_B_DQSP5 AW12 SB_DQS4 SB_DQ61 AK2 M_B_DQ62
M_A_DQSP5 BD7 SA_DQS4 SA_DQ61 AR2 M_A_DQ62 M_B_DQSP6 AW6 SB_DQS5 SB_DQ62 AK3 M_B_DQ63
B M_A_DQSP6 BA2 SA_DQS5 SA_DQ62 AR3 M_A_DQ63 CPU VREFSA M3 M_B_DQSP7 AL3 SB_DQS6 SB_DQ63 B
M_A_DQSP7 AT3 SA_DQS6 SA_DQ63 BD38 SB_DQS7
AW40 SA_DQS7 AM6 +SM_VREF R65 1 2 *SJ0603_NC RSVD
RSVD SM_VREF 1 2 +VREFSA_M3
AR6 +VREFDQ_SA_CPU R59 1 2 *SJ0603_NC +VREFDQ_SA_M3 BF39
BA40 SA_DIMM_VREFDQ AN6 +VREFDQ_SB_CPU R58 1 1 2 2 *SJ0603_NC BE39 RSVD
RSVD SB_DIMM_VREFDQ 1 2 +VREFDQ_SB_M3 RSVD
AY40 BF37
BA39 RSVD BC53 BE37 RSVD
AY39 RSVD RSVD BD39 RSVD
AV40 RSVD CPU VREFDQ M3 BC39 RSVD
AU40 RSVD BC37 RSVD
AV39 RSVD BD37 RSVD
AU39 RSVD RSVD
RSVD
4 OF 12
3 OF 12

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
Haswell 2/5 (DDR3L I/F) A0

Date: Monday, June 22, 2015 Sheet 8 of 51

5 4 3 2 1
 5 4 3 2 1

09
D D

Haswell Processor (DDI,eDP,FDI)

Layout note: HASWELL_BGA_E
U10L
U10J HASWELL_BGA_E eDP_RCOMP
TL <= 100 mils
TW >= 20 mils
TS >= 25 mils
C25 F15 EDP_AUXN B3_A3 A3
33 INT_HDMI_TXN2 DDIB_TXN0 EDP_AUXN EDP_AUXN 32 DAISY_CHAIN_NCTF_A3
D25 F14 EDP_AUXP TP_A4 A4
33 INT_HDMI_TXP2 DDIB_TXP0 EDP_AUXP EDP_AUXP 32 TP74 DAISY_CHAIN_NCTF_A4
A25 E14 EDP_HPD_Q#
33 INT_HDMI_TXN1 DDIB_TXN1 EDP_HPD
B25 BF51 TP_BF51
33 INT_HDMI_TXP1 DDIB_TXP1 DAISY_CHAIN_NCTF_BF51 TP98
HDMI 33 INT_HDMI_TXN0
C24
DDIB_TXN2 EDP_TXN0
C14 EDP_TXN0
EDP_TXN0 32 DAISY_CHAIN_NCTF_BF52
BF52 BE52_BF52
D24 A12 EDP_TXN1 TP_A51 A51 BF53 BE53_BF53
33 INT_HDMI_TXP0 DDIB_TXP2 EDP_TXN1 EDP_TXN1 32 TP72 DAISY_CHAIN_NCTF_A51 DAISY_CHAIN_NCTF_BF53
A24 D14 EDP_TXP0 A52_B52 A52
33 INT_HDMI_TXCN DDIB_TXN3 EDP_TXP0 EDP_TXP0 32 DAISY_CHAIN_NCTF_A52
B24 B12 EDP_TXP1 A53_B53 A53 C1 C1_C2
33 INT_HDMI_TXCP DDIB_TXP3 EDP_TXP1 EDP_TXP1 32 DAISY_CHAIN_NCTF_A53 DAISY_CHAIN_NCTF_C1 C2 C1_C2
C21 AG6 EDP_RCOMP R49 24.9/F_4 DAISY_CHAIN_NCTF_C2 C3 C3_B2
DDIC_TXN0 EDP_RCOMP +1V_VCOMP_OUT DAISY_CHAIN_NCTF_C3
D21 E12 EDP_DISP_UTIL C3_B2 B2
DDIC_TXP0 EDP_DISP_UTIL TP3 DAISY_CHAIN_NCTF_B2
A21 B3_A3 B3 C54 B54_C54
B21 DDIC_TXN1 C12 EDP_TXN2 DAISY_CHAIN_NCTF_B3 DAISY_CHAIN_NCTF_C54 D1 TP_D1
DDIC_TXP1 FDI_TXN0 EDP_TXN2 32 DAISY_CHAIN_NCTF_D1 TP75
C20 D12 EDP_TXP2 A52_B52 B52
DDIC_TXN2 FDI_TXP0 EDP_TXP2 32 DAISY_CHAIN_NCTF_B52
D20 A14 EDP_TXN3 A53_B53 B53 D54 TP_D54
DDIC_TXP2 FDI_TXN1 EDP_TXN3 32 DAISY_CHAIN_NCTF_B53 DAISY_CHAIN_NCTF_D54 TP76
A20 B14 EDP_TXP3 B54_C54 B54
DDIC_TXN3 FDI_TXP1 EDP_TXP3 32 DAISY_CHAIN_NCTF_B54
B20
DDIC_TXP3
C16
D16 DDID_TXN2 TP_BC1 BC1
DDID_TXP2 TP100 DAISY_CHAIN_NCTF_BC1
C A16 TP_BC54 BC54 C
DDID_TXN3 TP97 DAISY_CHAIN_NCTF_BC54
B16 BE1_BD1 BD1
DDID_TXP3 DAISY_CHAIN_NCTF_BD1

BE54_BD54 BD54
BE1_BD1 BE1 DAISY_CHAIN_NCTF_BD54 AN35
C17 BE2_BF2 BE2 DAISY_CHAIN_NCTF_BE1 RSVD AN37
D17 DDID_TXN0 BE3_BF3 BE3 DAISY_CHAIN_NCTF_BE2 RSVD AF9
A17 DDID_TXP0 BE52_BF52 BE52 DAISY_CHAIN_NCTF_BE3 RSVD AE9
B17 DDID_TXN1 BE53_BF53 BE53 DAISY_CHAIN_NCTF_BE52 RSVD G14
DDID_TXP1 BE54_BD54 BE54 DAISY_CHAIN_NCTF_BE53 RSVD G17
BE2_BF2 BF2 DAISY_CHAIN_NCTF_BE54 RSVD AD45
BE3_BF3 BF3 DAISY_CHAIN_NCTF_BF2 RSVD AG45
TP_BF4 BF4 DAISY_CHAIN_NCTF_BF3 RSVD
TP101 DAISY_CHAIN_NCTF_BF4
10 OF 12

EDP_HPD Level Shift

12 OF 12

+1V_VCCIO_OUT

B B
Active low R17
10K_4

EDP_HPD_Q#
3

2
EDP_HPD 32
Q4
1

2N7002W R15
100K_4

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
Haswell 3/5 (DDI/eDP) A0

Date: Monday, June 22, 2015 Sheet 9 of 51

5 4 3 2 1
 5 4 3 2 1

+VCCIN +VCCIN

10
U10F HASWELL_BGA_E

AB45 H33 Haswell Processor (POWER)

AB46 VCC VCC H34
AB8 VCC VCC H36 SVID
AC46 VCC VCC H37
AC47 VCC VCC H38
AC8 VCC VCC H39
VCC VCC Layout note: +VCCIN
Layout note: Layout note:
AC9 H40
AD46 VCC VCC H42 DC,47W,85A HASWELL_BGA_E
U10E
DC,47W,2.1A need routing
AD8 VCC VCC H43 +V_VDDQ together and ALERT need
AE46 VCC VCC H45 22U/6.3V_8 1 2 C148 B43 J17 between CLK and DATA
VCC VCC VCC RSVD TP5
D AE47 H46 22U/6.3V_8 1 2 C133 B45 J21 D
VCC VCC VCC RSVD TP10
AE8 H48 22U/6.3V_8 1 2 C89 B46 J26
VCC VCC VCC RSVD TP12
AF8 H8 22U/6.3V_8 1 2 C118 B48 J31 C232 10U/10V_8
VCC VCC VCC RSVD TP11
AG46 H9 22U/6.3V_8 1 2 C82 C27 C226 10U/10V_8 VR_SVID_CLK
VCC VCC VCC VR_SVID_CLK 48
AG8 J10 22U/6.3V_8 1 2 C150 C28 AR29 C231 10U/10V_8
VCC VCC VCC VDDQ
AH46
VCC VCC
J14 22U/6.3V_8 1 2 C117 C31
VCC VDDQ
AR31 SVID CLK
AH47 J19 22U/6.3V_8 1 2 C135 C32 AR33 C233 *10U/6.3V_6_NC Layout note: (50 ohm)
AH8 VCC VCC J24 22U/6.3V_8 1 2 C84 C34 VCC VDDQ AT13 C229 *10U/6.3V_6_NC
AJ45 VCC VCC J29 22U/6.3V_8 1 2 C93 C36 VCC VDDQ AT19 Place PU resistor close to CPU
AJ46 VCC VCC J33 22U/6.3V_8 1 2 C105 C38 VCC VDDQ AT23 C169 2 1 1U/6.3V_4 +1V_VCCIO_OUT
AK46 VCC VCC J36 22U/6.3V_8 1 2 C132 C39 VCC VDDQ AT27 C174 2 1 1U/6.3V_4
AK47 VCC VCC J37 22U/6.3V_8 1 2 C104 C42 VCC VDDQ AT32 C171 2 1 1U/6.3V_4
AK8 VCC VCC J38 22U/6.3V_8 1 2 C95 C43 VCC VDDQ AT36
AL45 VCC VCC J39 22U/6.3V_8 1 2 C149 C45 VCC VDDQ AV37
AL46 VCC VCC J40 22U/6.3V_8 1 2 C79 C46 VCC VDDQ AW22 C224 2 1 *1U/6.3V_4_NC
AL8 VCC VCC J42 22U/6.3V_8 1 2 C83 C48 VCC VDDQ AW25 C173 2 1 *1U/6.3V_4_NC R281
VCC VCC VCC VDDQ (50 ohm)
AL9
VCC VCC
J43 22U/6.3V_8 1 2 C88 D27
VCC VDDQ
AW29 C170 2 1 *1U/6.3V_4_NC 130/F_4 SVID DATA
AM46 J45 22U/6.3V_8 1 2 C87 D28 AW33
AM47 VCC VCC J46 22U/6.3V_8 1 2 C131 D31 VCC VDDQ AY18 VR_SVID_DATA
VCC VCC VCC VDDQ VR_SVID_DATA 48
AM8 J48 D32 BB21
AM9 VCC VCC J8 D34 VCC VDDQ BB22
AN10 VCC VCC J9 10U/10V_8 C147 D36 VCC VDDQ BB26
AN12 VCC VCC K38 10U/10V_8 C86 D38 VCC VDDQ BB27
AN13 VCC VCC K40 10U/10V_8 C134 D39 VCC VDDQ BB30 +1V_VCCIO_OUT
VCC VCC VCC VDDQ Layout note:
AN14 K43 10U/10V_8 C90 D42 BB31
VCC VCC VCC VDDQ Place PU resistor close to CPU
AN15
VCC VCC
K44 D43
VCC VDDQ
BB34 SVID ALERT
AN16 K45 D45 BB36
AN17 VCC VCC K46 1U/6.3V_4 1 2 C165 D46 VCC VDDQ BD22 R277
AN19 VCC VCC K48 1U/6.3V_4 1 2 C48 D48 VCC VDDQ BD26 75/F_4
C AN20 VCC VCC K8 1U/6.3V_4 1 2 C73 E27 VCC VDDQ BD30 C
AN21 VCC VCC K9 1U/6.3V_4 1 2 C146 E28 VCC VDDQ BD33 H_CPU_SVIDALRT# R278 43_4
VCC VCC VCC VDDQ VR_SVID_ALERT# 48
AN23 L37 1U/6.3V_4 1 2 C51 E31 BE18
AN24 VCC VCC L38 1U/6.3V_4 1 2 C50 E32 VCC VDDQ BE22
VCC VCC VCC VDDQ (50 ohm)
AN25 L39 1U/6.3V_4 1 2 C74 E34 BE26
AN26 VCC VCC L40 1U/6.3V_4 1 2 C81 E36 VCC VDDQ BE30
AN27 VCC VCC L42 1U/6.3V_4 1 2 C53 E38 VCC VDDQ BE33
AN29 VCC VCC L43 1U/6.3V_4 1 2 C80 E39 VCC VDDQ
AN30 VCC VCC L44 1U/6.3V_4 1 2 C45 E42 VCC AN31
VCC VCC VCC RSVD TP28
AN32 L46 1U/6.3V_4 1 2 C76 E43 L6 +VCCIN
AN34 VCC VCC L47 1U/6.3V_4 1 2 C46 E45 VCC VCC M6 +1V_VCCIO_OUT +1V_VCCIO_OUT
AN36 VCC VCC L8 1U/6.3V_4 1 2 C71 E46 VCC VCC AN22
VCC VCC VCC RSVD TP30
AN38 M37 1U/6.3V_4 1 2 C54 E48 AN18 100/F_4 R265 +VCCIN
VCC VCC VCC RSVD TP31

2
AN39 M38 1U/6.3V_4 1 2 C49 F27 C69 C55
AN40 VCC VCC M39 1U/6.3V_4 1 2 C127 F28 VCC C50 0.1U/16V/X7R_4 *0.1U/16V/X7R_4_NC
VCC VCC VCC VCC_SENSE VCCSENSE 48 Output capability:
AN41 M40 1U/6.3V_4 1 2 C47 F31 AH9
300mA

1
AN42 VCC VCC M42 1U/6.3V_4 1 2 C72 F32 VCC RSVD D51 +VCCIO_OUT_R R28 1 2 *SJ0603_NC
VCC VCC VCC VCCIO_OUT 1 2 +1V_VCCIO_OUT
AN43 M43 1U/6.3V_4 1 2 C52 F34 F17 +VCCIO_PCH_R +VCCIO_PCH
AN44 VCC VCC M44 F36 VCC FC_F17 AK6 R18 *0_6_NC
VCC VCC VCC VCOMP_OUT +1V_VCOMP_OUT
AN45 M45 F38 AN33 C67
VCC VCC VCC RSVD TP29
AN46 M46 F39 W9 Output capability: 0.1U/16V/X7R_4
VCC VCC VCC RSVD TP17
AN8 M8 F42 J12
AN9 VCC VCC M9 F43 VCC RSVD AR49
TP13 300mA
VCC VCC VCC RSVD TP32
AP10 N37 F45
AP12 VCC VCC N38 F46 VCC J53 H_CPU_SVIDALRT#
AP13 VCC VCC N39 F48 VCC VIDALERT J52 VR_SVID_CLK
AP14 VCC VCC N40 G27 VCC VIDSCLK J50 VR_SVID_DATA +1.05V +CPU_FC_PW R
AP15 VCC VCC N42 G29 VCC VIDSOUT
AP16 VCC VCC N43 G31 VCC B51
B AP17 VCC VCC N44 G32 VCC VSS F19 CPU_PW R_DEBUG *0_6_NC R262 B
VCC VCC VCC PWR_DEBUG TP4
AP18 N46 G34 E52 CRB is 22uF & 1uF
AP19 VCC VCC N47 G36 VCC VSS V49
AP20 VCC VCC N8 G38 VCC RSVD_TP U49
TP16 DG 2.4 is 4.7uF & 0.1uF
VCC VCC VCC RSVD_TP TP15
AP21 N9 G39 AM49 C493 C492
VCC VCC VCC RSVD_TP TP27
AP22 P45 G42 W49 *4.7U/6.3V_6_NC *0.1U/16V/X7R_4_NC
VCC VCC VCC RSVD_TP TP19
AP23 P46 G43 V50
AP24 VCC VCC P8 G45 VCC VSS AN49
AP25 VCC VCC R46 G46 VCC VSS AJ49
AP26 VCC VCC R47 G48 VCC VSS AG50
AP27 VCC VCC R8 H11 VCC VSS AK49
AP29 VCC VCC R9 H12 VCC VSS AJ50
AP30 VCC VCC T45 H13 VCC VSS AP49
AP31 VCC VCC T46 H14 VCC VSS AB50 PCH_PW ROK
VCC VCC VCC VSS PCH_PW ROK 12
AP32 U46 H16 AP50
AP33 VCC VCC U47 H17 VCC VSS AD50
AP34 VCC VCC U8 H18 VCC VSS AM50
AP35 VCC VCC U9 H19 VCC VSS R270
AP36 VCC VCC V45 H20 VCC A36 *2K/F_4_NC
AP37 VCC VCC V46 H21 VCC VCC A38
AP38 VCC VCC V8 H23 VCC VCC A39 CPU_FC_PW ROK Reserve to Broadwell
AP39 VCC VCC W46 H24 VCC VCC A42
AP40 VCC VCC W47 H25 VCC VCC A43
AP41 VCC VCC W8 H26 VCC VCC A45 R271
AP42 VCC VCC Y45 H27 VCC VCC A46 *1K/F_4_NC
VCC VCC VCC VCC R270,R271 Stuff on the Broadwell platform
AP43 Y46 H29 A48
AP44 VCC VCC Y8 +CPU_FC_PW R VCC VCC AA46
AP46 VCC VCC A27 VCC AA47
AP47 VCC VCC A28 D5 VCC AA8
A VCC VCC FC_D5 VCC A
AP8 A31 CPU_FC_PW ROK D3 AA9 +VCCIN
AP9 VCC VCC A32 FC_D3 VCC
AR35 VCC VCC A34 5 OF 12
AR37 VCC VCC B27
AR39 VCC VCC B28
AR41 VCC VCC B31
AR43
AR45
VCC
VCC
VCC
VCC
B32
B34
Quanta Computer Inc.
AR46 VCC VCC B36
H30 VCC VCC B38 PROJECT : AM9
H31 VCC VCC B39 Size Document Number Rev
H32 VCC VCC B42
VCC 6 OF 12 VCC Haswell 4/5 (POWER) A0

Date: Monday, June 22, 2015 Sheet 10 of 51

5 4 3 2 1
 5 4 3 2 1

HASWELL_BGA_E
U10I

BC10
BC12
BC15
BC18
BC22
VSS
VSS
VSS
VSS
VSS
VSS
VSS
VSS
G20
G23
G25
G26
G30 U10G HASWELL_BGA_E
Haswell Processor (GND)
U10H HASWELL_BGA_E
11
BC26 VSS VSS G33 AT40 AY50
BC3 VSS VSS G37 A11 AJ48 AT42 VSS VSS AY9 Haswell Processor (CFG,RSVD)
BC30 VSS VSS G40 A15 VSS VSS AJ51 AT43 VSS VSS B11
BC33 VSS VSS G44 A19 VSS VSS AJ54 AT45 VSS VSS B15
BC36 VSS VSS G49 A22 VSS VSS AK48 AT46 VSS VSS B19
BC38 VSS VSS G52 A26 VSS VSS AK5 AT47 VSS VSS B22
BC41 VSS VSS G54 A30 VSS VSS AK50 AT49 VSS VSS B26
D D
BC43 VSS VSS G7 A33 VSS VSS AK7 AT5 VSS VSS B30
BC46 VSS VSS G8 A37 VSS VSS AK9 AT50 VSS VSS B33
BC48 VSS VSS G9 A40 VSS VSS AL1 AT51 VSS VSS B37 U10K HASWELL_BGA_E
BC5 VSS VSS H44 A44 VSS VSS AL4 AT52 VSS VSS B40
BC50 VSS VSS H49 AA1 VSS VSS AL48 AT53 VSS VSS B44 F1
BC52 VSS VSS H7 AA2 VSS VSS AL5 AT54 VSS VSS B49 RSVD_TP E1
BC7 VSS VSS J44 AA3 VSS VSS AL7 AT6 VSS VSS B8 BE4 RSVD_TP A5
BD10 VSS VSS J49 AA4 VSS VSS AM5 AT8 VSS VSS BA13 BD3 RSVD_TP RSVD_TP A6 R288
BD15 VSS VSS J51 AA48 VSS VSS AM51 AT9 VSS VSS BA18 RSVD_TP RSVD_TP 49.9/F_4
BD18 VSS VSS J54 AA5 VSS VSS AM52 AU13 VSS VSS BA22 F6 R54 CFG_RCOMP
BD36 VSS VSS J7 AA7 VSS VSS AM53 AU18 VSS VSS BA25 G6 RSVD_TP CFG_RCOMP Y52 CFG16
VSS VSS VSS VSS VSS VSS RSVD_TP CFG16 TP95
BD41 K1 AB5 AM54 AU22 BA29 V53 CFG18
VSS VSS VSS VSS VSS VSS CFG18 TP89
BD46 K2 AB51 AM7 AU25 BA33 G21 Y51 CFG17
VSS VSS VSS VSS VSS VSS RSVD_TP CFG17 TP90
BD5 K3 AB52 AN1 AU29 BA37 G24 V52 CFG19
VSS VSS VSS VSS VSS VSS RSVD_TP CFG19 TP88
BD51 K4 AB53 AN2 AU33 BA4 R20 49.9/F_4 RSVD30 F21
BE10 VSS VSS K5 AB54 VSS VSS AN3 AU37 VSS VSS BA42 G19 TESTLO_F21 B50
BE15 VSS VSS K6 AB7 VSS VSS AN4 AU42 VSS VSS BA5 F51 VSS RSVD AH49
BE36 VSS VSS K7 AB9 VSS VSS AN48 AU5 VSS VSS BA50 F52 VSS RSVD AM48
BE41 VSS VSS L48 AC48 VSS VSS AN5 AU9 VSS VSS BA51 F22 VSS RSVD AU27
VSS VSS VSS VSS VSS VSS +VCCIN VCC RSVD
BE46 L7 AC5 AN50 AV1 BA52 AU26
BF10 VSS VSS L9 AC50 VSS VSS AN7 AV13 VSS VSS BA53 L52 RSVD BD4
BF12 VSS VSS M48 AC7 VSS VSS AP51 AV18 VSS VSS BA9 L53 RSVD_TP RSVD BC4
BF15 VSS VSS M50 AD48 VSS VSS AP54 AV2 VSS VSS BB10 RSVD_TP RSVD AL6
BF18 VSS VSS M52 AD51 VSS VSS AP7 AV22 VSS VSS BB11 L51 RSVD F8
VSS VSS VSS VSS VSS VSS For CPU debug RSVD_TP RSVD
BF22 M54 AD54 AR12 AV25 BB12
BF26 VSS VSS M7 AD7 VSS VSS AR14 AV29 VSS VSS BB14 RSVD38 F24
VSS VSS VSS VSS VSS VSS TP7 RSVD_TP
BF30 N48 AD9 AR16 AV3 BB15 RSVD39 F25
VSS VSS VSS VSS VSS VSS TP8 RSVD_TP
BF33 N7 AE1 AR18 AV33 BB16 TESTLO F20
C BF36 VSS VSS P1 AE2 VSS VSS AR20 AV4 VSS VSS BB17 TESTLO_F20 C
BF38 VSS VSS P2 AE3 VSS VSS AR24 AV42 VSS VSS BB18 CFG0 AG49 F16
VSS VSS VSS VSS VSS VSS TP26 CFG0 RSVD
BF41 P3 AE4 AR26 AV5 BB20 CFG1 AD49
VSS VSS VSS VSS VSS VSS TP24 CFG1
BF43 P4 AE48 AR48 AV50 BB23 CFG2 AC49
VSS VSS VSS VSS VSS VSS TP23 CFG2
BF46 P48 AE5 AR5 AV9 BB25 R19 CFG3 AE49
VSS VSS VSS VSS VSS VSS TP25 CFG3
BF48 P5 AE50 AR50 AW13 BB28 49.9/F_4 CFG4 Y50
VSS VSS VSS VSS VSS VSS TP21 CFG4
BF7 P50 AE7 AR7 AW18 BB32 CFG5 AB49
VSS VSS VSS VSS VSS VSS TP22 CFG5
C11 P52 AF5 AR8 AW37 BB33 CFG6 V51 G12
VSS VSS VSS VSS VSS VSS TP87 CFG6 RSVD_TP
C15 P54 AF6 AR9 AW42 BB37 CFG7 W51 G10
VSS VSS VSS VSS VSS VSS TP18 CFG7 RSVD_TP
C19 P6 AF7 AT1 AW43 BB38 CFG8 Y49
VSS VSS VSS VSS VSS VSS TP20 CFG8
C22 P7 AG48 AT10 AW45 BB39 CFG9 Y54 H54
VSS VSS VSS VSS VSS VSS TP92 CFG9 VSS
C26 R48 AG5 AT12 AW46 BB41 CFG10 Y53 H53
VSS VSS VSS VSS VSS VSS TP94 CFG10 VSS
C30 R7 AG51 AT15 AW47 BB42 CFG11 W53
VSS VSS VSS VSS VSS VSS TP91 CFG11
C33 T48 AG52 AT16 AW49 BB43 CFG12 U53 H51
VSS VSS VSS VSS VSS VSS TP84 CFG12 VSS
C37 U1 AG53 AT18 AW5 BB44 CFG13 V54 H52
VSS VSS VSS VSS VSS VSS TP86 CFG13 VSS
C4 U2 AG54 AT20 AW50 BB46 CFG14 R53
VSS VSS VSS VSS VSS VSS TP85 CFG14
C40 U3 AG7 AT22 AW51 BB47 CFG15 R52 N51
VSS VSS VSS VSS VSS VSS TP83 CFG15 RSVD
C44 U4 AG9 AT25 AW54 BB48 G53
C49 VSS VSS U48 AH1 VSS VSS AT26 AW9 VSS VSS BB49 L50 RSVD H50
C52 VSS VSS U5 AH2 VSS VSS AT29 AY13 VSS VSS BB5 L49 RSVD RSVD
C8 VSS VSS U50 AH3 VSS VSS AT33 AY22 VSS VSS BB6 E5 RSVD
D11 VSS VSS U52 AH4 VSS VSS AT35 AY25 VSS VSS BB7 RSVD
D15 VSS VSS U54 AH48 VSS VSS AT37 AY29 VSS VSS BB9 11 OF 12
D19 VSS VSS U6 AH5 VSS VSS AT39 AY33 VSS VSS
D22 VSS VSS U7 AH50 VSS VSS AT4 AY37 VSS
D26 VSS VSS V48 AH7 VSS VSS AY42 VSS
D30 VSS VSS V7 VSS 7 OF 12 VSS 8 OF 12
D33 VSS VSS V9
D37 VSS VSS W48
B D40 VSS VSS W50 B
D44 VSS VSS W52
D49 VSS VSS W54
D8 VSS VSS W7
VSS VSS Configuration Signals: The CFG signals have a default value of '1' if not terminated on the board.
E11 Y48
E15 VSS VSS Y7
VSS VSS x1 = Normal operation
E16 Y9 CFG[2] PCI Express Static Lane Reversal CFG2 R45 1K_4
E17 VSS VSS
VSS x0 = Lane numbers reversed
E19 AR22
E20 VSS VSS AB48
VSS VSS x1 = Debug capability is determined by
E21 P9 CFG[3] MSR Privacy Bit Feature IA32_Debug_Interface_MSR (0xC80) CFG3 R48 *1K_4_NC
E22 VSS VSS G18
E24 VSS VSS bit[0] setting
E25 VSS A49
VSS VSS_NCTF x0 = IA32_Debug_Interface_MSR (0xC80)
E26 A50 bit[0]. Default setting overridden
E30 VSS VSS_NCTF A8
E33 VSS VSS_NCTF B4
VSS VSS_NCTF x1 = Disabled
E37 BA1 CFG[4] eDP enable CFG4 R41 1K_4
E40 VSS VSS_NCTF BA54
VSS VSS_NCTF x0 = Enabled
E44 BB1
E49 VSS VSS_NCTF BB54
VSS VSS_NCTF x00 = 1 x8 & 2 x4 PCI Express
E51 BD2
E53 VSS VSS_NCTF BD53 CFG6 R290 *1K_4_NC
VSS VSS_NCTF x01 = reserved
E8 BF49 CFG[6:5] PCI Express Bifurcation
F2 VSS VSS_NCTF BF5 CFG5 R44 1K_4
VSS VSS_NCTF x10 = 2 x8 PCI Express
F26 BF50
F3 VSS VSS_NCTF BF6
VSS VSS_NCTF x11 = 1 x16 PCI Express
F30 C53
F33 VSS VSS_NCTF D2
A VSS VSS_NCTF A
F37 E54
F4 VSS VSS_NCTF F54
F40 VSS VSS_NCTF G1
F44 VSS VSS_NCTF
F49 VSS D50
VSS VSS_SENSE VSSSENSE 48
F5
G11
G13
VSS
VSS R266 100/F_4
Quanta Computer Inc.
G16 VSS
VSS PROJECT : AM9
9 OF 12 Size Document Number Rev
Haswell 5/5 (CFG/GND) A0

Date: Monday, June 22, 2015 Sheet 11 of 51

5 4 3 2 1
 5 4 3 2 1

Lynx Point (DMI,FDI,PM)

7 DMI_RXN0
DMI_RXN0
DMI_RXN1
AW22
AR20
U14B

DMI_RXN_0
LPT_PCH_M_EDS

REV = 5
BOMCMB_LPT_PCH_M_EDS/BGA

+3.3V_RUN
PCH PU/PD setting
+3.3V_RUN
12
7 DMI_RXN1 DMI_RXN_1 AJ35
DMI_RXN2 AP17 FDI_RXN_0 R179 *10K_4_NC RP26
7 DMI_RXN2 DMI_RXN3 AV20 DMI_RXN_2 AL35 10 1 PCH_GPIO3
7 DMI_RXN3 DMI_RXN_3 FDI_RXN_1 DGPU_HOLD_RST# 9 2 PCH_GPIO2
R174 10K_4
DMI_RXP0 AY22 AJ36 8 3
7 DMI_RXP0 DMI_RXP1 AP20 DMI_RXP_0 FDI_RXP_0 KB_DET# 7 4 EXTTS_SNI_DRV1_PCH
7 DMI_RXP1 DMI_RXP_1 FDI AL36 SYS_RESET# 6 5
DMI_RXP2 AR17 FDI_RXP_1 DGPU_PWR_EN R412 10K_4
D 7 DMI_RXP2 AW20 DMI_RXP_2 AV43 D
DMI_RXP3 DMI 10K_10P8R_6
7 DMI_RXP3 DMI_RXP_3 TP16 R410 *10K_4_NC
DMI_TXN0 BD21 AY45
7 DMI_TXN0 DMI_TXN1 BE20 DMI_TXN_0 TP5 +3.3V_RUN
7 DMI_TXN1 DMI_TXN_1 AV45
DMI_TXN2 BD17 TP15 PCI_PIRQA# RP8 2 1 10KX4
7 DMI_TXN2 DMI_TXN3 BE18 DMI_TXN_2 AW44 PCI_PIRQB# 4 3
7 DMI_TXN3 DMI_TXN_3 TP10 PCI_PIRQC# 6 5
DMI_TXP0 BB21 AL39 PCI_PIRQD# 8 7
7 DMI_TXP0 DMI_TXP1 BC20 DMI_TXP_0 FDI_CSYNC FDI_CSYNC 7
7 DMI_TXP1 DMI_TXP_1 AL40 HDMI_SCL 3 4 2.2KX2
RP4
DMI_TXP2 BB17 FDI_INT FDI_INT 7 HDMI_SDA 1 2
7 DMI_TXP2 DMI_TXP3 BC18 DMI_TXP_2 AT45 FDI_IREF R376 1 2 *SJ0402_NC
7 DMI_TXP3 DMI_TXP_3 FDI_IREF 1 2 +1.5V_RUN
1 2 DMI_IREF BE16 Layout note: AU42 CLKRUN# R212 8.2K_4
+1.5V_RUN 1 2 DMI_IREF TP17
R409 *SJ0402_NC
AW17 DMI_RCOMP/DMI_IREF AU44
TP12 (DC resistance routing < 1R) TP13
AV17 BO TL <= 100 mils AR44 FDI_RCOMP R377 7.5K/F_4
TP7 FDI_RCOMP
TL <= 500 mils
R168 7.5K/F_4 DMI_RCOMP AY17 +3.3V_SUS
DMI_RCOMP BO TW >= 3.5 mils
TW = 12-15 mils SUS_PWR_ACK RP20 2 1 10KX2
TS >= 12 mils PM_RI# 4 3
SUS_PWR_ACK 1 2 SUSACK#_R R6 C8 DSWVRMEN
1 2 SUSACK# DSWVRMEN DSWVRMEN 13
R435 *SJ0402_NC WAKE# : PCH_BATLOW# R215 8.2K_4
System Power
R275 *0_4_NC SYS_RESET# AM1 L13 PCH_DPWROK 1 2 RSMRST# PCH_WAKE# R434 1K_4
7 CPU_DBR# SYS_RESET# Management DPWROK R204 1 2 *SJ0402_NC
Check list 2.0 : 10K PU
1 2 SYS_PWROK AD7 K3 PCH_WAKE# CRB 0.7 : 1K PU R216 10K_4
29,36 EC_PWROK 1 2 SYS_PWROK WAKE# DG 2.4: 1K PU PCH_ACPRESENT
R237 *SJ0402_NC
1 2 PCH_PWROK F10 AN7 CLKRUN# R199 *100K_4_NC
29,48 IMVP_PWRGD 1 2 PWROK CLKRUN# CLKRUN# 29
R221 *SJ0402_NC
C 10 PCH_PWROK 1 2 APWROK AB7 U7 C
29,36 HWPG 1 2 APWROK (SUS) SUS_STAT#/GPIO61
SUS_STAT#
TP57
SYS_PWROK R210 *10K_4_NC
R203 *SJ0402_NC
PM_DRAM_PWRGD H3 (SUS) Y6 PCH_SUSCLK R197 1 2 *0_4_NC PCH_RSMRST# R433 10K_4
7 PM_DRAM_PWRGD DRAMPWROK SUSCLK/GPIO62 SUSCLK 13
1 2 PCH_RSMRST# J2 (SUS) SLP_S5#/GPIO63 Y7 PCH_SLP_S5# R195 1 2 *SJ0402_NC
29 RSMRST# 1 2 RSMRST# 1 2 SIO_SLP_S5# 29,45
R440 *SJ0402_NC
SUS_PWR_ACK J4 (SUS) C6 PCH_SLP_S4# R417 1 2 *SJ0402_NC
29 SUS_PWR_ACK SUSWARN#/SUSPWRNACK/GPIO30 SLP_S4# 1 2 SIO_SLP_S4# 29,45
EC_PWRBTN# K1 H1 PCH_SLP_S3# R436 1 2 *SJ0402_NC
29 EC_PWRBTN# PWRBTN# SLP_S3# 1 2 SIO_SLP_S3# 29,45
1 2 PCH_ACPRESENT E6 (DSW) F3 PCH_SLP_ME#
29 AC_PRESENT
R223 1 2 *SJ0402_NC
PCH_BATLOW# K7
ACPRESENT/GPIO31
(SUS)
SLP_A#
F1 PCH_SLP_SUS#
TP66
Lynx Point (CRT,PCI,DDI CNTL)
BATLOW#/GPIO72 SLP_SUS# TP106 LPT_PCH_M_EV
U14E BOMCMB_LPT_PCH_M_EDS/BGA
PM_RI# N4 AY3 PM_SYNC
RI# PMSYNCH PM_SYNC 7 T45 REV = 5 R40 HDMI_SCL
AB10 G5 PCH_SLP_LAN# VGA_BLUE DDPB_CTRLCLK HDMI_SCL 33
TP21 SLP_LAN# TP62 U44 R39 HDMI_SDA
D2 VGA_GREEN DDPB_CTRLDATA HDMI_SDA 33
TP61
PCH_SLP_WLAN#
SLP_WLAN#/GPIO29 (DSW)
V45 R35
VGA_RED DDPC_CTRLCLK
4 OF 11
M43 R36
VGA_DDC_CLK DDPC_CTRLDATA
M45 N40

CRT
VGA_DDC_DATA DDPD_CTRLCLK
N42 N38
VGA_HSYNC DDPD_CTRLDATA
N44
VGA_VSYNC H45
R145 649/F_4 DAC_IREF U40 DDPB_AUXN
DAC_IREF K43
DDPC_AUXN

DISPLAY
U39
B VGA_IRTN J42 B
DDPD_AUXN
EDP_BKLTCTL N36 H43
32 EDP_BKLTCTL EDP_BKLTCTL DDPB_AUXP

EDP
EDP_BKLTEN K36 K45
29,32 EDP_BKLTEN EDP_BKLTEN DDPC_AUXP
EDP_VDDEN G36 J44
32 EDP_VDDEN EDP_VDDEN DDPD_AUXP
K40 INT_HDMI_HPD
H20 DDPB_HPD INT_HDMI_HPD 33
PCI_PIRQA#
PIRQA# K38
PCI_PIRQB# L20 DDPC_HPD
PIRQB# H39
PCI_PIRQC# K17 DDPD_HPD
PIRQC#
PCI_PIRQD# M20
PIRQD# PCI
G17 PCH_GPIO2
(CORE) PIRQE#/GPIO2
DGPU_HOLD_RST# A12
20 DGPU_HOLD_RST# GPIO50 (CORE) F17
(CORE) PIRQF#/GPIO3
PCH_GPIO3
B13
GPIO52 (CORE)
KB_DET#
34 KB_DET# L15
(CORE) PIRQG#/GPIO4
KB_LED_DET
KB_LED_DET 34
C12
GPIO54 (CORE)
DGPU_PWR_EN
49 DGPU_PWR_EN M15 EXTTS_SNI_DRV1_PCH
(CORE) PIRQH#/GPIO5
C10
GPIO51 (CORE)
BBS_BIT1
TP49 AD10 PCI_PME#
A10 PME# TP50
GPIO53 (CORE)
PCH_GPIO53
13 PCH_GPIO53 Y11 PCI_PLTRST#
STP_A16OVR AL6 PLTRST#
13 STP_A16OVR GPIO55 (CORE)
5 OF 11

A A

PCI_PLTRST# R244 1 2 *SJ0402_NC PLTRST#

1 2 PLTRST# 20,29,38,39,40

R246
100K_4

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
LPT 1/6 (DMI/FDI/VGA) A0

Date: Monday, June 22, 2015 Sheet 12 of 51

5 4 3 2 1
 5 4 3 2 1

Lynx Point (RTC,IHDA,SATA,JTAG) Lynx Point (LPC,SPI,SMBUS,C-LINK,THERMAL)

+3V_RTC
RTC_X1 B5
U14A
LPT_PCH_M_EDS

REV = 5
BOMCMB_LPT_PCH_M_EDS/BGA

SATA_RXN_0
BC8
BE8
U14D
LPT_PCH_M_EDS

REV = 5
BOMCMB_LPT_PCH_M_EDS/BGA
13
RTCX1 SATA_RXP_0
(SUS) SMBALERT#/GPIO11
N7 SMBALERT#
RTC_X2 B4 AW 8 R398 22_4 PCH_LAD0 A20
RTCX2 SATA_TXN_0 AY8 29,39 LPC_LAD0 LAD_0 R10 SMB_PCH_CLK
SMBus

RTC
R416 SRTC_RST# B9 SATA_TXP_0 R399 22_4 PCH_LAD1 C20 SMBCLK
SRTCRST# BC10 29,39 LPC_LAD1 LAD_1 U11 SMB_PCH_DAT
1M_4 SATA_RXN_1 SMBDATA
SM_INTRUDER# A8 BE10 R402 22_4 PCH_LAD2 A18

LPC
INTRUDER# SATA_RXP_1 29,39 LPC_LAD2 LAD_2
(SUS) N8 DRAMRST_CNTRL_PCH
PCH_INVRMEN G10 AV10 R401 22_4 PCH_LAD3 C18 SML0ALERT#/GPIO60
D INTVRMEN SATA_TXN_1 29,39 LPC_LAD3 LAD_3 D
AW 10 U8 SMB_ME0_CLK
RTC_RST# D9 SATA_TXP_1 R393 22_4 PCH_LFRAME# B21 SML0CLK
RTCRST# 29,39 LPC_LFRAME# LFRAME#

SATA
BB9 R7 SMB_ME0_DAT
SATA_RXN_2 BD9 PCH_DRQ#0 D21 SML0DATA
B25 SATA_RXP_2 TP46 LDRQ0# H6
HDA_BCLK_R
HDA_BCLK (SUS) SML1ALERT#/PCHHOT#/GPIO74
PCH_TEMP_ALERT#
AY13 PCH_DRQ#1 G20 (CORE)
A22 SATA_TXN_2 AW 13 TP47 LDRQ1#/GPIO23 K6
ACZ_SYNC_R
HDA_SYNC SATA_TXP_2 TP68 (SUS) SML1CLK/GPIO58 SMB_ME1_CLK
IRQ_SERIRQ AL11
AL10 BC12 29 IRQ_SERIRQ SERIRQ N11 SMB_ME1_DAT
ACZ_SPKR
SPKR SATA_RXN_3 (SUS) SML1DATA/GPIO75
BE12
HDA_RST#_R C24 SATA_RXP_3
HDA_RST# AR13 AF11 CL_CLK
SATA_TXN_3 CL_CLK TP59
L22 AT13 AJ11

AZALIA
PCH_SPI_CLK

SPI
41 HDA_SDIN0 HDA_SDI0 SATA_TXP_3 30 PCH_SPI_CLK SPI_CLK AF10 CL_DAT
K22 AJ7 C-Link CL_DATA TP60
PCH_SPI_CS0#
HDA_SDI1 30 PCH_SPI_CS0# SPI_CS0#
BD13 SATA_RXN4 AF7 CL_RST#
G22 SATA_RXN4/PERN1 BB13 SATA_RXN4 31 AL7 CL_RST# TP54
SATA_RXP4
HDA_SDI2 SATA_RXP4/PERP1 SATA_RXP4 31 SPI_CS1#
SATA HDD
F22 AV15 SATA_TXN4 AJ10
HDA_SDI3 SATA_TXN4/PETN1 AW 15 SATA_TXP4 SATA_TXN4 31 SPI_CS2# BA45
A24 SATA_TXP4/PETP1 SATA_TXP4 31 AH1 TP1
HDA_SDO_R PCH_SPI_SI
HDA_SDO BC14 30 PCH_SPI_SI SPI_MOSI BC45
SATA_RXN5
B17 SATA_RXN5/PERN2 SATA_RXN5 31 Thermal TP2
PCH_GPIO33
DOCKEN#/GPIO33 (CORE) SATA_RXP5/PERP2
BE14 SATA_RXP5
SATA_RXP5 31 30 PCH_SPI_SO
PCH_SPI_SO AH3
SPI_MISO
SSD M.2 BE43
C22 AP15 AJ4 TP4
PCH_GPIO13
HDA_DOCK_RST#/GPIO13 (SUS) SATA_TXN5/PETN2
SATA_TXN5
SATA_TXN5 31 30 PCH_SPI_IO2
PCH_SPI_IO2
SPI_IO2
AR15 SATA_TXP5 BE44
SATA_TXP5/PETP2 SATA_TXP5 31 PCH_SPI_IO3 AJ2 TP3
30 PCH_SPI_IO3 SPI_IO3 AY43 TD_IREF R375 8.2K_4
AY5 SATA_RCOMP R178 7.5K/F_4 TD_IREF
SATA_RCOMP +1.5V_RUN
AP3 +3.3V_SUS
C SATALED# SATALED# 41 3 OF 11 C
PCH_JTAG_TCK_R AB3 (CORE) SATA0GP/GPIO21 AT1 SATA0GP
JTAG_TCK DRAMRST_CNTRL_PCH 1K_4 R217
PCH_JTAG_TMS_R AD1 (CORE) SATA1GP/GPIO19 AU2 BBS_BIT0
JTAG_TMS 0316
PCH_JTAG_TDI_R AE2 BD4 SATA_IREF 1 2 SMBALERT# 10K_4 R222
JTAG

JTAG_TDI SATA_IREF 1 2 R180 +1.5V_RUN

*SJ0603_NC PCH_TEMP_ALERT# 10K_4 R214
PCH_JTAG_TDO_R AD3
JTAG_TDO TP9
BA2 PCH PU/PD setting
+3.3V_RUN
F8 BB2 Layout note: SMB_ME0_CLK 2.2KX2 1 2 RP14
TP25 TP8 IRQ_SERIRQ R424 10K_4 SMB_ME0_DAT 3 4
C26 SATA_RCOMP/SATA_IREF SATA0GP R431 10K_4
TP22 (DC resistance routing < 0.2R) Follow SCH CHKRST v2.0
Fast Mode -> 499R (Default)
AB6
TP20
BO TL <= 100 mils Normal Mode -> 2.2KR
+3.3V_SUS
TL <= 500 mils Leakage Isolation
BO TW >= 4 mils
1 OF 11
TW = 12-15 mils Follow DG v2.4 PCH_GPIO13 R390 10K_4 For DIMMs
TS >= 15 mils PCH_SPI_CS0# R183 *10K_4_NC +3.3V_RUN
+3.3V_SUS
Follow SCH CHKRST PCH_JTAG_TMS_R R235 *210/F_4_NC
+3.3V_RUN
PCH_JTAG_TDI_R R234 *210/F_4_NC
HDA EMI v2.0 pg27 PCH_JTAG_TDO_R R441 *210/F_4_NC

4
2

4
2
R384 47_4 HDA_BCLK_R HDA_BITCLK EC68 47P/50V_4 PCH_JTAG_TCK_R R443 *51_4_NC RP13 RP22
41 HDA_BITCLK
R391 33_4 HDA_RST#_R HDA_SDOUT EC70 *10P/50V_4_NC PCH_JTAG_TMS_R R227 *100/F_4_NC 2.2KX2 Q21 2.2KX2
41 HDA_RST#
R386 33_4 HDA_SDO_R PCH_JTAG_TDI_R R226 *100/F_4_NC 2N7002KDW
41 HDA_SDOUT
R395 33_4 ACZ_SYNC_R PCH_JTAG_TDO_R R442 *100/F_4_NC 5
41 HDA_SYNC ACZ_SPKR
41 ACZ_SPKR

3
1

3
1
SMB_PCH_CLK 3 4
SMB_RUN_CLK 18,19,34
B B
2
PCH STRAPING RTC Circuitry SMB_PCH_DAT 6 1
SMB_RUN_DAT 18,19,34

Pin Name Usage Sampled Configuration Circuitry

0 = Disable (Int PD) Layout note:
No Reboot PWROK ACZ_SPKR R211 *1K_4_NC +3V_RTC
SPKR 1 = Enable +3.3V_RUN 30mils
PLL On-Die Voltage 0 = Disable R193 20K/F_4 RTC_RST#
Q14
GPIO62 / SUSCLK Regulator Enable RSMRST# 1 = Enable (Int PU) 12 SUSCLK
R200 *1K_4_NC

3
2N7002W
0 = Top-Block Swap mode C421 2
EC_RTC_RST 29
GPIO55 Top-Block Swap Override PWROK 1 = Default (Int PU) 12 STP_A16OVR
R233 *1K_4_NC 1U/10V/X5R_4

1
PCH_INVRMEN R189 330K_4 +3.3V_SUS
+3V_RTC
INTVRMEN Integrated VRM Enable 0 = Disable
Always 1 = Enable R175 *330K_4_NC R411 20K/F_4 SRTC_RST#

4
2
Bit1 Bit0
GPIO51 Boot BIOS Strap bit 1 PWROK 1 0 Resvered C617 RP21
BBS_BIT0 R205 10K_4 1U/10V/X5R_4 Q20
1
0
1
0
SPI (default)
LPC
+3.3V_RUN 2.2KX2
2N7002KDW For EC
SATA1GP/GPIO19 Boot BIOS Strap bit 0 PWROK 5
+3.3V_SUS

3
1
Flash Descriptor Security 0 = Security Effect (Int PD) SMB_ME1_CLK 4 3 SMBCLK1
HDA_SDO_R SMBCLK1 29
HDA_SDO Override / Intel ME Debug Mode PWROK 1 = Can be Override 29 PCH_MELOCK
1K_4 R388

0 = Disable 2
+3.3V_SUS
A DSWVREN On Die DSW VR Enable Always 1 = Enable 12 DSWVRMEN
R414 330K_4 +3V_RTC CRB : 330 K PU A
Must be PU to VCCRTC R415 *330K_4_NC SMB_ME1_DAT 1 6 SMBDAT1
DG : 390 K PU RTC Clock 32.768KHz SMBDAT1 29

GPIO53 DMI AC / DC-Coupling Mode PWROK 0 = DMI is in AC-coupling mode

1 = DMI is in DC-coupling mode (int PU) R407 *1K_4_NC RTC_X1
12 PCH_GPIO53
C626 15P/50V_4

2
Y5 R422 Quanta Computer Inc.
HDA_DOCK_EN# / DMI TX Termination PWROK 0 = DMI TX is terminated to VSS (int PD) 32.768KHZ 10M_4
PCH_GPIO33 R405 *1K_4_NC
GPIO33 1 = DMI TX is terminated to VCC/2. +3.3V_RUN PROJECT : AM9
1
C624 15P/50V_4 RTC_X2 Size Document Number Rev
LPT 2/6 (SATA/HDA/SPI) A0

Date: Monday, June 22, 2015 Sheet 13 of 51

5 4 3 2 1
 5 4 3 2 1

Lynx Point (PCIE,USB3.0,USB2.0)

LPT_PCH_M_EDS
PCH PU/PD setting 14
U14I BOMCMB_LPT_PCH_M_EDS/BGA

AW 31 B37
AY31 PERN1/USB3RN3 USB2N0 D37 USB2_N0 41 +3.3V_RUN
PERP1/USB3RP3 USB2P0 USB2_P0 41 ext. USB3.0/2.0 COMBO
A38
BE32 USB2N1 C38 USB2_N1 41 +3.3V_SUS
BC32 PETN1/USB3TN3 USB2P1 A36 USB2_P1 41 ext. USB3.0/2.0 COMBO USB2.0 Port 1 & port 9 CLK_PCIE_REQ1#
CLK_PCIE_REQ2#
RP17 4
2
3
1
D
PETP1/USB3TP3 USB2N2
USB2P2
C36 is debug port. 10KX2
D
AT31 A34 CLK_PCIE_REQ3# RP28 2 1 10KX4 CLK_BUF_EXPN RP7 2 1 10KX2
AR31 PERN2/USB3RN4 USB2N3 C34 CLK_PEGB_REQ# 4 3 CLK_BUF_EXPP 4 3
PERP2/USB3RP4 USB2P3 B33 6 5 CLK_BUF_CPYCKN RP6 2 1 10KX2
BD33 USB2N4 D33 CLK_PCIE_REQ7# 8 7 CLK_BUF_CPYCKP 4 3
BB33 PETN2/USB3TN4 USB2P4 F31 CLK_BUF_DOT96N RP5 4 3 10KX2
PETP2/USB3TP4 USB2N5 G31 USB2_N5 37
USB3.0/2.0 COMBO/ PS CLK_PCIE_REQ6# RP15 2 1 10KX4 CLK_BUF_DOT96P 2 1
USB2P5 K31 USB2_P5 37 4 3
CLK_PEGA_REQ# CLK_BUF_CKSSCDN RP27 2 1 10KX2
AW 33 USB2N6 L31 CLK_PCIE_REQ0# 6 5 CLK_BUF_CKSSCDP 4 3
40 PCIE_RXN3 AY33 PERN_3 USB2P6 G29 8 7
CLK_PCIE_REQ5#
40 PCIE_RXP3 PERP_3 USB2N7 H29 CLK_BUF_REF14 R379 10K_4
C605 0.1U/16V/X7R_4 PETN_3 BE34 USB2P7 A32
LAN 40 PCIE_TXN3 PETN_3 USB2N8 USB2_N8 32
C607 0.1U/16V/X7R_4 PETP_3 BC34 C32 Camera
40 PCIE_TXP3 PETP_3 USB2P8 USB2_P8 32
A30
USB2N9 USB2_N9 39
AT33 C30 BT
39 PCIE_RXN4 AR33 PERN_4 USB2P9 B29 USB2_P9 39
39 PCIE_RXP4 PERP_4 USB2N10 USB2_N10 32
WLAN D29 Touch Screen
USB2P10 USB2_P10 32
C603 0.1U/16V/X7R_4 PETN_4 BE36 A28
39 PCIE_TXN4 PETN_4 USB2N11
C604 0.1U/16V/X7R_4 PETP_4 BC36 C28
39 PCIE_TXP4 PETP_4 USB2P11 G26

PCIe
AW 36 USB2N12 F26

USB
38 PCIE_RXN5 AV36 PERN_5 USB2P12 F24
38 PCIE_RXP5 PERP_5 USB2N13 G24
Card reader USB2P13
C602 0.1U/16V/X7R_4 PETN_5 BD37
38 PCIE_TXN5 PETN_5
C601 0.1U/16V/X7R_4 PETP_5 BB37
38 PCIE_TXP5 PETP_5 AR26
USB3RN1 USB3_RXN1 41
AY38 AP26
AW 38 PERN_6 USB3RP1 BE24 USB3_RXP1 41
PERP_6 USB3TN1 USB3_TXN1 41 ext. USB3.0/2.0 COMBO
BD23
BC38 USB3TP1 AW 26 USB3_TXP1 41
BE38 PETN_6 USB3RN2 AV26 USB3_RXN2 41

C AT40
PETP_6 USB3RP2
USB3TN2
BD25
BC24
USB3_RXP2
USB3_TXN2
41
41 ext. USB3.0/2.0 COMBO Lynx Point (CLOCK) C
AT39 PERN_7 USB3TP2 AW 29 USB3_TXP2 41
PERP_7 USB3RN5 USB3_RXN5 37 LPT_PCH_M_EDS
AV29 U14C BOMCMB_LPT_PCH_M_EDS/BGA
BE40 USB3RP5 BE26 USB3_RXP5 37
PETN_7 USB3TN5 USB3_TXN5 37 USB3.0/2.0 COMBO/ PS
BC40 BC26
PETP_7 USB3TP5 AR29 USB3_TXP5 37 Y43 AB35
USB3RN6 CLKOUT_PCIE_N_0 CLKOUT_PEG_A CLK_PCIE_VGAN 20
AN38 AP29
AN39 PERN_8 USB3RP6 BD27 Y45 AB36
PERP_8 USB3TN6 BE28 CLKOUT_PCIE_P_0 CLKOUT_PEG_A_P CLK_PCIE_VGAP 20
BD42 USB3TP6 CLK_PCIE_REQ0# AB1
PETN_8 PCIECLKRQ0#/GPIO73 (SUS) (SUS) PEGA_CLKRQ#/GPIO47
AF6 CLK_PEGA_REQ#
CLK_PEGA_REQ# 20
BD41 K24 USBCOMP R162 22.6/F_4
PETP_8 USBRBIAS# K26 AA44 Y39
USBRBIAS USBCOMP CLKOUT_PCIE_N_1 CLKOUT_PEG_B
Impedance = 50 Ohm AA42
1 2 PCIE_IREF BE30 M33 CLKOUT_PCIE_P_1 Y38
+1.5V_RUN 1 2 PCIE_IREF TP24 L33
Trace length <= 500 mils CLK_PCIE_REQ1# AF1 CLKOUT_PEG_B_P
R387 *SJ0603_NC
TP23 Trace spacing >= 15 mils PCIECLKRQ1#/GPIO18 (CORE)
(SUS) U4 CLK_PEGB_REQ#
BC30 PEGB_CLKRQ#/GPIO56
TP11 (SUS) OC0#/GPIO59
P3 USB_OC0#
USB_OC0# 41 40 CLK_PCIE_LANN
AB43
CLKOUT_PCIE_N_2
(SUS) V1 USB_OC1# AF39
OC1#/GPIO40 U2 USB_OC1# 37 AB45 CLKOUT_DMI CLK_CPU_BCLKN 7
(SUS) OC2#/GPIO41
USB_OC2#
40 CLK_PCIE_LANP CLKOUT_PCIE_P_2
BB29 (SUS) P1 USB_OC3# AF40
TP6 OC3#/GPIO42 M3 1 2 CLK_PCIE_REQ2# AF3 CLKOUT_DMI_P CLK_CPU_BCLKP 7
(SUS) OC4#/GPIO43
USB_OC4#
40 PCIE_CLKREQ_LAN# 1 2 PCIECLKRQ2#/GPIO20/SMI# (CORE)
(SUS) OC5#/GPIO9
T1 USB_OC5# R428 *SJ0402_NC
CLKOUT_DP
AJ40
CLK_DPLL_SSCLKN 7
R389 7.5K/F_4 PCIE_RCOMP BD29 (SUS) N2 USB_OC6# AD43 AJ39
PCIE_RCOMP OC6#/GPIO10 M1 39 CLK_PCIE_WLANN AD45 CLKOUT_PCIE_N_3 CLKOUT_DP_P CLK_DPLL_SSCLKP 7
(SUS) OC7#/GPIO14
USB_OC7#
39 CLK_PCIE_WLANP CLKOUT_PCIE_P_3
Layout note: 1 2 CLK_PCIE_REQ3# T3 (SUS) AF35
39 PCIE_CLKREQ_WLAN# 1 2 PCIECLKRQ3#/GPIO25 CLKOUT_DPNS AF36 CLK_DPLL_NSCLKN 7
9 OF 11 R438 *SJ0402_NC
PCIE_RCOMP/PCIE_IREF AF43 CLKOUT_DPNS_P CLK_DPLL_NSCLKP 7
(DC resistance routing < 0.2R) 38 CLK_PCIE_CR_N CLKOUT_PCIE_N_4
AF45 AY24 CLK_BUF_EXPN
38 CLK_PCIE_CR_P CLKOUT_PCIE_P_4 CLKIN_DMI
BO TL <= 100 mils 38 CLK_PCIE_REQ4#
CLK_PCIE_REQ4# V3
PCIECLKRQ4#/GPIO26 (SUS) CLKIN_DMI_P
AW 24CLK_BUF_EXPP
TL <= 500 mils
AE44 AR24 CLK_BUF_CPYCKN
B
BO TW >= 4 mils +3.3V_SUS AE42 CLKOUT_PCIE_N5 CLKIN_GND AT24 CLK_BUF_CPYCKP B
TW = 12-15 mils CLK_PCIE_REQ5# AA2 CLKOUT_PCIE_P_5
(SUS) CLKIN_GND_P
TS >= 12 mils RP19 PCIECLKRQ5#/GPIO44 H33 CLK_BUF_DOT96N
10 1 USB_OC4# AB40 CLKIN_DOT96N G33 CLK_BUF_DOT96P
USB_OC0# 9 2 USB_OC5# AB39 CLKOUT_PCIE_N_6 CLKIN_DOT96P
8 3 CLK_PCIE_REQ6# AE4 CLKOUT_PCIE_P_6
USB_OC1# USB_OC6#
PCIECLKRQ6#/GPIO45 (SUS) CLKIN_SATA
BE6 CLK_BUF_CKSSCDN
USB_OC2# 7 4 USB_OC7# BC6 CLK_BUF_CKSSCDP
USB_OC3# 6 5 AJ44 CLKIN_SATA_P
CLKOUT_PCIE_N_7 F45 CLK_BUF_REF14
10K_10P8R_6 AJ42 REFCLK14IN D17 CLK_33M_FB
CLKOUT_PCIE_P_7 CLKIN_33MHZLOOPBACK
CLK_PCIE_REQ7# Y3 (SUS) AM43 XTAL25_IN
PCIECLKRQ7#/GPIO46 XTAL25_IN AL44 XTAL25_OUT
AH43 XTAL25_OUT
CLKOUT_ITPXDP C40 CLK_FLEX0
(CORE) CLKOUTFLEX0/GPIO64 TP40
AH45
EMI CLKOUT_ITPXDP_P
(CORE) CLKOUTFLEX1/GPIO65 F38 CLK_FLEX1 TP44
D44
CLKOUT_33MHZ0
CLK_33M_EC EC61 *10P/50V_4_NC (CORE) CLKOUTFLEX2/GPIO66 F36 CLK_FLEX2 TP43
CLK_33M_DEBUG EC58 *10P/50V_4_NC E44
CLKOUT_33MHZ1
CLK_33M_FB EC75 *10P/50V_4_NC (CORE) CLKOUTFLEX3/GPIO67 F39 CLK_FLEX3 TP41
CLK_33M_FB R382 22_4 CLK_33M_PCI2 B42
CLKOUT_33MHZ2 AM45 ICLK_IREF 1 2
6/22 R380 *22_4_NC CLK_33M_PCI3 F41 ICLK_IREF *SJ0402_NC 1 2 R374
+1.5V_RUN
39 CLK_33M_DEBUG CLKOUT_33MHZ3 AD39
C598 12P/50V_4
R383 22_4 CLK_33M_PCI4 A40 TP19 AD38
29 CLK_33M_EC CLKOUT_33MHZ4 TP18
3
4

XTAL25_IN R372 Y4 AN44 ICLK_BIAS R373 7.5K/F_4

XTAL25_OUT 1M_4 DIFFCLK_BIASREF
25MHz CLOCK SIGNAL
R380 For Debug Only, Remove at QT 2 OF 11 CLKOUT_FLEX[2:3] if enabled, must be
programmed to the same clock frequency
1
2

A C599 12P/50V_4 A
due to sharing the same internal power rail.

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
LPT 3/6 (PCIE/USB/CLK) A0

Date: Monday, June 22, 2015 Sheet 14 of 51

5 4 3 2 1
 5 4 3 2 1

Lynx Point (GPIO,CPU/MISC,NCTF)

U14F LPT_PCH_M_EDS
BOMCMB_LPT_PCH_M_EDS/BGA
15
BMBUSY#/GPIO0 (CORE)
BMBUSY# AT8

29 SMC_EXTSMI#
SMC_EXTSMI# F13
TACH1/GPIO1 (CORE)
PCIE_MCARD1_DET# A14 (CORE) PCH PU/PD setting
TACH2/GPIO6
D D
CPU/Misc
29 SIO_EXT_SCI#
SIO_EXT_SCI# G15
TACH3/GPIO7 (CORE) +3.3V_SUS
Y1
GPIO8 (SUS)
LAN_PHY_PW R_CTRL K13
LAN_PHY_PWR_CTRL/GPIO12 (SUS) LAN_W AKE# RP16 2 1 10KX2
AN10 EC_A20GATE LAN_PHY_PW R_CTRL 4 3
TP14
GPIO15 (SUS)
AB11
AY1 PCH_PECI
PECI TP58 +3.3V_RUN
SATA_MCARD3_DET# AN2
SATA4GP/GPIO16 (CORE)
AT6 EC_RCIN#
GPIO RCIN# EC_RCIN# 29
20,24 DGPU_PW ROK
1
1
2 DGPU_PW ROK_R
2 *SJ0402_NC
C14
TACH0/GPIO17 (CORE) SMC_EXTSMI# RP9 2 1 10KX2
R408 AV3 SIO_EXT_SCI# 4 3
PROCPWRGD H_PW RGOOD 7
SCLOCK/GPIO22 (CORE)
PCH_GPIO22 BB4
AV1 PCH_THRMTRIP# R429 390_4 EC_A20GATE RP29 2 1 10KX2
THRMTRIP# PM_THRMTRIP# 7
GPIO24 (SUS)
Y10 PCH_GPIO39 4 3
AU4
PLTRST_PROC# CPU_PLTRST# 7
GPIO27 (DSW)
LAN_W AKE# R11 BMBUSY# RP18 2 1 10KX4
N10 EC_RCIN# 4 3
VSS
GPIO28 (SUS)
PCH_GPIO28 AD11 DCR_EN 6 5
TP53
SATA_MCARD3_DET# 8 7
GPIO34 (CORE)
GPU_EVENT# D9 2 1 PCH_EVENT# AN6
23 GPU_EVENT#
SDM10K45-7-F RP25 10KX4
32 DCR_EN
DCR_EN AP1
GPIO35/NMI# (CORE) THSCR_EN 2 1
PCH_GPIO70 4 3
STR_DMIRX_TERMI AT3
SATA2GP/GPIO36 (CORE) PCH_GPIO71 6 5
CAP_LED 8 7
STR_TLS_CONF AK1
SATA3GP/GPIO37 (CORE)
PCH_GPIO38 R207 *10K_4_NC
C
23 GC6_FB_EN
1
1
2 PCH_GPIO38
2 *SJ0402_NC
AT7
SLOAD/GPIO38 (CORE) DGPU_PW ROK_R R406 10K_4 C
R218 PCH_EVENT# R219 10K_4
PCH_GPIO39 AM3
SDATAOUT0/GPIO39 (CORE) VSS
A2 PCIE_MCARD1_DET# R171 10K_4
A41 PCH_GPIO49 R437 10K_4
VSS
PCH_GPIO48 AN4
SDATAOUT1/GPIO48 (CORE) VSS
A43 PCH_GPIO22 R206 10K_4
A44 PCH_GPIO48 R430 10K_4
VSS
PCH_GPIO49 AK3
SATA5GP/GPIO49 (CORE) VSS
B1
B2
VSS
GPIO57 (SUS)
SV_DET U12 B44 SV_DET R177 100K_4
VSS B45
VSS
34 CAP_LED
CAP_LED C16
TACH4/GPIO68 (CORE) VSS
BA1
BC1
VSS
32 THSCR_EN
THSCR_EN D13
TACH5/GPIO69 (CORE) VSS
BD1
BD2
VSS
PCH_GPIO70 G13
TACH6/GPIO70 (CORE) VSS
BD44
NOTE:
BD45
VSS
PCH_GPIO71 H15
TACH7/GPIO71 (CORE) VSS
BE2 1.SATA_5_GP(GPIO49)CAN BE USE AS
BE3
VSS D1 PCIE 2/MSATA 5 MUX SELECT IN LPT
VSS
BE41
BE5 VSS NCTF VSS
E1
E45
2.Default GPI,can NOT be left floating
C45 VSS VSS A4
A5 VSS VSS
VSS
6 OF 11

B B

PCH Strap
Pin Name Usage Sampled Configuration Ref. Doc. Circuitry

SATA2GP / DMI RX Termination Rising edge 0 = DMI RX is terminated to VSS. PCH EDS v2.3 STR_DMIRX_TERMI R439 10K_4
GPIO36 of PWROK 1 = DMI RX is terminated to VCC/2. SCH CHKLST v2.0
R432 *200K/F_4_NC
+3.3V_RUN
0 = Disable Intel ME Crypto Transport
SATA3GP / TLS Confidentiality Rising edge Layer Security STR_TLS_CONF R232 10K_4
GPIO37 of PWROK (TLS) cipher suite (no confidentiality). PCH EDS v2.3
SCH CHKLST v2.0 R427 *200K/F_4_NC
1 = Enable Intel ME Crypto Transport +3.3V_RUN
Layer Security
(TLS) cipher suite (with confidentiality).

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
LPT 4/6 (GPIO/MISC) A0

Date: Monday, June 22, 2015 Sheet 15 of 51

5 4 3 2 1
 5 4 3 2 1

Lynx Point (Power) PCH VCCIO Power

Layout note: Layout note:
16
+1.05V +V1.05S_VCC_EXP
3.629A Close to pin
Layout note: LPT_PCH_M_EDS AN34,AN35
U14G BOMCMB_LPT_PCH_M_EDS/BGA R142 1 2 *SJ1206_NC
1.312A R143 1 1 2 2 *SJ1206_NC
+1.05V +V1.05S_PCH_VCC P45 1 2
VCCADAC1_5 C377 C398 C374 C391 C396 C412
0511 AA24 P43 10U/6.3V_6 1U/10V/X5R_4 1U/10V/X5R_4 1U/10V/X5R_4 1U/10V/X5R_4 1U/10V/X5R_4
R140 1 2 *0_8_SJ_NC AA26 VCC CRT DAC VSS
1 2 AD20 VCC M31
D
C404 10U/6.3V_6 AD22 VCC VCCADACBG3_3 D

AD24 VCC C395 *10U/6.3V_6_NC

C349 1U/10V/X5R_4 AD26 VCC BB44
VCC PLL VCCVRM +1V5RUN_VCCVRM
C365 1U/10V/X5R_4 AD28
C343 1U/10V/X5R_4 AE18 VCC FDI
AN34
VCC VCCIO +V1.05S_VCC_EXP
AE20
AE22 VCC AN35
AE24 VCC VCCIO C390 0.1U/16V/X7R_4
AE26 VCC R30
VCC HVCMOS VCC3_3_R30 +3V3RUN_PCH
AG18 R32
AG20 VCC VCC3_3_R32
VCC 98mA (15mils)
AG22 Y12 +1V05_DCPSUS1
VCC DCPSUS1 TP48
AG24
Y26 VCC AJ30
VCC VCCSUS3_3 +3V3S5_PCH

Core
AJ32
VCCSUS3_3
0.476A (30mils)
AJ26 +1V05_DCPSUS3 Layout note: Layout note:
USB3 DCPSUS3 TP45
+PCH_VCCDSW_R +PCH_VCCDSW U14 AJ28
R172 5.11/F_4 AA18 DCPSUSBYP DCPSUS3 AK20 183mA 0.133A + 22mA
VCCASW VCCIO +V1.05S_VCC_EXP +1.5V_RUN +1V5RUN_VCCVRM +3.3V_RUN +3V3RUN_PCH
C416 U18 AK26
VCCASW PLL VCCVRM +1V5RUN_VCCVRM
1U/10V/X5R_4 Layout note: U20 AK28 C371 *10U/6.3V_6_NC
U22 VCCASW PLL VCCVRM 1 2 1 2
0.67A U24 VCCASW BE22 R155 1 2 *SJ0603_NC R148 1 2 *SJ0603_NC
+1.05V +V1.05M_VCCASW VCCASW PLL VCCVRM +1V5RUN_VCCVRM
V18 PCIe/DMI C611 *10U/6.3V_6_NC
V20 VCCASW AK18
VCCASW VCCIO +V1.05S_VCC_EXP
V22 Layout note: Layout note:
1 2 V24 VCCASW AN11
R378 1 2 *0_8_SJ_NC Y18 VCCASW PLL VCCVRM C361 *10U/6.3V_6_NC
+1V5RUN_VCCVRM 4mA 261mA + 10mA + 15mA
Y20 VCCASW SATA
AK22 +1.05V +VCCIO_PCH +3.3V_SUS +3V3S5_PCH
C411 22U/6.3V_6 Y22 VCCASW VCCIO
C410 1U/10V/X5R_4 VCCASW AM18 1 2 1 2
C C399 1U/10V/X5R_4 VCCIO AM20 R194 1 2 *SJ0402_NC R229 1 2 *SJ0603_NC C
VCCIO AM22
VCCMPHY VCCIO AP22
VCCIO AR22
VCCIO AT22
VCCIO +V1.05S_VCC_EXP
7 OF 11

+1.05V

Lynx Point (Power)

LPT_PCH_M_EDS
U14H BOMCMB_LPT_PCH_M_EDS/BGA
C338
+3V3S5_PCH 0.1U/16V/X7R_4
+3V3S5_PCH
C407 0.1U/16V/X7R_4
R24 R20 C392 0.1U/16V/X7R_4
R26 VCCSUS3_3 VCCSUS3_3 R22
1 2 +V1.05S_VCCAUSB R28 VCCSUS3_3 VCCSUS3_3 C394 0.1U/16V/X7R_4
+1.05V 1 2 VCCSUS3_3 GPIO/LPC
R137 *SJ0603_NC U26
C348 0.1U/16V/X7R_4 VCCSUS3_3 A16
Layout note: VCCDSW 3_3
M24 13mA (10mils)
VSS 15mA AA14 +VCCSST C413 0.1U/16V/X7R_4
U35 DCPSST
VCCUSBPLL PLL AE14
USB

+3V3RUN_PCH VCC3_3 +3V3RUN_PCH

C409 0.1U/16V/X7R_4 L24 AF12 C345 0.01U/25V_4
VCC3_3 VCC3_3 AG14
U30 VCC3_3
VCCIO +V1.05S_VCC_EXP
B V28 B
+V1.05S_VCC_EXP VCCIO
C384 1U/10V/X5R_4 V30 U36 C397 0.1U/16V/X7R_4
Y30 VCCIO VCCIO
VCCIO +3V3S5_PCH Layout note:
28mA (10mils) 10mA
+1V05_DCPSUS2 Y35 Azalia C403 1U/10V/X5R_4
TP42 DCPSUS2
C372 10U/6.3V_6 A26
VCCSUSHDA +3V3S5_PCH
AF34
+1V5RUN_VCCVRM VCCVRM PLL
+3V_RTC
AP45 K8 C618 1U/10V/X5R_4
+V1.05S_PCH_VCC VCC VCCSUS3_3
C405 *10U/6.3V_6_NC C417 0.1U/16V/X7R_4 Layout note:
C347 1U/10V/X5R_4 Y32 A6 C616 0.1U/16V/X7R_4
C387 1U/10V/X5R_4 VCCCLK VCCRTC 306mA
RTC
1 2+3V3RUN_CLKFLEX M29 P14 +VCCRTCEXT C408 0.1U/16V/X7R_4
+3.3V_RUN 1 2 VCCCLK3_3 CLK_FLEX0 DCPRTC
R159 *SJ0402_NC P16
L29 DCPRTC
Layout note: +3V3RUN_CLKFLEX VCCCLK3_3 CLK_FLEX1 +VCCIO_PCH Layout note:
C393 1U/10V/X5R_4 C414 1U/10V/X5R_4
55mA L26 AJ12 C423 0.1U/16V/X7R_4
4mA
+3V3RUN_CLKFLEX VCCCLK3_3 CLK_FLEX2 V_PROC_IO +1.05V +V1.05S_VCCCLKF100 +1.05V +V1.05S_VCC_SSCFF +1.05V +V1.05S_VCCSSCF100
C389 1U/10V/X5R_4 M26 CPU AJ14 C415 0.1U/16V/X7R_4
VCCCLK3_3 CLK_FLEX3 V_PROC_IO
U32 1 2 Layout note: 1 2 1 2 1 2
+3.3V_RUN VCCCLK3_3 1 2 +3.3V_SUS 1 2 1 2 1 2
V32 AD12 +VCCSPI
ICC

*SJ0402_NC R213 R151 *SJ0603_NC R135 *SJ0603_NC R141 *SJ0603_NC

VCCCLK3_3 SPI VCCSPI C424 1U/10V/X5R_4
22mA
1 2 +V3.3S_VCC_ASEPCI AD34 C370 C382 C381 C352
R152 1 2 *SJ0402_NC VCCCLK P18 1U/10V/X5R_4 1U/10V/X5R_4 1U/10V/X5R_4 1U/10V/X5R_4
VCC +V1.05S_PCH_VCC
AA30 P20 C346 1U/10V/X5R_4
C383 1U/10V/X5R_4 AA32 VCCCLK VCC
1 2 +VCCCLKF135 VCCCLK L17
+1.05V 1 2 Fuse VCCASW +V1.05M_VCCASW
R136 *SJ0603_NC AD35
VCCCLK R18
C373 1U/10V/X5R_4 AG30 VCCASW
VCCCLK Layout note:
AG32
+V1.05S_VCC_SSCFF VCCCLK 0.306A AW 40
A +1V5RUN_VCCVRM A
AD36 VCCVRM
+V1.05S_VCCCLKF100 VCCCLK AK30
VCC3_3 +3V3RUN_PCH
AE30 Thermal C388 0.1U/16V/X7R_4
AE32 VCCCLK AK32
+V1.05S_VCCSSCF100 VCCCLK VCC3_3
8 OF 11

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
LPT 5/6 (POWER) A0

Date: Monday, June 22, 2015 Sheet 16 of 51

5 4 3 2 1
 5 4 3 2 1

17
D
Lynx Point (GND) Lynx Point (GND) D

LPT_PCH_M_EDS LPT_PCH_M_EDS
U14J BOMCMB_LPT_PCH_M_EDS/BGA U14K BOMCMB_LPT_PCH_M_EDS/BGA

AL34 K39 AA16 B19

AL38 VSS VSS L2 AA20 VSS VSS B23
AL8 VSS VSS L44 AA22 VSS VSS B27
AM14 VSS VSS M17 AA28 VSS VSS B31
AM24 VSS VSS M22 AA4 VSS VSS B35
AM26 VSS VSS N12 AB12 VSS VSS B39
AM28 VSS VSS N35 AB34 VSS VSS B7
AM30 VSS VSS N39 AB38 VSS VSS BA40
AM32 VSS VSS N6 AB8 VSS VSS BD11
AM16 VSS VSS P22 AC2 VSS VSS BD15
AN36 VSS VSS P24 AC44 VSS VSS BD19
AN40 VSS VSS P26 AD14 VSS VSS AY36
AN42 VSS VSS P28 AD16 VSS VSS AT43
AN8 VSS VSS P30 AD18 VSS VSS BD31
AP13 VSS VSS P32 AD30 VSS VSS BD35
AP24 VSS VSS R12 AD32 VSS VSS BD39
AP31 VSS VSS R14 AD40 VSS VSS BD7
AP43 VSS VSS R16 AD6 VSS VSS D25
AR2 VSS VSS R2 AD8 VSS VSS AV7
AK16 VSS VSS R34 AE16 VSS VSS F15
AT10 VSS VSS R38 AE28 VSS VSS F20
AT15 VSS VSS R44 AF38 VSS VSS F29
AT17 VSS VSS R8 AF8 VSS VSS F33
C AT20 VSS VSS T43 AG16 VSS VSS BC16 C
AT26 VSS VSS U10 AG2 VSS VSS D4
AT29 VSS VSS U16 AG26 VSS VSS G2
AT36 VSS VSS U28 AG28 VSS VSS G38
AT38 VSS VSS U34 AG44 VSS VSS G44
D42 VSS VSS U38 AJ16 VSS VSS G8
AV13 VSS VSS U42 AJ18 VSS VSS H10
AV22 VSS VSS U6 AJ20 VSS VSS H13
AV24 VSS VSS V14 AJ22 VSS VSS H17
AV31 VSS VSS V16 AJ24 VSS VSS H22
AV33 VSS VSS V26 AJ34 VSS VSS H24
BB25 VSS VSS V43 AJ38 VSS VSS H26
AV40 VSS VSS W2 AJ6 VSS VSS H31
AV6 VSS VSS W44 AJ8 VSS VSS H36
AW2 VSS VSS Y14 AK14 VSS VSS H40
F43 VSS VSS Y16 AK24 VSS VSS H7
AY10 VSS VSS Y24 AK43 VSS VSS K10
AY15 VSS VSS Y28 AK45 VSS VSS K15
AY20 VSS VSS Y34 AL12 VSS VSS K20
AY26 VSS VSS Y36 AL2 VSS VSS K29
AY29 VSS VSS Y40 BC22 VSS VSS K33
AY7 VSS VSS Y8 BB42 VSS VSS BC28
B11 VSS VSS VSS VSS
B15 VSS 11 OF 11
VSS
10 OF 11

B B

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
LPT 6/6 (GND) A0

Date: Monday, June 22, 2015 Sheet 17 of 51

5 4 3 2 1
 A B C D E

JDIM2A M_A_DQ[63:0] 8 +V_VDDQ

18
8 M_A_A[15:0] +DDR_VTT
M_A_A0 98 5 M_A_DQ4 JDIM2B
M_A_A1 97 A0 DQ0 7 M_A_DQ5 75 44
M_A_A2 96 A1 DQ1 15 M_A_DQ7 C282 1U/6.3V_4 76 VDD1 VSS16 48
M_A_A3 95 A2 DQ2 17 M_A_DQ3 81 VDD2 VSS17 49
M_A_A4 92 A3 DQ3 4 M_A_DQ1 C283 1U/6.3V_4 82 VDD3 VSS18 54
M_A_A5 91 A4 DQ4 6 M_A_DQ0 87 VDD4 VSS19 55
M_A_A6 90 A5 DQ5 16 M_A_DQ2 C290 1U/6.3V_4 88 VDD5 VSS20 60
M_A_A7 86 A6 DQ6 18 M_A_DQ6 93 VDD6 VSS21 61
1 1
M_A_A8 89 A7 DQ7 21 M_A_DQ9 C287 1U/6.3V_4 94 VDD7 VSS22 65
M_A_A9 85 A8 DQ8 23 M_A_DQ12 99 VDD8 VSS23 66
M_A_A10 107 A9 DQ9 33 M_A_DQ15 C284 *1U/6.3V_4_NC
2.48A 100 VDD9 VSS24 71
M_A_A11 84 A10/AP DQ10 35 M_A_DQ11 105 VDD10 VSS25 72
M_A_A12 83 A11 DQ11 22 M_A_DQ13 C332 *1U/6.3V_4_NC 106 VDD11 VSS26 127
M_A_A13 119 A12/BC# DQ12 24 M_A_DQ8 111 VDD12 VSS27 128
A13 DQ13 VDD13 VSS28

PC2100 DDR3 SDRAM SO-DIMM

M_A_A14 80 34 M_A_DQ14 C265 10U/6.3V_6 112 133
M_A_A15 78 A14 DQ14 36 M_A_DQ10 117 VDD14 VSS29 134
A15 DQ15 39 M_A_DQ16 C288 10U/6.3V_6 118 VDD15 VSS30 138
8 M_A_BS#[2:0] M_A_BS#0 109 DQ16 41 M_A_DQ21 123 VDD16 VSS31 139

PC2100 DDR3 SDRAM SO-DIMM

M_A_BS#1 108 BA0 DQ17 51 M_A_DQ19 C311 2 1 *22U/6.3V_8_NC 124 VDD17 VSS32 144
M_A_BS#2 79 BA1 DQ18 53 M_A_DQ18 VDD18 VSS33 145
114 BA2 DQ19 40 M_A_DQ17 199 VSS34 150
8 M_A_CS#0 S0# DQ20 +3.3V_RUN VDDSPD VSS35
121 42 M_A_DQ20 151
8 M_A_CS#1 S1# DQ21 VSS36
101 50 M_A_DQ23 77 155
8 M_A_CLKP0 CK0 DQ22 +3.3V_RUN NC1 VSS37
103 52 M_A_DQ22 122 156
8 M_A_CLKN0 CK0# DQ23 NC2 VSS38
102 57 M_A_DQ24 125 161
8 M_A_CLKP1 CK1 DQ24 NCTEST VSS39
104 59 M_A_DQ26 C316 0.1U/16V/X7R_4 162
8 M_A_CLKN1 CK1# DQ25 VSS40
73 67 M_A_DQ27 R109 *10K/F_4_NC 198 167
8 M_A_CKE0 CKE0 DQ26 +3.3V_RUN EVENT# VSS41
74 69 M_A_DQ28 C315 2.2U/6.3V_6 30 168
8 M_A_CKE1 CKE1 DQ27 RESET# VSS42
115 56 M_A_DQ25 DRAMRST# 172
8 M_A_CAS# CAS# DQ28 VSS43
110 58 M_A_DQ30 173
SO-DIMMA SPD ADDRESS IS 0XA0 8 M_A_RAS# RAS# DQ29 VSS44
113 68 M_A_DQ31 +SMDDR_VREF_DQA 1 178
8 M_A_W E# WE# DQ30 VREF_DQ VSS45
RP3 2 1 10KX2 DIMM0_SA0 197 70 M_A_DQ29 +SMDDR_VREF_CA 126 179
4 3 DIMM0_SA1 201 SA0 DQ31 129 M_A_DQ36 VREF_CA VSS46 184
202 SA1 DQ32 131 M_A_DQ32 C668 VSS47 185
13,19,34 SMB_RUN_CLK SCL DQ33 VSS48
200 141 M_A_DQ34 0.1U/10V_4 2 189
13,19,34 SMB_RUN_DAT SDA DQ34 143 M_A_DQ38 3 VSS1 VSS49 190
2 M_A_ODT0 116 DQ35 130 M_A_DQ33 C300 C276 8 VSS2 VSS50 195 2
8 M_A_ODT0 ODT0 DQ36 VSS3 VSS51
M_A_ODT1 120 132 M_A_DQ37 0.01U/25V_4 0.01U/25V_4 9 196
8 M_A_ODT1 ODT1 DQ37 VSS4 VSS52

(204P)
140 M_A_DQ35 13
11 DQ38 142 M_A_DQ39 +SMDDR_VREF_CA 14 VSS5
28 DM0 DQ39 147 M_A_DQ41 19 VSS6
46 DM1 DQ40 149 M_A_DQ45 C302 0.1U/16V/X7R_4 20 VSS7 203
DM2 DQ41 VSS8 VTT1 +DDR_VTT
63 157 M_A_DQ47 25 204
DM3 DQ42 VSS9 VTT2

(204P)
136 159 M_A_DQ43 C301 0.1U/16V/X7R_4 26
153 DM4 DQ43 146 M_A_DQ40 31 VSS10 205
170 DM5 DQ44 148 M_A_DQ44 C303 2.2U/6.3V_6 32 VSS11 PAD1 206
187 DM6 DQ45 158 M_A_DQ42 37 VSS12 PAD2
DM7 DQ46 160 M_A_DQ46 38 VSS13 207
8 M_A_DQSP[7:0] M_A_DQSP0 12 DQ47 163 M_A_DQ49 43 VSS14 HOLE1 208
M_A_DQSP1 29 DQS0 DQ48 165 M_A_DQ48 VSS15 HOLE2
M_A_DQSP2 47 DQS1 DQ49 175 M_A_DQ54
M_A_DQSP3 64 DQS2 DQ50 177 M_A_DQ55 +SMDDR_VREF_DQA DS2SK-20401-TP8D
M_A_DQSP4 137 DQS3 DQ51 164 M_A_DQ53 ddr-ds2sk-20401-tp8d-std-204p
M_A_DQSP5 154 DQS4 DQ52 166 M_A_DQ52 C277 0.1U/16V/X7R_4 DGMK4000431
M_A_DQSP6 171 DQS5 DQ53 174 M_A_DQ50
M_A_DQSP7 188 DQS6 DQ54 176 M_A_DQ51 C278 0.1U/16V/X7R_4 H = 8.0mm
8 M_A_DQSN[7:0] M_A_DQSN0 10 DQS7 DQ55 181 M_A_DQ60
M_A_DQSN1 27 DQS#0 DQ56 183 M_A_DQ57 C269 2.2U/6.3V_6
M_A_DQSN2 45 DQS#1 DQ57 191 M_A_DQ63
M_A_DQSN3 62 DQS#2 DQ58 193 M_A_DQ62 C270 2.2U/6.3V_6
M_A_DQSN4 135 DQS#3 DQ59 180 M_A_DQ56 M3 VREF + M1 VREF
M_A_DQSN5 152 DQS#4 DQ60 182 M_A_DQ61 +V_VDDQ +VREFDQ_SA_M3 +SMDDR_VREF_DQA
M_A_DQSN6 169 DQS#5 DQ61 192 M_A_DQ58
M_A_DQSN7 186 DQS#6 DQ62 194 M_A_DQ59
DQS#7 DQ63

2
3 R104 3

2
DS2SK-20401-TP8D +V_VDDQ R100 *SJ0603_NC

1
ddr-ds2sk-20401-tp8d-std-204p 1K/F_4
DGMK4000431 C305 0.1U/16V/X7R_4
Place these Caps near So-Dimm1.

1
*SJ0603_NC 1 2 R105
H = 8.0mm C271 0.1U/16V/X7R_4 1 2

+V_VDDQ C355 0.1U/16V/X7R_4 R99 C262 C279

1K/F_4 0.022U/16V_4 0.1U/10V_4
C274 1U/6.3V_4 C272 0.1U/16V/X7R_4

C317 1U/6.3V_4
R101
C308 1U/6.3V_4 24.9/F_4

C267 1U/6.3V_4

C353 10U/6.3V_6
VREF SA0 M1/M3 Solution
C309 10U/6.3V_6
R117 2 1 DRAMRST#
+SMDDR_VREF_CA +V_VDDQ +VREFSA_M3 7 DDR3_DRAMRST# 2 1 DRAMRST# 19
C273 10U/6.3V_6
*SJ0402_NC C313
C354 10U/6.3V_6 *0.1U/16V/X7R_4_NC

C304 10U/6.3V_6 R116

1K/F_4
C351 2 1 *22U/6.3V_8_NC
4
R114 1 2 *SJ0603_NC
4
C299 2 1 *22U/6.3V_8_NC 1 2

C268 10U/6.3V_6 R115 C312 C314

1K/F_4 0.022U/16V_4 0.1U/10V_4
C275 10U/6.3V_6

C564
R119
24.9/F_4
Quanta Computer Inc.
+

*220U/2.5V/E15_3528_NC PROJECT : AM9

Size Document Number Rev
A0
DDR3L DIMM1-STD (8H)
Date: Monday, June 22, 2015 Sheet 18 of 51
A B C D E
 5 4 3 2 1

8 M_B_A[15:0]
M_B_A0
M_B_A1
98
97
JDIM3A
A0 DQ0
5
7
M_B_DQ5
M_B_DQ1
Place these Caps near So-Dimm2.
M_B_DQ[63:0] 8 19
M_B_A2 96 A1 DQ1 15 M_B_DQ3 +V_VDDQ
M_B_A3 95 A2 DQ2 17 M_B_DQ2 JDIM3B
M_B_A4 92 A3 DQ3 4 M_B_DQ0 75 44
M_B_A5 91 A4 DQ4 6 M_B_DQ4 76 VDD1 VSS16 48
M_B_A6 90 A5 DQ5 16 M_B_DQ6 81 VDD2 VSS17 49
M_B_A7 86 A6 DQ6 18 M_B_DQ7 +SMDDR_VREF_CA 82 VDD3 VSS18 54
M_B_A8 89 A7 DQ7 21 M_B_DQ9 87 VDD4 VSS19 55
D D
M_B_A9 85 A8 DQ8 23 M_B_DQ15 C359 0.1U/16V/X7R_4 88 VDD5 VSS20 60
M_B_A10 107 A9 DQ9 33 M_B_DQ11 93 VDD6 VSS21 61
M_B_A11 84 A10/AP DQ10 35 M_B_DQ10 C360 *0.1U/16V/X7R_4_NC 94 VDD7 VSS22 65
M_B_A12 83 A11 DQ11 22 M_B_DQ14 99 VDD8 VSS23 66
M_B_A13 119 A12/BC# DQ12 24 M_B_DQ8 C362 *2.2U/6.3V_6_NC
2.48A 100 VDD9 VSS24 71
M_B_A14 80 A13 DQ13 34 M_B_DQ13 105 VDD10 VSS25 72
M_B_A15 78 A14 DQ14 36 M_B_DQ12 106 VDD11 VSS26 127
A15 DQ15 39 M_B_DQ20 111 VDD12 VSS27 128
8 M_B_BS#[2:0] DQ16 VDD13 VSS28

PC2100 DDR3 SDRAM SO-DIMM

M_B_BS#0 109 41 M_B_DQ21 112 133

PC2100 DDR3 SDRAM SO-DIMM

M_B_BS#1 108 BA0 DQ17 51 M_B_DQ18 117 VDD14 VSS29 134
M_B_BS#2 79 BA1 DQ18 53 M_B_DQ22 +SMDDR_VREF_DQB 118 VDD15 VSS30 138
114 BA2 DQ19 40 M_B_DQ17 123 VDD16 VSS31 139
8 M_B_CS#0 S0# DQ20 VDD17 VSS32
121 42 M_B_DQ16 C324 0.1U/16V/X7R_4 124 144
8 M_B_CS#1 S1# DQ21 VDD18 VSS33
101 50 M_B_DQ19 145
8 M_B_CLKP0 CK0 DQ22 VSS34
103 52 M_B_DQ23 C326 *0.1U/16V/X7R_4_NC +3.3V_RUN 199 150
8 M_B_CLKN0 CK0# DQ23 VDDSPD VSS35
102 57 M_B_DQ25 151
8 M_B_CLKP1 CK1 DQ24 VSS36
104 59 M_B_DQ29 C329 *2.2U/6.3V_6_NC 77 155
8 M_B_CLKN1 CK1# DQ25 NC1 VSS37
73 67 M_B_DQ30 122 156
8 M_B_CKE0 CKE0 DQ26 NC2 VSS38
74 69 M_B_DQ26 125 161
8 M_B_CKE1 CKE1 DQ27 NCTEST VSS39
115 56 M_B_DQ28 162
SO-DIMMA SPD ADDRESS IS 0XA4 8 M_B_CAS# CAS# DQ28 VSS40
110 58 M_B_DQ24 R138 *10K/F_4_NC 198 167
8 M_B_RAS# RAS# DQ29 +3.3V_RUN EVENT# VSS41
113 68 M_B_DQ31 30 168
8 M_B_W E# WE# DQ30 RESET# VSS42
R128 10K/F_4 DIMM1_SA0 197 70 M_B_DQ27 DRAMRST# 172
SA0 DQ31 18 DRAMRST# VSS43
R127 10K/F_4 DIMM1_SA1 201 129 M_B_DQ36 173
+3.3V_RUN SA1 DQ32 VSS44
202 131 M_B_DQ37 +SMDDR_VREF_DQB 1 178
13,18,34 SMB_RUN_CLK SCL DQ33 VREF_DQ VSS45
200 141 M_B_DQ35 +SMDDR_VREF_CA 126 179
13,18,34 SMB_RUN_DAT SDA DQ34 143 M_B_DQ38 VREF_CA VSS46 184
M_B_ODT0 116 DQ35 130 M_B_DQ33 VSS47 185
8 M_B_ODT0 ODT0 DQ36 VSS48
C M_B_ODT1 120 132 M_B_DQ32 2 189 C
8 M_B_ODT1 ODT1 DQ37 VSS1 VSS49
140 M_B_DQ39 3 190
11 DQ38 142 M_B_DQ34 8 VSS2 VSS50 195
28 DM0 DQ39 147 M_B_DQ44 9 VSS3 VSS51 196
DM1 DQ40 VSS4 VSS52

(204P)
46 149 M_B_DQ40 C358 C323 13
63 DM2 DQ41 157 M_B_DQ42 0.01U/25V_4 0.01U/25V_4 14 VSS5
DM3 DQ42 VSS6

(204P)
136 159 M_B_DQ43 19
153 DM4 DQ43 146 M_B_DQ45 20 VSS7 203
170 DM5 DQ44 148 M_B_DQ41 25 VSS8 VTT1 204
DM6 DQ45 VSS9 VTT2 +DDR_VTT
187 158 M_B_DQ46 26
DM7 DQ46 160 M_B_DQ47 31 VSS10 205
8 M_B_DQSP[7:0] M_B_DQSP0 12 DQ47 163 M_B_DQ52 32 VSS11 PAD1 206
M_B_DQSP1 29 DQS0 DQ48 165 M_B_DQ48 37 VSS12 PAD2
M_B_DQSP2 47 DQS1 DQ49 175 M_B_DQ50 38 VSS13 207
M_B_DQSP3 64 DQS2 DQ50 177 M_B_DQ55 43 VSS14 HOLE1 208
M_B_DQSP4 137 DQS3 DQ51 164 M_B_DQ49 VSS15 HOLE2
M_B_DQSP5 154 DQS4 DQ52 166 M_B_DQ53 +DDR_VTT
M_B_DQSP6 171 DQS5 DQ53 174 M_B_DQ54 DS2SK-20401-TP4B
M_B_DQSP7 188 DQS6 DQ54 176 M_B_DQ51 C331 1U/6.3V_4 ddr-ddrsk-20401-tp4b-204p-smt
8 M_B_DQSN[7:0] M_B_DQSN0 10 DQS7 DQ55 181 M_B_DQ61 DGMK4000428
M_B_DQSN1 27 DQS#0 DQ56 183 M_B_DQ57 C322 1U/6.3V_4
M_B_DQSN2 45 DQS#1 DQ57 191 M_B_DQ59
M_B_DQSN3 62 DQS#2 DQ58 193 M_B_DQ62 C341 1U/6.3V_4 H = 4.0mm
M_B_DQSN4 135 DQS#3 DQ59 180 M_B_DQ56
M_B_DQSN5 152 DQS#4 DQ60 182 M_B_DQ60 C342 1U/6.3V_4
M_B_DQSN6 169 DQS#5 DQ61 192 M_B_DQ58
M_B_DQSN7 186 DQS#6 DQ62 194 M_B_DQ63 C344 10U/6.3V_6
DQS#7 DQ63
C330 2 1 *22U/6.3V_8_NC M3 VREF + M1 VREF
B DS2SK-20401-TP4B B
ddr-ddrsk-20401-tp4b-204p-smt +VREFDQ_SB_M3 +SMDDR_VREF_DQB
DGMK4000428 +3.3V_RUN +V_VDDQ

2
C281 0.1U/16V/X7R_4
H =4.0mm R120

2
C264 2.2U/6.3V_6 R123 *SJ0603_NC

1
1K/F_4

1
*SJ0603_NC 1 2 R122
+V_VDDQ 1 2

C357 1U/6.3V_4 R121 C333 C325

C307 1U/6.3V_4 Pleace on the BOT side Thermistor 1K/F_4 0.022U/16V_4 0.1U/10V_4

C356 1U/6.3V_4
Near to JDIM2 +3.3V_ALW
R133
C327 1U/6.3V_4 24.9/F_4
1

C310 10U/6.3V_6 RT2

10K/NTC_4
C350 10U/6.3V_6
2

C320 10U/6.3V_6
T_DDR
29 T_DDR
C306 10U/6.3V_6
1

A
C319 10U/6.3V_6 A
R381
C266 2 1 *22U/6.3V_8_NC 1.5K/F_4

C328 2 1 *22U/6.3V_8_NC
2

C321 10U/6.3V_6

C318 10U/6.3V_6
Quanta Computer Inc.
PROJECT : AM9
Size Document Number Rev
A0
DDR3L DIMM2-STD (4H)
Date: Monday, June 22, 2015 Sheet 19 of 51
5 4 3 2 1
 1 2 3 4 5 6 7 8

DG-07158-001 V05 PG51

PEX_IOVDD/Q : 3300mA
+1.05V_GFX AG19
AG21
U11A
N16P-GX
PEX_IOVDD_1 PEX_RX0
AN12
AM12
PEG_TXP0_C
PEG_TXN0_C
PEG_TXP0_C 7
+3V_GFX

R316 *0_4_NC
20
AG22 PEX_IOVDD_2 [PEG Interface] PEX_RX0_N AN14 PEG_TXP1_C
PEG_TXN0_C
PEG_TXP1_C
7
7
Midway bewteen GPU and Power Supply AG24 PEX_IOVDD_3 PEX_RX1 AM14 PEG_TXN1_C R307 1 2 *SJ0402_NC
PEX_IOVDD_4 PEX_RX1_N PEG_TXN1_C 7 15,24 DGPU_PW ROK 1 2
AH21 AP14 PEG_TXP2_C PEG_TXP2_C 7
C92 22U/6.3V_6 AH25 PEX_IOVDD_5 PEX_RX2 AP15 PEG_TXN2_C
PEX_IOVDD_6 PEX_RX2_N PEG_TXN2_C 7

2
C96 22U/6.3V_6 AN15 PEG_TXP3_C PEG_TXP3_C 7
C106 22U/6.3V_6 AG13 PEX_RX3 AM15 PEG_TXN3_C
PEX_IOVDDQ_1 PEX_RX3_N PEG_TXN3_C 7
A C158 22U/6.3V_6 AG15 AN17 PEG_TXP4_C PEG_TXP4_C 7 PEX_CLKREQ# 1 3 A
PEX_IOVDDQ_2 PEX_RX4 CLK_PEGA_REQ# 14
C525 10U/6.3V_6 AG16 AM17 PEG_TXN4_C PEG_TXN4_C 7
C521 10U/6.3V_6 AG18 PEX_IOVDDQ_3 PEX_RX4_N AP17 PEG_TXP5_C
PEX_IOVDDQ_4 PEX_RX5 PEG_TXP5_C 7
C85 10U/6.3V_6 AG25 AP18 PEG_TXN5_C PEG_TXN5_C 7
C167 10U/6.3V_6 AH15 PEX_IOVDDQ_5 PEX_RX5_N AN18 PEG_TXP6_C Q25
PEX_IOVDDQ_6 PEX_RX6 PEG_TXP6_C 7 2N7002W
AH18 AM18 PEG_TXN6_C PEG_TXN6_C 7
AH26 PEX_IOVDDQ_7 PEX_RX6_N AN20 PEG_TXP7_C
PEX_IOVDDQ_8 PEX_RX7 PEG_TXP7_C 7
PLACE UNDER BGA AH27 AM20 PEG_TXN7_C PEG_TXN7_C 7
AJ27 PEX_IOVDDQ_9 PEX_RX7_N AP20
C78 1U/6.3V_4 AK27 PEX_IOVDDQ_10 PEX_RX8 AP21
C112 1U/6.3V_4 AL27 PEX_IOVDDQ_11 PEX_RX8_N AN21
C130 1U/6.3V_4 AM28 PEX_IOVDDQ_12 PEX_RX9 AM21
C122 1U/6.3V_4 AN28 PEX_IOVDDQ_13 PEX_RX9_N AN23 +3V_AON +3V_AON
PEX_IOVDDQ_14 PEX_RX10 AM23
PEX_RX10_N AP23
PLACE NEAR BALLS PEX_RX11 AP24
PEX_RX11_N AN24
C144 4.7U/6.3V_4 PEX_RX12 AM24 R74
C152 4.7U/6.3V_4 PEX_RX12_N AN26 C222
PEX_RX13 *10K_4_NC
AM26 0.1U/10V_4
PEX_RX13_N 23 SYS_PEX_RST_MON#

5
AP26 U2
PEX_RX14 AP27 RST_MON# 1 2 2
PEX_RX14_N AN27 R77 1 2 *SJ0402_NC 4 PEGX_RST#
PEX_RX15 AM27 1
PEX_RX15_N 23 GPU_PEX_RST_HOLD#
MC74VHC1G08DFT2G

3
AK14 PEG_RXP0_C C192 2 1 0.22U/16V_4 R70
PEX_TX0 PEG_RXP0 7
AJ14 PEG_RXN0_C C199 2 1 0.22U/16V_4 100K_4
PEX_TX0_N PEG_RXN0 7
AH14 PEG_RXP1_C C201 2 1 0.22U/16V_4
PEX_TX1 PEG_RXP1 7
B AG14 PEG_RXN1_C C211 2 1 0.22U/16V_4 B
PEX_TX1_N PEG_RXN1 7
AK15 PEG_RXP2_C C189 2 1 0.22U/16V_4
PEX_TX2 PEG_RXP2 7
AJ15 PEG_RXN2_C C182 2 1 0.22U/16V_4
PEX_TX2_N PEG_RXN2 7
AL16 PEG_RXP3_C C164 2 1 0.22U/16V_4
PEX_TX3 PEG_RXP3 7
AK16 PEG_RXN3_C C168 2 1 0.22U/16V_4
PEX_TX3_N PEG_RXN3 7
AK17 PEG_RXP4_C C181 2 1 0.22U/16V_4
PEX_TX4 PEG_RXP4 7
AJ17 PEG_RXN4_C C175 2 1 0.22U/16V_4
PEX_TX4_N PEG_RXN4 7
AH17 PEG_RXP5_C C155 2 1 0.22U/16V_4
PEX_TX5 PEG_RXP5 7 +3V_AON
AC6 AG17 PEG_RXN5_C C163 2 1 0.22U/16V_4
NC_1 PEX_TX5_N PEG_RXN5 7
AJ28 AK18 PEG_RXP6_C C154 2 1 0.22U/16V_4
NC_2 PEX_TX6 PEG_RXP6 7
AJ4 AJ18 PEG_RXN6_C C145 2 1 0.22U/16V_4
NC_3 PEX_TX6_N PEG_RXN6 7
AJ5 AL19 PEG_RXP7_C C143 2 1 0.22U/16V_4
NC_4 PEX_TX7 PEG_RXP7 7
AL11 AK19 PEG_RXN7_C C137 2 1 0.22U/16V_4
NC_5 PEX_TX7_N PEG_RXN7 7
C15 AK20 C225
D19 NC_6 PEX_TX8 AJ20 74AHC1G09GW
NC_7 PEX_TX8_N 0.1U/10V_4

5
D20 AH20 U3
D23 NC_8 PEX_TX9 AG20 2
NC_9 PEX_TX9_N 12,29,38,39,40 PLTRST#
D26 AK21 4 RST_MON#
H31 NC_10 PEX_TX10 AJ21 1
NC_11 PEX_TX10_N 12 DGPU_HOLD_RST#
T8 AL22
V32 NC_12 PEX_TX11 AK22

3
Y1 NC_13 PEX_TX11_N AK23
DG-07158-001 V05 PG56 Y2 NC_14 PEX_TX12 AJ23
Y3 NC_15 PEX_TX12_N AH23
PLACE NEAR GPU AA1 NC_16 PEX_TX13 AG23
AA2 NC_17 PEX_TX13_N AK24
C238 4.7U/6.3V_4 AA3 NC_18 PEX_TX14 AJ24
C204 1U/6.3V_4 AA4 NC_19 PEX_TX14_N AL25
AA5 NC_20 PEX_TX15 AK25
C AA6 NC_21 PEX_TX15_N C
C205 0.1U/10V_4 AA7 NC_22
C237 *0.1U/10V_4_NC AA8 NC_23 AL13
NC_24 PEX_REFCLK CLK_PCIE_VGAP 14
C562 *0.1U/10V_4_NC AK13 CLK_PCIE_VGAN 14
PEX_REFCLK_N
DG-06803-001_V04 : R305 is unstuffed
PLACE UNDER GPU E2703.DSN : R305 is stuffed
AJ26 PEX_TSTCLK R287 *200_4_NC
J8 PEX_TSTCLK_OUT AK26 PEX_TSTCLK#
K8 3V3_AON_1 PEX_TSTCLK_OUT_N
+3V_AON 3V3_AON_2
+3V_GFX L8 AJ11
M8 3V3_MAIN_1 NC AJ12 PEGX_RST#
VDD33 : 85mA 3V3_MAIN_2 PEX_RST_N

PLACE NEAR GPU AK12 PEX_CLKREQ# R303 10K_4 +3V_AON

PEX_CLKREQ_N
C198 4.7U/6.3V_4
C203 1U/6.3V_4 AP29 PEX_TERMP R289 2.49K/F_4
PEX_TERMP
+1.05V_GFX
AK11 TESTMODE R297 10K/F_4
C239 0.1U/10V_4 TESTMODE
C202 0.1U/10V_4
DG-07158-001 V05 PG52
C208 *0.1U/10V_4_NC AG26 +1.05V_GFX PEX_PLLVDD : 150mA C515 4.7U/6.3V_4 PLACE NEAR GPU
PEX_PLLVDD
PLACE UNDER GPU AH12 PEX_SVDD_3V3 : 210mA +3V_AON C517 1U/6.3V_4 PLACE NEAR GPU
PEX_PLL_HVDD AG12 0.1U/10V_4 C195
PEX_SVDD_3V3 4.7U/6.3V_4 C194 C519 0.1U/10V_4 PLACE UNDER GPU BALLS
4.7U/6.3V_4 C215
P8 3.3V_AUX
D 3.3V_AUX_NC D
PLACE NEAR BGA

L4
VDD_SENSE VGPU_CORE_SENSE 49

L5
GND_SENSE VSS_GPU_SENSE 49
Quanta Computer Inc.
3.3V_AUX PROJECT : AM9
TP33 Size Document Number Rev
A0
N16P-GX - 1/5 (PCIE)
Date: Monday, June 22, 2015 Sheet 20 of 51
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

FBA_CMD0 U30
U11B
N16P-GX

L28 VMA_DQ0
27,28 FBC_CMD[31:0]
FBC_CMD0
FBC_CMD1
FBC_CMD2
D13
E14
F14
U11C
N16P-GX
FBB_CMD0 (FBC_CMD25)
FBB_CMD1 (FBC_CMD23)
FBC_D00
FBC_D01
G9
E9
G8
VMC_DQ0
VMC_DQ1
VMC_DQ2
21
25,26 FBA_CMD[31:0] FBA_CMD1 T31 FBA_CMD0 (FBA_CMD25) FBA_D00 M29 VMA_DQ1 FBC_CMD3 A12 FBC_CMD2 MEMORY I/F C FBC_D02 F9 VMC_DQ3
FBA_CMD2 U29 FBA_CMD1 (FBA_CMD23) [MEMORY I/F A] FBA_D01 L29 VMA_DQ2 FBC_CMD4 B12 FBB_CMD3 (FBC_CMD0) FBC_D03 F11 VMC_DQ4
FBA_CMD3 R34 FBA_CMD2 FBA_D02 M28 VMA_DQ3 FBC_CMD5 C14 FBB_CMD4 (FBC_CMD10) FBC_D04 G11 VMC_DQ5
FBA_CMD4 R33 FBA_CMD3 (FBA_CMD0) FBA_D03 N31 VMA_DQ4 FBC_CMD6 B14 FBB_CMD5 (FBC_CMD26) FBC_D05 F12 VMC_DQ6
FBA_CMD5 U32 FBA_CMD4 (FBA_CMD10) FBA_D04 P29 VMA_DQ5 FBC_CMD7 G15 FBB_CMD6 (FBC_CMD14) FBC_D06 G12 VMC_DQ7
FBA_CMD6 U33 FBA_CMD5 (FBA_CMD26) FBA_D05 R29 VMA_DQ6 FBC_CMD8 F15 FBC_CMD7 FBC_D07 G6 VMC_DQ8
FBA_CMD7 U28 FBA_CMD6 (FBA_CMD14) FBA_D06 P28 VMA_DQ7 FBC_CMD9 E15 FBB_CMD8 (FBC_CMD1) FBC_D08 F5 VMC_DQ9
FBA_CMD8 V28 FBA_CMD7 FBA_D07 J28 VMA_DQ8 FBC_CMD10 D15 FBB_CMD9 (FBC_CMD22) FBC_D09 E6 VMC_DQ10
FBA_CMD9 V29 FBA_CMD8 (FBA_CMD1) FBA_D08 H29 VMA_DQ9 FBC_CMD11 A14 FBB_CMD10 (FBC_CMD20) FBC_D10 F6 VMC_DQ11
A
FBA_CMD10 V30 FBA_CMD9 (FBA_CMD22) FBA_D09 J29 VMA_DQ10 FBC_CMD12 D14 FBB_CMD11 (FBC_CMD24) FBC_D11 F4 VMC_DQ12
A

FBA_CMD11 U34 FBA_CMD10 (FBA_CMD20) FBA_D10 H28 VMA_DQ11 FBC_CMD13 A15 FBB_CMD12 (FBC_CMD18) FBC_D12 G4 VMC_DQ13
FBA_CMD12 U31 FBA_CMD11 (FBA_CMD24) FBA_D11 G29 VMA_DQ12 FBC_CMD14 B15 FBB_CMD13 (FBC_CMD9) FBC_D13 E2 VMC_DQ14
FBA_CMD13 V34 FBA_CMD12 (FBA_CMD18) FBA_D12 E31 VMA_DQ13 FBC_CMD15 C17 FBB_CMD14 (FBC_CMD29) FBC_D14 F3 VMC_DQ15
FBA_CMD14 V33 FBA_CMD13 (FBA_CMD9) FBA_D13 E32 VMA_DQ14 FBC_CMD16 D18 FBB_CMD15 (FBC_CMD8) FBC_D15 C2 VMC_DQ16
FBA_CMD15 Y32 FBA_CMD14 (FBA_CMD29) FBA_D14 F30 VMA_DQ15 FBC_CMD17 E18 FBB_CMD16 (FBC_CMD27) FBC_D16 D4 VMC_DQ17
FBA_CMD16 AA31 FBA_CMD15 (FBA_CMD8) FBA_D15 C34 VMA_DQ16 FBC_CMD18 F18 FBB_CMD17 (FBC_CMD15) FBC_D17 D3 VMC_DQ18
FBA_CMD17 AA29 FBA_CMD16 (FBA_CMD27) FBA_D16 D32 VMA_DQ17 FBC_CMD19 A20 FBB_CMD18 (FBC_CMD11) FBC_D18 C1 VMC_DQ19
FBA_CMD18 AA28 FBA_CMD17 (FBA_CMD15) FBA_D17 B33 VMA_DQ18 FBC_CMD20 B20 FBB_CMD19 (FBC_CMD16) FBC_D19 B3 VMC_DQ20
FBA_CMD19 AC34 FBA_CMD18 (FBA_CMD11) FBA_D18 C33 VMA_DQ19 FBC_CMD21 C18 FBB_CMD20 (FBC_CMD28) FBC_D20 C4 VMC_DQ21
FBA_CMD20 AC33 FBA_CMD19 (FBA_CMD16) FBA_D19 F33 VMA_DQ20 FBC_CMD22 B18 FBB_CMD21 (FBC_CMD3) FBC_D21 B5 VMC_DQ22
FBA_CMD21 AA32 FBA_CMD20 (FBA_CMD28) FBA_D20 F32 VMA_DQ21 FBC_CMD23 G18 FBB_CMD22 (FBC_CMD17) FBC_D22 C5 VMC_DQ23
FBA_CMD22 AA33 FBA_CMD21 (FBA_CMD3) FBA_D21 H33 VMA_DQ22 FBC_CMD24 G17 FBB_CMD23 (FBC_CMD5) FBC_D23 A11 VMC_DQ24
FBA_CMD23 Y28 FBA_CMD22 (FBA_CMD17) FBA_D22 H32 VMA_DQ23 VMA_DQ[63:0] FBC_CMD25 F17 FBB_CMD24(FBC_CMD4) FBC_D24 C11 VMC_DQ25
Y29 FBA_CMD23 (FBA_CMD5) FBA_D23 P34 VMA_DQ[63:0] 25,26 D16 FBB_CMD25 (FBC_CMD21) FBC_D25 D11
FBA_CMD24 VMA_DQ24 FBC_CMD26 VMC_DQ26
FBA_CMD25 W 31 FBA_CMD24 (FBA_CMD4) FBA_D24 P32 VMA_DQ25 VMC_DQ[63:0] FBC_CMD27 A18 FBB_CMD26 (FBC_CMD6) FBC_D26 B11 VMC_DQ27
Y30 FBA_CMD25 (FBA_CMD21) FBA_D25 P31 VMC_DQ[63:0] 27,28 D17 FBB_CMD27 (FBC_CMD13) FBC_D27 D8
FBA_CMD26 VMA_DQ26 FBC_CMD28 VMC_DQ28
FBA_CMD27 AA34 FBA_CMD26 (FBA_CMD6) FBA_D26 P33 VMA_DQ27 FBC_CMD29 A17 FBB_CMD28 (FBC_CMD19) FBC_D28 A8 VMC_DQ29
FBA_CMD28 Y31 FBA_CMD27 (FBA_CMD13) FBA_D27 L31 VMA_DQ28 FBC_CMD30 B17 FBB_CMD29 (FBC_CMD12) FBC_D29 C8 VMC_DQ30
FBA_CMD29 Y34 FBA_CMD28 (FBA_CMD19) FBA_D28 L34 VMA_DQ29 FBC_CMD31 E17 FBC_CMD30 FBC_D30 B8 VMC_DQ31
FBA_CMD30 Y33 FBA_CMD29 (FBA_CMD12) FBA_D29 L32 VMA_DQ30 FBC_CMD31 (NC) FBC_D31 F24 VMC_DQ32
FBA_CMD31 V31 FBA_CMD30 FBA_D30 L33 VMA_DQ31 FBC_D32 G23 VMC_DQ33
FBA_CMD31 (NC) FBA_D31 AG28 VMA_DQ32 FBC_DBI0 E11 FBC_D33 E24 VMC_DQ34
FBA_D32 27,28 FBC_DBI[7:0] FBC_DQM0 FBC_D34
AF29 VMA_DQ33 FBC_DBI1 E3 G24 VMC_DQ35
FBA_DBI0 P30 FBA_D33 AG29 VMA_DQ34 FBC_DBI2 A3 FBC_DQM1 FBC_D35 D21 VMC_DQ36
25,26 FBA_DBI[7:0] FBA_DQM0 FBA_D34 FBC_DQM2 FBC_D36
FBA_DBI1 F31 AF28 VMA_DQ35 FBC_DBI3 C9 E21 VMC_DQ37
FBA_DBI2 F34 FBA_DQM1 FBA_D35 AD30 VMA_DQ36 FBC_DBI4 F23 FBC_DQM3 FBC_D37 G21 VMC_DQ38
FBA_DBI3 M32 FBA_DQM2 FBA_D36 AD29 VMA_DQ37 FBC_DBI5 F27 FBC_DQM4 FBC_D38 F21 VMC_DQ39
FBA_DBI4 AD31 FBA_DQM3 FBA_D37 AC29 VMA_DQ38 FBC_DBI6 C30 FBC_DQM5 FBC_D39 G27 VMC_DQ40
FBA_DBI5 AL29 FBA_DQM4 FBA_D38 AD28 VMA_DQ39 FBC_DBI7 A24 FBC_DQM6 FBC_D40 D27 VMC_DQ41
FBA_DBI6 AM32 FBA_DQM5 FBA_D39 AJ29 VMA_DQ40 FBC_DQM7 FBC_D41 G26 VMC_DQ42
B FBA_DBI7 AF34 FBA_DQM6 FBA_D40 AK29 VMA_DQ41 FBC_D42 E27 VMC_DQ43 B
FBA_DQM7 FBA_D41 AJ30 VMA_DQ42 FBC_EDC0 D10 FBC_D43 E29 VMC_DQ44
FBA_D42 27,28 FBC_EDC[7:0] FBC_DQS_W P0 FBC_D44
AK28 VMA_DQ43 FBC_EDC1 D5 F29 VMC_DQ45
FBA_EDC0 M31 FBA_D43 AM29 VMA_DQ44 FBC_EDC2 C3 FBC_DQS_W P1 FBC_D45 E30 VMC_DQ46
25,26 FBA_EDC[7:0] FBA_DQS_W P0 FBA_D44 FBC_DQS_W P2 FBC_D46
FBA_EDC1 G31 AM31 VMA_DQ45 FBC_EDC3 B9 D30 VMC_DQ47
FBA_EDC2 E33 FBA_DQS_W P1 FBA_D45 AN29 VMA_DQ46 FBC_EDC4 E23 FBC_DQS_W P3 FBC_D47 A32 VMC_DQ48
FBA_EDC3 M33 FBA_DQS_W P2 FBA_D46 AM30 VMA_DQ47 FBC_EDC5 E28 FBC_DQS_W P4 FBC_D48 C31 VMC_DQ49
FBA_EDC4 AE31 FBA_DQS_W P3 FBA_D47 AN31 VMA_DQ48 FBC_EDC6 B30 FBC_DQS_W P5 FBC_D49 C32 VMC_DQ50
FBA_EDC5 AK30 FBA_DQS_W P4 FBA_D48 AN32 VMA_DQ49 FBC_EDC7 A23 FBC_DQS_W P6 FBC_D50 B32 VMC_DQ51
FBA_EDC6 AN33 FBA_DQS_W P5 FBA_D49 AP30 VMA_DQ50 FBC_DQS_W P7 FBC_D51 D29 VMC_DQ52
FBA_EDC7 AF33 FBA_DQS_W P6 FBA_D50 AP32 VMA_DQ51 FBC_D52 A29 VMC_DQ53
FBA_DQS_W P7 FBA_D51 AM33 VMA_DQ52 D9 FBC_D53 C29 VMC_DQ54
FBA_D52 AL31 VMA_DQ53 E4 FBC_DQS_RN0 FBC_D54 B29 VMC_DQ55
M30 FBA_D53 AK33 VMA_DQ54 B2 FBC_DQS_RN1 FBC_D55 B21 VMC_DQ56
H30 FBA_DQS_RN0 FBA_D54 AK32 VMA_DQ55 A9 FBC_DQS_RN2 FBC_D56 C23 VMC_DQ57
E34 FBA_DQS_RN1 FBA_D55 AD34 VMA_DQ56 D22 FBC_DQS_RN3 FBC_D57 A21 VMC_DQ58
M34 FBA_DQS_RN2 FBA_D56 AD32 VMA_DQ57
GDDR5 NO USE D28 FBC_DQS_RN4 FBC_D58 C21 VMC_DQ59
AF30 FBA_DQS_RN3 FBA_D57 AC30 VMA_DQ58 A30 FBC_DQS_RN5 FBC_D59 B24 VMC_DQ60
GDDR5 NO USE AK31 FBA_DQS_RN4 FBA_D58 AD33 VMA_DQ59 B23 FBC_DQS_RN6 FBC_D60 C24 VMC_DQ61
AM34 FBA_DQS_RN5 FBA_D59 AF31 VMA_DQ60 FBC_DQS_RN7 FBC_D61 B26 VMC_DQ62
AF32 FBA_DQS_RN6 FBA_D60 AG34 VMA_DQ61 FBC_D62 C26 VMC_DQ63
FBA_DQS_RN7 FBA_D61 AG32 VMA_DQ62 FBC_D63
FBA_D62 AG33 VMA_DQ63
DG-07158-001 V05 PG48 AA27 FBA_D63 D12
+1.35V_GFX FBVDDQ_1 FBC_CLK0 VMC_CLK0 27
AA30 E12
FBVDDQ_2 FBC_CLK0_N VMC_CLK0# 27
AB27 R30 E20
FBVDDQ_3 FBA_CLK0 VMA_CLK0 25 FBC_CLK1 VMC_CLK1 28
AB33 R31 F20
FBVDDQ_4 FBA_CLK0_N VMA_CLK0# 25 FBC_CLK1_N VMC_CLK1# 28
PLACE CLOSE UNDER GPU AC27 AB31
FBVDDQ_5 FBA_CLK1 VMA_CLK1 26
AD27 AC31 GK107 GM107
FBVDDQ_6 FBA_CLK1_N VMA_CLK1# 26
AE27 G14 FBB_DEBUG0_K *60.4/F_4_NC R62
FBVDDQ_7 FBB_CMD32 +1.35V_GFX
C98 1U/10V/X5R_4 AF27 GK107 GM107 FBA_DEBUG0 G20 FBB_DEBUG1_K *60.4/F_4_NC R55
C C129 1U/10V/X5R_4 AG27 FBVDDQ_8 R28 FBA_DEBUG0_K *60.4/F_4_NC R43 FBA_DEBUG1 FBB_CMD33 C12 FBB_DEBUG0 *60.4/F_4_NC R61 C
FBVDDQ_9 FBA_CMD32 +1.35V_GFX FBB_CMD34
C193 1U/10V/X5R_4 B13 FBB_DEBUG0 AC28 FBA_DEBUG1_K *60.4/F_4_NC R39 NC C20 FBB_DEBUG1 *60.4/F_4_NC R52
C65 1U/10V/X5R_4 B19 FBVDDQ_10 FBB_DEBUG1 FBA_CMD33 R32 FBA_DEBUG0 *60.4/F_4_NC R29 NC FBB_CMD35
C121 1 2 0.1U/16V/X7R_4 E13 FBVDDQ_12 NC FBA_CMD34 AC32 FBA_DEBUG1 *60.4/F_4_NC R30
C102 1 2 0.1U/16V/X7R_4 E19 FBVDDQ_13 NC FBA_CMD35 F8
1 2 0.1U/16V/X7R_4 H10 FBVDDQ_15 H26 FBB_W CK01 E8 VMC_WCK01 27
C103
FBVDDQ_16 FB_VREF FBB_W CK01_N VMC_WCK01# 27
C99 1 2 0.1U/16V/X7R_4 H11 A5
H12 FBVDDQ_17 K31 FBB_W CK23 A6 VMC_WCK23 27
C151 4.7U/6.3V_4
FBVDDQ_18 FBA_W CK01 VMA_WCK01 25 FBB_W CK23_N VMC_WCK23# 27
C469 4.7U/6.3V_4 H13 L30 D24
H14 FBVDDQ_19 FBA_W CK01_N H34 VMA_WCK01# 25 FBB_W CK45 D25 VMC_WCK45 28
C16 4.7U/6.3V_4
H18 FBVDDQ_20 FBA_W CK23 J34 VMA_WCK23 25 FBB_W CK45_N B27 VMC_WCK45# 28
C180 4.7U/6.3V_4
H19 FBVDDQ_23 FBA_W CK23_N AG30 VMA_WCK23# 25 FBB_W CK67 C27 VMC_WCK67 28
H20 FBVDDQ_24 FBA_W CK45 AG31 VMA_WCK45 26 FBB_W CK67_N VMC_WCK67# 28
H21 FBVDDQ_25 FBA_W CK45_N AJ34 VMA_WCK45# 26
H22 FBVDDQ_26 FBA_W CK67 AK34 VMA_WCK67 26 D6
PLACE CLOSE TO NEAE GPU
H23 FBVDDQ_27 FBA_W CK67_N VMA_WCK67# 26 FBB_W CKB01 D7
C153 10U/6.3V_6 H24 FBVDDQ_28 J30 FBB_WCKBxx are reserved FBB_W CKB01_N C6
C544 10U/6.3V_6 H8 FBVDDQ_29 FBA_W CKB01 J31 NC ON : GM108/GM107 FBB_W CKB23 B6
C7 22U/6.3V_6 H9 FBVDDQ_30 FBB_WCKBxx FBA_W CKB01_N J32 FBB_W CKB23_N F26
L27 FBVDDQ_31 are reserved FBA_W CKB23 J33 USED ON : GK107 FBB_W CKB45 E26
C456 22U/6.3V_6
M27 FBVDDQ_32 NC ON : GM108/GM107 FBA_W CKB23_N AH31
R329 10K_4
DG-07158-001 V05 PG50
change to CX300T30000 FBB_W CKB45_N A26
N27 FBVDDQ_33 FBA_W CKB45 AJ31 FBB_W CKB67 A27
FBVDDQ_34 USED ON : GK107 FBA_W CKB45_N +1.05V_GFX FBB_W CKB67_N
P27 AJ32
R27 FBVDDQ_35 FBA_W CKB67 AJ33
FBVDDQ_36 FBA_W CKB67_N C 1 5 9 c l o s e t o H 1 7 ( u n d e r G P U )
T27 FB_PLLAVDD HCB2012KF-300T30 L2 n e a r t o G P U H17 FB_PLLAVDD
T30 FBVDDQ_37 E1 PS_FB_CLAMP FBB_PLL_AVDD
FBVDDQ_38 FB_CLAMP +FB_PLLAVDD : 62mA 0.1U/16V/X7R_4

1
T33
Y27 FBVDDQ_39 K27 C101 1 2 0.1U/16V/X7R_4 C159
FBVDDQ_44 FB_DLL_AVDD C97 1 2 0.1U/16V/X7R_4 u n d e r G P U

2
U27 +1.35V_GFX
FBA_PLL_AVDD C156 1 2 *0.1U/16V/X7R_4_NC C l o s e t o G P U B A L L
D B16 F1 FBVDDQ_SENSE R334 *0_4_NC D
E16 FBVDDQ_AON_1 FB_VDDQ_SENSE
FBVDDQ_AON_2
C166 22U/6.3V_6 n e a r t o G P U
H15 F2 FB_GND_SENSE R339 *0_4_NC
H16 FBVDDQ_AON_3 FB_GND_SENSE
V27 FBVDDQ_AON_4 J27 FB_CAL_PD_VDDQ R42 40.2/F_4
FBVDDQ_AON_5 FB_CAL_PD_VDDQ +1.35V_GFX
W 27
W 30 FBVDDQ_AON_6 H27 FB_CAL_PU_GND R40 40.2/F_4
W 33 FBVDDQ_AON_7 FB_CAL_PU_GND
FBVDDQ_AON_8
FB_CALTERM_GND
H25 FB_CAL_TERM_GND R46 60.4/F_4 Quanta Computer Inc.
PLACE CLOSE TO GPU BALLS
PROJECT : AM9
Size Document Number Rev
A0
N16P-GX - 2/5 (Memory)
Date: Monday, June 22, 2015 Sheet 21 of 51
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

AH8

AG8
U11D
N16P-GX
IFPAB_PLLVDD
[IFPA/B_LVDS]
IFPA_TXC
IFPA_TXC_N
IFPA_TXD0
AM6
AN6
AP3
AN3
22
IFPA_IOVDD IFPA_TXD0_N AN5
AG9 IFPA_TXD1 AM5
IFPB_IOVDD IFPA_TXD1_N AL6
IFPA_TXD2 AK6
IFPA_TXD2_N AJ6
AJ8 IFPA_TXD3 AH6
A A
IFPAB_RSET IFPA_TXD3_N
AJ9
IFPB_TXC AH9
IFPB_TXC_N AP6
IFPB_TXD4 AP5
IFPB_TXD4_N AM7
IFPB_TXD5 AL7
IFPB_TXD5_N AN8
IFPB_TXD6 AM8
IFPB_TXD6_N AK8 R350 *0_4_NC
IFPB_TXD7 AL8 1 2
IFPB_TXD7_N

AF7 AG3
IFPC_PLLVDD IFPC_AUX_I2CW_SCL AG2 +3.3V_RUN
AG7
[IFPC/D_TMDS]IFPC_AUX_I2CW_SDA_N AK1
IFPD_PLLVDD IFPC_L0 AJ1 +3V_GFX
IFPC_L0_N AJ3
IFPC_L1

5
AJ2 +3V_AON U13
IFPC_L1_N AH3 2
IFPC_L2 AH4 4
IFPC_L2_N 3V3_MAIN_PW RGD 49
AG5 1
AF6 IFPC_L3 AG4
IFPC_IOVDD IFPC_L3_N

1
MC74VHC1G08DFT2G

2
AG6 AK3 R335
IFPD_IOVDD IFPD_AUX_I2CX_SCL AK2 10K/F_4 C3
IFPD_AUX_I2CX_SDA_N AM1 0.1U/16V/X7R_4

1
IFPD_L0 AM2

2
B IFPD_L0_N AM3 B
AF8 IFPD_L1 AM4
IFPC_RSET IFPD_L1_N AL3
IFPD_L2
AN2
NC
IFPD_RSET IFPD_L2_N
AL4
AK4
GM107 GK107/GK208 IFPD_L3 AK5
IFPD_L3_N

AB8 AB3
IFPEF_PLLVDD IFPE_AUX_I2CY_SCL AB4
[IFPE/F_DP] IFPE_AUX_I2CY_SDA_N AD2
AC7 IFPE_L0 AD3
AC8 IFPE_IOVDD IFPE_L0_N AD1
IFPF_IOVDD IFPE_L1 AC1
IFPE_L1_N AC2
AD6 IFPE_L2 AC3
IFPEF_RSET IFPE_L2_N AC4
IFPE_L3 AC5
IFPE_L3_N
AF3
IFPF_AUX_I2CZ_SCL AF2
IFPF_AUX_I2CZ_SDA_N AE3
IFPF_L0 AE4
IFPF_L0_N AF4
IFPF_L1 AF5
IFPF_L1_N AD4
IFPF_L2 AD5
IFPF_L2_N AG1
IFPF_L3 AF1 XTAL27_IN
C IFPF_L3_N XTAL27_OUT C
Y3
AG10 AK9 3 2
DACA_VDD DACA_RED AL10 4 1
[DACA/B_CRT] DACA_GREEN AL9
AP9 DACA_BLUE 27MHZ +-10PPM
DACA_VREF
AM9 C574 C567
AP8 DACA_HSYNC AN9 12P/50V_4 12P/50V_4
DACA_RSET DACA_VSYNC

R4 I2CA_SCL 1.8K/F_4 R311

I2CA_SCL R5 I2CA_SDA 1.8K/F_4 R80
I2CA_SDA
PLACE CLOSE TO GPU PLACE CLOSE TO BALLS

+1.05V_GFX L4 HCB1005KF-330T30 NV_PLLVDD AD8

PLLVDD
2

PLLVDD : 200mA
C207 C214
22U/6.3V_6 0.1U/16V/X7R_4
Reserve
1

+3V_AON

PLLVDD AE8 XTAL_OUTBUFF R304 *10K_4_NC

SP_PLLVDD
C283 Close to AE8
C284 Close to AD7 AD7 H3 XTAL27_IN
D XTAL_IN D
+1.05V_GFX L3 HCB1005KF-181T15 H2 XTAL27_OUT
VID_PLLVDD XTAL_OUT J4 XTAL_OUTBUFF RP23 2 1 10KX2
[XTAL IN] XTAL_OUTBUFF
2

C210 C213 H1 XTAL_SSIN 4 3

C555 C558 XTAL_SSIN
10U/6.3V_6 47U/6.3V_8 0.1U/16V/X7R_4 0.1U/16V/X7R_4
1

Quanta Computer Inc.

PROJECT : AM9
PS: DG-07158-001 V04 PG58 Size Document Number Rev
A0
PLLVDD/SP_PLLVDD/VID_PLLVDD : N16P-GX - 3/5 (Display)
Trace routing for the above power rails to the GPU BGA must 12mil to 16mil wide Date: Monday, June 22, 2015 Sheet 22 of 51
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

+3V_AON

23
U11E STRAP0 4.99K/F_4: CS24992FB26 RES CHIP 4.99K 1/16W +1%(0402)
N16P-GX 10K/F_4: CS31002FB26 RES CHIP 10K 1/16W +1% (0402)
DG : STUFF 49.9KΩ PU TO 3.3V_AON
15K/F_4: CS31502FB24 RES CHIP 15K 1/16W +1% (0402)
[MIOA] 20K/F_4: CS32002FB29 RES CHIP 20K 1/16W +-1%(0402)

2
24.9K/F_4: CS32492FB16 RES CHIP 24.9K 1/16W +-1%(0402)
R97 R98 R331 R336 R342 30.1K/F_4: CS33012FB18 RES CHIP 30.1K 1/16W +-1%(0402)
49.9K/F_4 *4.99K/F_4_NC *4.99K/F_4_NC *45.3K/F_4_NC *10K/F_4_NC 34.8K/F_4: CS33482FB22 RES CHIP 34.8K 1/16W +-1% (0402)
45.3K/F_4: CS34532FB18 RES CHIP 45.3K 1/16W +-1% (0402)
Logical Strap Bit Mapping

1
STRAP0
STRAP1
STRAP2
STRAP3
A STRAP4 A

R95 R96 R332 R337 R343

*4.99K/F_4_NC *4.99K/F_4_NC *4.99K/F_4_NC *4.99K/F_4_NC *45.3K/F_4_NC

Default: Sam 4Gb VRAM (Hynix : Strap = 0X6H ;Micron = 0X4H;SAMSUNG = 0X3H)
Vendor Q : P/N Mfr. P/N ROM_SI
Hynix
(1.35V)
AKG5PWUTW14 H5GC4H24AJR-R0C
0110 34.8K PD
Micron
(1.35V)
AKG5PW0TL01 EDW4032BABG-60-F
0100 24.9K PD
[MIOB]
Samsung
(1.35V)
AKG5PGDT500 K4G41325FC-HC03
0011 20K PD
N16P-GX device ID= 0x139b
Reserve PU/PD for Debug +3V_GFX
Netname N16P-GX
ROM_SCLK 4.99K PD 0000
+3V_AON ROM_SO 4.99K PD 0000
R326 R83 R94 STRAP0 49.9K PU
B *4.99K/F_4_NC *4.99K/F_4_NC *10K/F_4_NC B
JTAG_TMS R295 *10K_4_NC
JTAG_TDI R294 *10K_4_NC
JTAG_TCK R298 *10K_4_NC ROM_SI
JTAG_TCK need PD 270 Ω to GND ROM_SO
ROM_SCLK +3V_AON GFx SMBus Isolation
JTAG_TRST# R296 10K_4

R327 R84 R92 +3V_GFX

4
2
20K/F_4 4.99K/F_4 4.99K/F_4
RP2
2.2KX2 Q12
2N7002KDW
5

3
1
GFX_SCL 4 3 SMBCLK3 29,36
JTAG_TCK AM10 P6
JTAG_TCK GPIO0 GC6_FB_EN 15
JTAG_TMS AP11 M3 TP39
JTAG_TDI AM11 JTAG_TMS [MISC_GPIO/I2C/JTAG/THER] GPIO1 L6 TP36 2
TP96 JTAG_TDO AP12 JTAG_TDI GPIO2 P5 TP38
JTAG_TRST# AN11 JTAG_TDO GPIO3 P7 TP34 GFX_SDA 1 6
JTAG_TRST_N GPIO4 L7 +3V_MAIN_EN SMBDAT3 29,36
GPIO5 +3V_MAIN_EN 49
M7 GPU_EVENT# GPU_EVENT# 15
1.8K/F_4 R82 I2CB_SCL R7 GPIO6 N8 TP35
1.8K/F_4 R81 I2CB_SDA R6 I2CB_SCL GK107/GK208/GF117 GPIO7
I2CB_SDA L3 +3V_AON
GPIO8 SYS_PEX_RST_MON# 20
NC 10KX2
1.8K/F_4 R310 I2CC_SCL R2 VGA_OVT# 1 2 RP24
1.8K/F_4 R309 I2CC_SDA R3 I2CC_SCL M2 ALERT ALERT 3 4
C I2CC_SDA GPIO9 L1 MEM_VREF_CTL C
GPIO10 MEM_VREF_CTL 25,26,27,28
M5 DGPU_PW M_VID
GPIO11 DGPU_PW M_VID 49
GFX_SCL T4 N3 VGA_PW R_LEVEL VGA_PW R_LEVEL 29 GPU_EVENT# R323 10K_4
GFX_SDA T3 I2CS_SCL GPIO12 M4 DGPU_PSI
I2CS_SDA GPIO13 DGPU_PSI 49
N4 VGA_PW R_LEVEL R349 100K_4
GPIO14 P2
K4 GPIO15 R8 +3V_MAIN_EN R317 10K_4
K3 THERMDN GPIO16 M6
THERMDP GPIO17 R1 SYS_PEX_RST_MON# R320 10K_4
GPIO18 P3
GPIO19 P4 GPU_PEX_RST_HOLD#R312 10K_4
GPIO20 P1
GPIO21 GPU_PEX_RST_HOLD# 20
DGPU_PSI R318 10K_4

H4 ROM_SCLK
ROM_SCLK
STRAP0 J2
STRAP0 [MISC2_ROM] ROM_CS_N
H6 DG-07158--001 V05 PG182
STRAP1 J7 H5 ROM_SI
STRAP2 J6 STRAP1 ROM_SI H7 ROM_SO MEM_VREF_CTL R313 100K_4
STRAP3 J5 STRAP2 ROM_SO
STRAP4 J3 STRAP3 GC6_FB_EN R347 10K_4
STRAP4

L2 GPU_BUFRST R314 *10K_4_NC

MULTISTRAP_REF_GND J1 BUFRST_N
MULTISTRAP_REF_GND
GK107/GF117 GM107/GM108/GK208
R308 M1 VGA_OVT#
GPIO8 OVERT
40.2K/F_4
D D
D13
GC6_FB_EN 1
1.35V_GFX_EN
3
1.35V_GFX_EN 50
1

2
49 DGPU_VGACORE_EN
BAT54CW
R340 Quanta Computer Inc.
100K_4
PROJECT : AM9
2

Size Document Number Rev

A0
N16P-GX - 4/5 (MISC)
Date: Monday, June 22, 2015 Sheet 23 of 51
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

VDD/XVDD : 43A
+VGACORE
A2
AA17
U11G
N16P-GX
GND_1 GND_101
D2
D31
+VGACORE
24
U11F +VGACORE AA18 GND_2 [GPU GND] GND_102 D33
N16P-GX AA20 GND_3 GND_103 E10
AA12 U1 AA22 GND_4 GND_104 E22 C176 1U/6.3V_4
AA14 VDD_001 XVDD_001 U2 AB12 GND_5 GND_105 E25 C128 1U/6.3V_4
AA16 VDD_002 [GPU VDD] XVDD_002 U3 AB14 GND_6 GND_106 E5 C191 1U/6.3V_4
AA19 VDD_003 XVDD_003 U4 AB16 GND_7 GND_107 E7
PLACE UNDER GPU
C177 1U/6.3V_4
AA21 VDD_004 XVDD_004 U5 AB19 GND_8 GND_108 F28 C138 1U/6.3V_4
AA23 VDD_005 XVDD_005 U6 AB2 GND_9 GND_109 F7 C109 1U/6.3V_4
A A
AB13 VDD_006 XVDD_006 U7 AB21 GND_10 GND_110 G10 C126 1U/6.3V_4
AB15 VDD_007 XVDD_007 U8 A33 GND_11 GND_111 G13 C183 1U/6.3V_4
AB17 VDD_008 XVDD_008 V1 AB23 GND_12 GND_112 G16
AB18 VDD_009 XVDD_009 V2 AB28 GND_13 GND_113 G19 C186 4.7U/6.3V/X6S_6
AB20 VDD_010 XVDD_010 V3 AB30 GND_14 GND_114 G2 C235 4.7U/6.3V/X6S_6
AB22 VDD_011 XVDD_011 V4 AB32 GND_15 GND_115 G22 C184 4.7U/6.3V/X6S_6
AC12 VDD_012 XVDD_012 V5 AB5 GND_16 GND_116 G25 C244 4.7U/6.3V/X6S_6
AC14 VDD_013 XVDD_013 V6 AB7 GND_17 GND_117 G28 C115 4.7U/6.3V/X6S_6
AC16 VDD_014 XVDD_014 V7 AC13 GND_18 GND_118 G3 C187 4.7U/6.3V/X6S_6
AC19 VDD_015 XVDD_015 V8 AC15 GND_19 GND_119 G30 C116 4.7U/6.3V/X6S_6
AC21 VDD_016 XVDD_016 W2 AC17 GND_20 GND_120 G32 C113 4.7U/6.3V/X6S_6
AC23 VDD_017 XVDD_017 W3 AC18 GND_21 GND_121 G33 C565 4.7U/6.3V/X6S_6
M12 VDD_018 XVDD_018 W4 AA13 GND_22 GND_122 G5 C114 4.7U/6.3V/X6S_6
M14 VDD_019 XVDD_019 W5 AC20 GND_23 GND_123 G7 C124 4.7U/6.3V/X6S_6
M16 VDD_020 XVDD_020 W7 AC22 GND_24 GND_124 K2 C190 4.7U/6.3V/X6S_6
M19 VDD_021 XVDD_021 W8 AE2 GND_25 GND_125 K28 C123 4.7U/6.3V/X6S_6
M21 VDD_022 XVDD_022 Y4 AE28 GND_26 GND_126 K30 C197 4.7U/6.3V/X6S_6
M23 VDD_023 XVDD_026 Y5 AE30 GND_27 GND_127 K32 C136 4.7U/6.3V/X6S_6
N13 VDD_024 XVDD_027 Y6 AE32 GND_28 GND_128 K33
N15 VDD_025 XVDD_028 Y7 AE33 GND_29 GND_129 K5 C260 2 1 22U/6.3V_8
N17 VDD_026 XVDD_029 Y8 AE5 GND_30 GND_130 K7 C256 2 1 22U/6.3V_8
N18 VDD_027 XVDD_030 AE7 GND_31 GND_131 M13 C257 2 1 22U/6.3V_8
PLACE NEAR GPU
N20 VDD_028 AH10 GND_32 GND_132 M15 C258 2 1 22U/6.3V_8
N22 VDD_029 AA15 GND_33 GND_133 M17 C243 2 1 22U/6.3V_8
P12 VDD_030 AH13 GND_34 GND_134 M18 C259 2 1 22U/6.3V_8
P14 VDD_031 AH16 GND_35 GND_135 M20
P16 VDD_032 AH19 GND_36 GND_136 M22
P19 VDD_033 AH2 GND_37 GND_137 N12 C571 2 1 22U/6.3V_6
B P21 VDD_034 AH22 GND_38 GND_138 N14 C573 4.7U/6.3V/X6S_6 B
P23 VDD_035 AH24 GND_39 GND_139 N16 C178 4.7U/6.3V/X6S_6
R13 VDD_036 AH28 GND_40 GND_140 N19 C110 4.7U/6.3V/X6S_6
R15 VDD_037 AH29 GND_41 GND_141 N2 C119 4.7U/6.3V/X6S_6
R17 VDD_038 AH30 GND_42 GND_142 N21 C206 4.7U/6.3V/X6S_6
R18 VDD_039 AH32 GND_43 GND_143 N23
R20 VDD_040 AH33 GND_44 GND_144 N28 1 2
R22 VDD_041 AH5 GND_45 GND_145 N30 PC36 330U/2V_7343

+
T12 VDD_042 AH7 GND_46 GND_146 N32
T14 VDD_043 AJ7 GND_47 GND_147 N33
T16 VDD_044 AK10 GND_48 GND_148 N5
T19 VDD_045 AK7 GND_49 GND_149 N7
T21 VDD_046 AL12 GND_50 GND_150 P13
T23 VDD_047 AL14 GND_51 GND_151 P15
U13 VDD_048 AL15 GND_52 GND_152 P17
U15 VDD_049 AL17 GND_53 GND_153 P18
U17 VDD_050 AL18 GND_54 GND_154 P20
U18 VDD_051 AL2 GND_55 GND_155 P22
U20 VDD_052 AL20 GND_56 GND_156 R12
U22 VDD_053 AL21 GND_57 GND_157 R14 +3V_GFX
V13 VDD_054 AL23 GND_58 GND_158 R16
V15 VDD_055 AL24 GND_59 GND_159 R19
V17 VDD_056 AL26 GND_60 GND_160 R21
V18 VDD_057 AL28 GND_61 GND_161 R23 +3.3V_SUS R306
V20 VDD_058 AL30 GND_62 GND_162 T13 *4.7K_4_NC
V22 VDD_059 AL32 GND_63 GND_163 T15
W12 VDD_060 AL33 GND_64 GND_164 T17
W14 VDD_061 AL5 GND_65 GND_165 T18 4.7K_4 R273
VDD_062 GND_66 GND_166 DGPU_PW ROK 15,20
W16 AM13 T2
VDD_063 GND_67 GND_167

2
C W19 AM16 T20 C
W21 VDD_064 AM19 GND_68 GND_168 T22 R305
VDD_065 GND_69 GND_169

3
W23 AM22 AG11 *100K_4_NC
Y13 VDD_066 AM25 GND_70 GND_170 T28 DGPU_PGOK-1 2 Q24
Y15 VDD_067 AN1 GND_71 GND_171 T32 2N7002W

1
Y18 VDD_068 AN10 GND_72 GND_172 T5

1
VDD_069 GND_73 GND_173

2
Y17 AN13 T7
Y20 VDD_070 AN16 GND_74 GND_174 U12 R274 DGPU_POK4 2 Q22
VDD_071 GND_75 GND_175 +1.35V_GFX
Y22 AN19 U14 4.7K_4 MMST3904-7-F C510

1
VDD_072 GND_76 GND_176

2
AN22 U16 0.1U/16V/X7R_4

1
AN25 GND_77 GND_177 U19 C507
AN30 GND_78 GND_178 U21 0.1U/16V/X7R_4

1
AN34 GND_79 GND_179 U23
AN4 GND_80 GND_180 V12
GND_81 GND_181

3
AN7 V14
AP2 GND_82 GND_182 V16 R279 DGPU_POK2 2 Q23 R282
GND_83 GND_183 +1.05V_GFX
AP33 V19 4.7K_4 MMST3904-7-F *0_4_NC
B1 GND_84 GND_184 V21

1
B10 GND_85 GND_185 V23 C513
B22 GND_86 GND_186 W13 1000P/50V_4
B25 GND_87 GND_187 W15
B28 GND_88 GND_188 W17
B31 GND_89 GND_189 W18
B34 GND_90 GND_190 W20
B4 GND_91 GND_191 W22
B7 GND_92 GND_192 W28
C10 GND_93 GND_193 Y12
C13 GND_94 GND_194 Y14
C19 GND_95 GND_195 Y16
D GND_96 GND_196 D
C22 Y19
C25 GND_97 GND_197 Y21
C28 GND_98 GND_198 Y23
C7 GND_99 GND_199 AH11
GND_100 GND_200
C16
GND_OPT_1
W32
Quanta Computer Inc.
GND_OPT_2
PROJECT : AM9
Size Document Number Rev
A0
N16P-GX - 5/5 (Power)
Date: Monday, June 22, 2015 Sheet 24 of 51
1 2 3 4 5 6 7 8
 5 4 3 2 1

CHANNEL A: 2G/4G GDDR5

+1.35V_GFX
VREF_VMA1_MOS

+1.35V_GFX
25
HYU 256Mx16, H5GC4H24AJR-R0C QBC PN?AKG5PWUTW14
MIC 256Mx16, EDW4032BABG-60-F QBC PN?AKG5PW0TL01

2
SAM 256Mx16, K4G41325FC-HC03 QBC PN?AKG5PGDT500 R264 R16 R256 R10
549/F_4 931/F_4 *549/F_4_NC *931/F_4_NC

VMA_DQ[63..0]
21,26 VMA_DQ[63..0]

1
VREFC_VMA1 VREFD_VMA1
FBA_CMD[31:0]
21,26 FBA_CMD[31:0]
Channel 0

1
FBA_DBI[7..0] R263 C42 R257 C26
D 21,26 FBA_DBI[7..0] D
1.33K/F_4 820p/50V_4 *1.33K/F_4_NC *820p/50V_4_NC
21,26 FBA_EDC[7..0]
FBA_EDC[7..0] <0-7,16-23> Channel 0

2
MF=0 Non-mirrored <8-15,24-31>
+1.35V_GFX MF=1 Mirrored +1.35V_GFX

M6 M2
M2 B1 M2 B1
M4 DQ31 | DQ7 VDDQ-B1 B3 M4 DQ31 | DQ7 VDDQ-B1 B3
N2 DQ30 | DQ6 VDDQ-B3 B12 N2 DQ30 | DQ6 VDDQ-B3 B12

VREF_VMA1_MOS
N4 DQ29 | DQ5 VDDQ-B12 B14 N4 DQ29 | DQ5 VDDQ-B12 B14
T2 DQ28 | DQ4 VDDQ-B14 D1 T2 DQ28 | DQ4 VDDQ-B14 D1
T4 DQ27 | DQ3 VDDQ-D1 D3 T4 DQ27 | DQ3 VDDQ-D1 D3
U2 DQ26 | DQ2 VDDQ-D3 D12 U2 DQ26 | DQ2 VDDQ-D3 D12
U4 DQ25 | DQ1 VDDQ-D12 D14 U4 DQ25 | DQ1 VDDQ-D12 D14
VMA_DQ23 M13 DQ24 | DQ0 VDDQ-D14 E5 VMA_DQ15 M13 DQ24 | DQ0 VDDQ-D14 E5
DQ23 | DQ15 VDDQ-E5 DQ23 | DQ15 VDDQ-E5

3
VMA_DQ22 M11 E10 VMA_DQ14 M11 E10
VMA_DQ21 N13 DQ22 | DQ14 VDDQ-E10 F1 VMA_DQ13 N13 DQ22 | DQ14 VDDQ-E10 F1

QD16~23 VMA_DQ20
VMA_DQ19
VMA_DQ18
N11
T13
T11
DQ21 | DQ13
DQ20 | DQ12
DQ19 | DQ11
DQ18 | DQ10
VDDQ-F1
VDDQ-F3
VDDQ-F12
VDDQ-F14
F3
F12
F14
QD8~15 VMA_DQ12
VMA_DQ11
VMA_DQ10
N11
T13
T11
DQ21 | DQ13
DQ20 | DQ12
DQ19 | DQ11
DQ18 | DQ10
VDDQ-F1
VDDQ-F3
VDDQ-F12
VDDQ-F14
F3
F12
F14
Q2
2 MEM_VREF_CTL
MEM_VREF_CTL 23,26,27,28
VMA_DQ17 U13 G2 VMA_DQ9 U13 G2
VMA_DQ16 U11 DQ17 | DQ9 VDDQ-G2 G13 VMA_DQ8 U11 DQ17 | DQ9 VDDQ-G2 G13 2N7002K
F13 DQ16 | DQ8 VDDQ-G13 H3 F13 DQ16 | DQ8 VDDQ-G13 H3

1
F11 DQ15 | DQ23 VDDQ-H3 H12 F11 DQ15 | DQ23 VDDQ-H3 H12
E13 DQ14 | DQ22 VDDQ-H12 K3 E13 DQ14 | DQ22 VDDQ-H12 K3
E11 DQ13 | DQ21 VDDQ-K3 K12 E11 DQ13 | DQ21 VDDQ-K3 K12
B13 DQ12 | DQ20 VDDQ-K12 L2 B13 DQ12 | DQ20 VDDQ-K12 L2
B11 DQ11 | DQ19 VDDQ-L2 L13 B11 DQ11 | DQ19 VDDQ-L2 L13
A13 DQ10 | DQ18 VDDQ-L13 M1 A13 DQ10 | DQ18 VDDQ-L13 M1
A11 DQ9 | DQ17 VDDQ-M1 M3 A11 DQ9 | DQ17 VDDQ-M1 M3
VMA_DQ7 F2 DQ8 | DQ16 VDDQ-M3 M12 VMA_DQ31 F2 DQ8 | DQ16 VDDQ-M3 M12
DG-07158-001 V05 PG49
VMA_DQ6 F4 DQ7 | DQ31 VDDQ-M12 M14 VMA_DQ30 F4 DQ7 | DQ31 VDDQ-M12 M14
VMA_DQ5 E2 DQ6 | DQ30 VDDQ-M14 N5 VMA_DQ29 E2 DQ6 | DQ30 VDDQ-M14 N5
Please close to M6 Please close to M2
C
QD0~7 VMA_DQ4
VMA_DQ3
VMA_DQ2
E4
B2
B4
DQ5 | DQ29
DQ4 | DQ28
DQ3 | DQ27
DQ2 | DQ26
VDDQ-N5
VDDQ-N10
VDDQ-P1
VDDQ-P3
N10
P1
P3
QD24~31 VMA_DQ28
VMA_DQ27
VMA_DQ26
E4
B2
B4
DQ5 | DQ29
DQ4 | DQ28
DQ3 | DQ27
DQ2 | DQ26
VDDQ-N5
VDDQ-N10
VDDQ-P1
VDDQ-P3
N10
P1
P3
+1.35V_GFX
Under M6 +1.35V_GFX
Under M2
C

VMA_DQ1 A2 P12 VMA_DQ25 A2 P12 C488 0.1U/16V/X7R_4 C29 0.1U/16V/X7R_4

VMA_DQ0 A4 DQ1 | DQ25 VDDQ-P12 P14 VMA_DQ24 A4 DQ1 | DQ25 VDDQ-P12 P14 C476 0.1U/16V/X7R_4 C36 0.1U/16V/X7R_4
DQ0 | DQ24 VDDQ-P14 T1 DQ0 | DQ24 VDDQ-P14 T1 C479 0.1U/16V/X7R_4 C23 0.1U/16V/X7R_4
VDDQ-T1 T3 VDDQ-T1 T3 C473 0.1U/16V/X7R_4 C44 0.1U/16V/X7R_4
VDDQ-T3 T12 VDDQ-T3 T12 C470 0.1U/16V/X7R_4 C17 0.1U/16V/X7R_4
VDDQ-T12 T14 VDDQ-T12 T14 C478 0.1U/16V/X7R_4 C41 0.1U/16V/X7R_4
VDDQ-T14 VDDQ-T14 C471 0.1U/16V/X7R_4 C20 0.1U/16V/X7R_4
FBA_CMD9 J5 FBA_CMD9 J5 C495 0.1U/16V/X7R_4 C27 0.1U/16V/X7R_4
FBA_CMD6 K4 RFU/A12/NC C5 FBA_CMD10 K4 RFU/A12/NC C5 C487 0.1U/16V/X7R_4 C18 0.1U/16V/X7R_4
FBA_CMD7 K5 A7/A8 | A0/A10 VDD-C5 C10 FBA_CMD11 K5 A7/A8 | A0/A10 VDD-C5 C10 C491 0.1U/16V/X7R_4 C25 0.1U/16V/X7R_4
FBA_CMD4 K10 A6/A11 | A1/A9 VDD-C10 D11 FBA_CMD1 K10 A6/A11 | A1/A9 VDD-C10 D11
FBA_CMD3 K11 A5/BA1 | A3/BA3 VDD-D11 G1 FBA_CMD2 K11 A5/BA1 | A3/BA3 VDD-D11 G1 C474 1U/6.3V_4 C38 1U/6.3V_4
FBA_CMD1 H10 A4/BA2 | A2/BA0 VDD-G1 G4 FBA_CMD4 H10 A4/BA2 | A2/BA0 VDD-G1 G4 C489 1U/6.3V_4 C21 1U/6.3V_4
FBA_CMD2 H11 A3/BA3 | A5/BA1 VDD-G4 G11 FBA_CMD3 H11 A3/BA3 | A5/BA1 VDD-G4 G11 C472 1U/6.3V_4 C19 1U/6.3V_4
FBA_CMD11 H5 A2 /BA0 | A4/BA2 VDD-G11 G14 FBA_CMD7 H5 A2 /BA0 | A4/BA2 VDD-G11 G14 C481 1U/6.3V_4 C31 1U/6.3V_4
FBA_CMD10 H4 A1/A9 | A6/A11 VDD-G14 L1 FBA_CMD6 H4 A1/A9 | A6/A11 VDD-G14 L1
A0/A10 | A7/A8 VDD-L1 L4 A0/A10 | A7/A8 VDD-L1 L4
VDD-L4
VDD-L11
L11 VDD-L4
VDD-L11
L11 Close to M6 Close to M2
L14 L14 C483 4.7U/6.3V_4 C22 4.7U/6.3V_4
VMA_WCK01 D4 VDD-L14 P11 VMA_WCK23 D4 VDD-L14 P11 C475 4.7U/6.3V_4 C39 4.7U/6.3V_4
21 VMA_WCK01 WCK01 | WCK23 VDD-P11 WCK01 | WCK23 VDD-P11
21 VMA_WCK01# VMA_WCK01# D5 R5 VMA_WCK23# D5 R5
WCK01# | WCK23# VDD-R5 R10 WCK01# | WCK23# VDD-R5 R10 C457 10U/6.3V_6 C34 10U/6.3V_6
VMA_WCK23 P4 VDD-R10 VMA_WCK01 P4 VDD-R10 C485 10U/6.3V_6 C8 10U/6.3V_6
21 VMA_WCK23 WCK23 | WCK01 WCK23 | WCK01
21 VMA_WCK23# VMA_WCK23# P5 VMA_WCK01# P5
WCK23# | WCK01# A1 WCK23# | WCK01# A1
R2 VSSQ-A1 A3 R2 VSSQ-A1 A3
FBA_EDC2 R13 EDC3 | EDC0 VSSQ-A3 A12 FBA_EDC1 R13 EDC3 | EDC0 VSSQ-A3 A12
C13 EDC2 | EDC1 VSSQ-A12 A14 C13 EDC2 | EDC1 VSSQ-A12 A14
FBA_EDC0 C2 EDC1 | EDC2 VSSQ-A14 C1 FBA_EDC3 C2 EDC1 | EDC2 VSSQ-A14 C1
EDC0 | EDC3 VSSQ-C1 C3 EDC0 | EDC3 VSSQ-C1 C3
P2 VSSQ-C3 C4 P2 VSSQ-C3 C4
FBA_DBI2 P13 DBI3# | DBI0# VSSQ-C4 C11 FBA_DBI1 P13 DBI3# | DBI0# VSSQ-C4 C11
D13 DBI2 #| DBI1# VSSQ-C11 C12 D13 DBI2 #| DBI1# VSSQ-C11 C12
FBA_DBI0 D2 DBI1# | DBI2# VSSQ-C12 C14 FBA_DBI3 D2 DBI1# | DBI2# VSSQ-C12 C14
B B
DBI0# | DBI3# VSSQ-C14 E1 DBI0# | DBI3# VSSQ-C14 E1
VSSQ-E1 E3 VSSQ-E1 E3
VSSQ-E3 E12 VSSQ-E3 E12
FBA_CMD12 G3 VSSQ-E12 E14 VMA_CLK0 FBA_CMD15 G3 VSSQ-E12 E14
FBA_CMD15 L3 RAS# | CAS# VSSQ-E14 F5 FBA_CMD12 L3 RAS# | CAS# VSSQ-E14 F5
CAS# | RAS# VSSQ-F5 F10 CAS# | RAS# VSSQ-F5 F10
VSSQ-F10 H2 R13 VSSQ-F10 H2
FBA_CMD14 J3 VSSQ-H2 H13 FBA_CMD14 J3 VSSQ-H2 H13
CKE# VSSQ-H13 80.6/F_4 CKE# VSSQ-H13
21 VMA_CLK0# VMA_CLK0# J11 K2 VMA_CLK0# J11 K2
VMA_CLK0 J12 CK# VSSQ-K2 K13 VMA_CLK0 J12 CK# VSSQ-K2 K13
21 VMA_CLK0 CK VSSQ-K13 CK VSSQ-K13
M5 VMA_CLK0# M5
VSSQ-M5 M10 VSSQ-M5 M10
FBA_CMD0 G12 VSSQ-M10 N1 FBA_CMD5 G12 VSSQ-M10 N1
FBA_CMD5 L12 CS# | WE# VSSQ-N1 N3 FBA_CMD0 L12 CS# | WE# VSSQ-N1 N3
WE# | CS# VSSQ-N3 N12 WE# | CS# VSSQ-N3 N12
VSSQ-N12 N14 VSSQ-N12 N14
R2 120/F_4 FBA_ZQ0 J13 VSSQ-N14 R1 R258 120/F_4 FBA_ZQ1 J13 VSSQ-N14 R1
GND ZQ VSSQ-R1 GND ZQ VSSQ-R1
R251 1K/F_4 SEN_A J10 R3 SEN_A J10 R3
SEN VSSQ-R3 R4 SEN VSSQ-R3 R4
VSSQ-R4 R11 VSSQ-R4 R11
FBA_CMD13 J2 VSSQ-R11 R12 FBA_CMD13 J2 VSSQ-R11 R12
R8 1K_4 J1 RESET# VSSQ-R12 R14 R24 1K_4 J1 RESET# VSSQ-R12 R14
GND MF VSSQ-R14 +1.35V_GFX MF VSSQ-R14
U1 U1
VSSQ-V1 U3 VSSQ-V1 U3
VSSQ-V3 U12 VSSQ-V3 U12
VSSQ-V12 U14 VSSQ-V12 U14
A5 VSSQ-V14 A5 VSSQ-V14
U5 Vpp,NC U5 Vpp,NC
Vpp,NC1 B5 Vpp,NC1 B5
VREFD_VMA1 A10 VSS-B5 B10 VREFD_VMA1 A10 VSS-B5 B10
U10 VREFD1 VSS-B10 D10 U10 VREFD1 VSS-B10 D10
VREFD2 VSS-D10 G5 VREFD2 VSS-D10 G5
VSS-G5 VSS-G5
VREFD_VMA1 0.4MM=16mils G10 G10
VSS-G10 H1 VSS-G10 H1
VSS-H1 H14 VSS-H1 H14
A VSS-H14 K1 VSS-H14 K1 A
VREFC_VMA1 J14 VSS-K1 K14 VREFC_VMA1 J14 VSS-K1 K14
VREFC VSS-K14 L5 VREFC VSS-K14 L5
VREFC_VMA1 0.4MM=16mils VSS-L5 L10 VSS-L5 L10
VSS-L10 P10 VSS-L10 P10
FBA_CMD8 J4 VSS-P10 T5 FBA_CMD8 J4 VSS-P10 T5
ABI# VSS-T5 T10 ABI# VSS-T5 T10
VSS-T10 VSS-T10

GDDR5 GDDR5
M6
GND
+1.35V_GFX
M2
GND Quanta Computer Inc.
FBA_CMD14 R255 10K_4
CKE* is strap pin to set ODT value of memory chip PROJECT : AM9
FBA_CMD13 R9 10K_4 Size Document Number Rev
RST PD place @ the end of daisy-chain. N16P-GX_GDDR5 - A1 A0

Date: Monday, June 22, 2015 Sheet 25 of 51

5 4 3 2 1
 5 4 3 2 1

21,25

21,25
VMA_DQ[63..0]

FBA_CMD[31:0]
VMA_DQ[63..0]
CHANNEL A: 2G/4G GDDR5
Channel 1
26
21,25 FBA_DBI[7..0]
FBA_DBI[7..0]
Channel 1
21,25 FBA_EDC[7..0]
FBA_EDC[7..0]
<32-39,48-55> <40-47,56-63>
MF=0 Non-mirrored MF=1 Mirrored
+1.35V_GFX +1.35V_GFX VREF_VMA2_MOS

M3 M7
M2 B1 M2 B1 +1.35V_GFX +1.35V_GFX
D M4 DQ31 | DQ7 VDDQ-B1 B3 M4 DQ31 | DQ7 VDDQ-B1 B3 D
N2 DQ30 | DQ6 VDDQ-B3 B12 N2 DQ30 | DQ6 VDDQ-B3 B12
DQ29 | DQ5 VDDQ-B12 DQ29 | DQ5 VDDQ-B12

2
N4 B14 N4 B14
T2 DQ28 | DQ4 VDDQ-B14 D1 T2 DQ28 | DQ4 VDDQ-B14 D1 R259 R11 R3 R252
T4 DQ27 | DQ3 VDDQ-D1 D3 T4 DQ27 | DQ3 VDDQ-D1 D3 549/F_4 931/F_4 *549/F_4_NC *931/F_4_NC
U2 DQ26 | DQ2 VDDQ-D3 D12 U2 DQ26 | DQ2 VDDQ-D3 D12
U4 DQ25 | DQ1 VDDQ-D12 D14 U4 DQ25 | DQ1 VDDQ-D12 D14

1
VMA_DQ55 M13 DQ24 | DQ0 VDDQ-D14 E5 VMA_DQ47 M13 DQ24 | DQ0 VDDQ-D14 E5 VREFC_VMA2 VREFD_VMA2

QD48~55 VMA_DQ54
VMA_DQ53
M11
N13
DQ23 | DQ15
DQ22 | DQ14
DQ21 | DQ13
VDDQ-E5
VDDQ-E10
VDDQ-F1
E10
F1
VMA_DQ46
VMA_DQ45
M11
N13
DQ23 | DQ15
DQ22 | DQ14
DQ21 | DQ13
VDDQ-E5
VDDQ-E10
VDDQ-F1
E10
F1

1
VMA_DQ52 N11 F3 VMA_DQ44 N11 F3 R260 C37 R4 C465
VMA_DQ51
VMA_DQ50
T13
T11
DQ20 | DQ12
DQ19 | DQ11
VDDQ-F3
VDDQ-F12
F12
F14 QD40~47 VMA_DQ43
VMA_DQ42
T13
T11
DQ20 | DQ12
DQ19 | DQ11
VDDQ-F3
VDDQ-F12
F12
F14
1.33K/F_4 820p/50V_4 *1.33K/F_4_NC *820p/50V_4_NC

2
VMA_DQ49 U13 DQ18 | DQ10 VDDQ-F14 G2 VMA_DQ41 U13 DQ18 | DQ10 VDDQ-F14 G2
VMA_DQ48 U11 DQ17 | DQ9 VDDQ-G2 G13 VMA_DQ40 U11 DQ17 | DQ9 VDDQ-G2 G13
F13 DQ16 | DQ8 VDDQ-G13 H3 F13 DQ16 | DQ8 VDDQ-G13 H3
F11 DQ15 | DQ23 VDDQ-H3 H12 F11 DQ15 | DQ23 VDDQ-H3 H12
E13 DQ14 | DQ22 VDDQ-H12 K3 E13 DQ14 | DQ22 VDDQ-H12 K3
E11 DQ13 | DQ21 VDDQ-K3 K12 E11 DQ13 | DQ21 VDDQ-K3 K12
B13 DQ12 | DQ20 VDDQ-K12 L2 B13 DQ12 | DQ20 VDDQ-K12 L2
B11 DQ11 | DQ19 VDDQ-L2 L13 B11 DQ11 | DQ19 VDDQ-L2 L13

VREF_VMA2_MOS
A13 DQ10 | DQ18 VDDQ-L13 M1 A13 DQ10 | DQ18 VDDQ-L13 M1
A11 DQ9 | DQ17 VDDQ-M1 M3 A11 DQ9 | DQ17 VDDQ-M1 M3
VMA_DQ39 F2 DQ8 | DQ16 VDDQ-M3 M12 VMA_DQ63 F2 DQ8 | DQ16 VDDQ-M3 M12

QD32~39 VMA_DQ38
VMA_DQ37
F4
E2
DQ7 | DQ31
DQ6 | DQ30
VDDQ-M12
VDDQ-M14
M14
N5
VMA_DQ62
VMA_DQ61
F4
E2
DQ7 | DQ31
DQ6 | DQ30
VDDQ-M12
VDDQ-M14
M14
N5
VMA_DQ36 E4 DQ5 | DQ29
DQ4 | DQ28
VDDQ-N5
VDDQ-N10
N10
QD56~63 VMA_DQ60 E4 DQ5 | DQ29
DQ4 | DQ28
VDDQ-N5
VDDQ-N10
N10

3
VMA_DQ35 B2 P1 VMA_DQ59 B2 P1
VMA_DQ34 B4 DQ3 | DQ27 VDDQ-P1 P3 VMA_DQ58 B4 DQ3 | DQ27 VDDQ-P1 P3
VMA_DQ33 A2 DQ2 | DQ26 VDDQ-P3 P12 VMA_DQ57 A2 DQ2 | DQ26 VDDQ-P3 P12 Q3
VMA_DQ32 A4 DQ1 | DQ25 VDDQ-P12 P14 VMA_DQ56 A4 DQ1 | DQ25 VDDQ-P12 P14 2 MEM_VREF_CTL
DQ0 | DQ24 VDDQ-P14 T1 DQ0 | DQ24 VDDQ-P14 T1 MEM_VREF_CTL 23,25,27,28
VDDQ-T1 T3 VDDQ-T1 T3
VDDQ-T3 T12 VDDQ-T3 T12 2N7002K
VDDQ-T12 T14 VDDQ-T12 T14

1
VDDQ-T14 VDDQ-T14
C C
FBA_CMD25 J5 FBA_CMD25 J5
FBA_CMD22 K4 RFU/A12/NC C5 FBA_CMD26 K4 RFU/A12/NC C5
FBA_CMD23 K5 A7/A8 | A0/A10 VDD-C5 C10 FBA_CMD27 K5 A7/A8 | A0/A10 VDD-C5 C10
FBA_CMD20 K10 A6/A11 | A1/A9 VDD-C10 D11 FBA_CMD17 K10 A6/A11 | A1/A9 VDD-C10 D11
FBA_CMD19 K11 A5/BA1 | A3/BA3 VDD-D11 G1 FBA_CMD18 K11 A5/BA1 | A3/BA3 VDD-D11 G1
FBA_CMD17 H10 A4/BA2 | A2/BA0 VDD-G1 G4 FBA_CMD20 H10 A4/BA2 | A2/BA0 VDD-G1 G4
FBA_CMD18 H11 A3/BA3 | A5/BA1 VDD-G4 G11 FBA_CMD19 H11 A3/BA3 | A5/BA1 VDD-G4 G11
FBA_CMD27 H5 A2 /BA0 | A4/BA2 VDD-G11 G14 FBA_CMD23 H5 A2 /BA0 | A4/BA2 VDD-G11 G14
FBA_CMD26 H4 A1/A9 | A6/A11 VDD-G14 L1 FBA_CMD22 H4 A1/A9 | A6/A11 VDD-G14 L1
A0/A10 | A7/A8 VDD-L1 L4 A0/A10 | A7/A8 VDD-L1 L4
VDD-L4 L11 VDD-L4 L11
VDD-L11 L14 VDD-L11 L14
VMA_WCK45 D4 VDD-L14 P11 VMA_WCK67 D4 VDD-L14 P11
21 VMA_WCK45
VMA_WCK45# D5 WCK01 | WCK23 VDD-P11 R5 VMA_WCK67# D5 WCK01 | WCK23 VDD-P11 R5 Please close to M3 Please close to M7
21 VMA_WCK45# WCK01# | WCK23# VDD-R5 WCK01# | WCK23# VDD-R5
R10 R10
VMA_WCK67 P4 VDD-R10 VMA_WCK45 P4 VDD-R10 +1.35V_GFX +1.35V_GFX
21 VMA_WCK67 WCK23 | WCK01 WCK23 | WCK01
VMA_WCK67# P5 VMA_WCK45# P5
21 VMA_WCK67# WCK23# | WCK01#
VSSQ-A1
A1 WCK23# | WCK01#
VSSQ-A1
A1 Under M3 Under M7
R2 A3 R2 A3 C28 0.1U/16V/X7R_4 C484 0.1U/16V/X7R_4
FBA_EDC6 R13 EDC3 | EDC0 VSSQ-A3 A12 FBA_EDC5 R13 EDC3 | EDC0 VSSQ-A3 A12 C14 0.1U/16V/X7R_4 C486 0.1U/16V/X7R_4
C13 EDC2 | EDC1 VSSQ-A12 A14 C13 EDC2 | EDC1 VSSQ-A12 A14 C15 0.1U/16V/X7R_4 C467 0.1U/16V/X7R_4
FBA_EDC4 C2 EDC1 | EDC2 VSSQ-A14 C1 FBA_EDC7 C2 EDC1 | EDC2 VSSQ-A14 C1 C32 0.1U/16V/X7R_4 C468 0.1U/16V/X7R_4
EDC0 | EDC3 VSSQ-C1 C3 EDC0 | EDC3 VSSQ-C1 C3 C12 0.1U/16V/X7R_4 C453 0.1U/16V/X7R_4
P2 VSSQ-C3 C4 P2 VSSQ-C3 C4 C40 0.1U/16V/X7R_4 C477 0.1U/16V/X7R_4
FBA_DBI6 P13 DBI3# | DBI0# VSSQ-C4 C11 FBA_DBI5 P13 DBI3# | DBI0# VSSQ-C4 C11 C35 0.1U/16V/X7R_4 C490 0.1U/16V/X7R_4
D13 DBI2 #| DBI1# VSSQ-C11 C12 D13 DBI2 #| DBI1# VSSQ-C11 C12 C11 0.1U/16V/X7R_4 C463 0.1U/16V/X7R_4
FBA_DBI4 D2 DBI1# | DBI2# VSSQ-C12 C14 FBA_DBI7 D2 DBI1# | DBI2# VSSQ-C12 C14 C24 0.1U/16V/X7R_4 C494 0.1U/16V/X7R_4
DBI0# | DBI3# VSSQ-C14 E1 DBI0# | DBI3# VSSQ-C14 E1 C43 0.1U/16V/X7R_4 C464 0.1U/16V/X7R_4
VSSQ-E1 E3 VSSQ-E1 E3
VSSQ-E3 E12 VSSQ-E3 E12 C30 1U/6.3V_4 C460 1U/6.3V_4
FBA_CMD28 G3 VSSQ-E12 E14 FBA_CMD31 G3 VSSQ-E12 E14 C13 1U/6.3V_4 C466 1U/6.3V_4
FBA_CMD31 L3 RAS# | CAS# VSSQ-E14 F5 VMA_CLK1 FBA_CMD28 L3 RAS# | CAS# VSSQ-E14 F5 C4 1U/6.3V_4 C462 1U/6.3V_4
CAS# | RAS# VSSQ-F5 F10 CAS# | RAS# VSSQ-F5 F10 C10 1U/6.3V_4 C480 1U/6.3V_4
VSSQ-F10 H2 VSSQ-F10 H2
FBA_CMD30 J3 VSSQ-H2 H13 FBA_CMD30 J3 VSSQ-H2 H13
B 21 VMA_CLK1# VMA_CLK1# J11 CKE#
CK#
VSSQ-H13
VSSQ-K2
K2 R14 VMA_CLK1# J11 CKE#
CK#
VSSQ-H13
VSSQ-K2
K2 Close to M3 Close to M7 B
21 VMA_CLK1 VMA_CLK1 J12 K13 80.6/F_4 VMA_CLK1 J12 K13 C33 4.7U/6.3V_4 C482 4.7U/6.3V_4
CK VSSQ-K13 M5 CK VSSQ-K13 M5 C9 4.7U/6.3V_4 C461 4.7U/6.3V_4
VSSQ-M5 M10 VMA_CLK1# VSSQ-M5 M10
FBA_CMD16 G12 VSSQ-M10 N1 FBA_CMD21 G12 VSSQ-M10 N1 C5 10U/6.3V_6 C454 10U/6.3V_6
FBA_CMD21 L12 CS# | WE# VSSQ-N1 N3 FBA_CMD16 L12 CS# | WE# VSSQ-N1 N3 C6 10U/6.3V_6 C455 10U/6.3V_6
WE# | CS# VSSQ-N3 N12 WE# | CS# VSSQ-N3 N12
VSSQ-N12 N14 VSSQ-N12 N14
R12 120/F_4 J13 VSSQ-N14 R1 R261 120/F_4 J13 VSSQ-N14 R1
R5 1K_4 SEN_B J10 ZQ VSSQ-R1 R3 SEN_B J10 ZQ VSSQ-R1 R3
SEN VSSQ-R3 R4 SEN VSSQ-R3 R4
VSSQ-R4 R11 VSSQ-R4 R11
FBA_CMD29 J2 VSSQ-R11 R12 FBA_CMD29 J2 VSSQ-R11 R12
J1 RESET# VSSQ-R12 R14 J1 RESET# VSSQ-R12 R14
MF VSSQ-R14 +1.35V_GFX MF VSSQ-R14
R7 1K_4 U1 R254 1K_4 U1
VSSQ-V1 U3 VSSQ-V1 U3
VSSQ-V3 U12 VSSQ-V3 U12
VSSQ-V12 U14 VSSQ-V12 U14
A5 VSSQ-V14 A5 VSSQ-V14
U5 Vpp,NC U5 Vpp,NC
Vpp,NC1 B5 Vpp,NC1 B5
VREFD_VMA2 A10 VSS-B5 B10 VREFD_VMA2 A10 VSS-B5 B10
U10 VREFD1 VSS-B10 D10 U10 VREFD1 VSS-B10 D10
VREFD2 VSS-D10 G5 VREFD2 VSS-D10 G5
VREFD_VMA2 0.4MM=16mils VSS-G5 G10 VREFD_VMA2 0.4MM=16mils VSS-G5 G10
VSS-G10 H1 VSS-G10 H1
VSS-H1 H14 VSS-H1 H14
VSS-H14 K1 VSS-H14 K1
VREFC_VMA2 J14 VSS-K1 K14 VREFC_VMA2 J14 VSS-K1 K14
VREFC VSS-K14 L5 VREFC VSS-K14 L5
VSS-L5 VSS-L5
VREFC_VMA2 0.4MM=16mils L10 VREFC_VMA2 0.4MM=16mils L10
VSS-L10 P10 VSS-L10 P10
FBA_CMD24 J4 VSS-P10 T5 FBA_CMD24 J4 VSS-P10 T5
ABI# VSS-T5 T10 ABI# VSS-T5 T10
VSS-T10 VSS-T10

A GDDR5 M3 GDDR5 M7 A

+1.35V_GFX

CKE* is strap pin to set ODT value of memory chip

FBA_CMD30 R253 10K_4

FBA_CMD29
Quanta Computer Inc.
R6 10K_4
RST PD place @ the end of daisy-chain. PROJECT : AM9
Size Document Number Rev
A0
N16P-GX_ GDDR5 - A2
Date: Monday, June 22, 2015 Sheet 26 of 51
5 4 3 2 1
 5 4 3 2 1

21,28 VMC_DQ[63..0]
VMC_DQ[63..0] CHANNEL B: 2G/4G GDDR5 27
21,28 FBC_CMD[31:0]
FBC_DBI[7..0]
21,28 FBC_DBI[7..0]
FBC_EDC[7..0]
21,28 FBC_EDC[7..0]
Channel 0 Channel 0
<0-7,16-23> <8-15,24-31>
VREF_VMC1_MOS

D
MF=0 Non-mirrored MF=1 Mirrored D
+1.35V_GFX +1.35V_GFX
+1.35V_GFX +1.35V_GFX

2
M9 M5
M2 B1 M2 B1 R78 R302 R301 R76
M4 DQ31 | DQ7 VDDQ-B1 B3 M4 DQ31 | DQ7 VDDQ-B1 B3 549/F_4 931/F_4 *549/F_4_NC *931/F_4_NC
N2 DQ30 | DQ6 VDDQ-B3 B12 N2 DQ30 | DQ6 VDDQ-B3 B12
N4 DQ29 | DQ5 VDDQ-B12 B14 N4 DQ29 | DQ5 VDDQ-B12 B14

1
T2 DQ28 | DQ4 VDDQ-B14 D1 T2 DQ28 | DQ4 VDDQ-B14 D1 VREFC_VMC1 VREFD_VMC1
T4 DQ27 | DQ3 VDDQ-D1 D3 T4 DQ27 | DQ3 VDDQ-D1 D3
U2 DQ26 | DQ2 VDDQ-D3 D12 U2 DQ26 | DQ2 VDDQ-D3 D12
DQ25 | DQ1 VDDQ-D12 DQ25 | DQ1 VDDQ-D12

1
U4 D14 U4 D14 R79 C556 R300 C220
VMC_DQ23 M13 DQ24 | DQ0 VDDQ-D14 E5 VMC_DQ15 M13 DQ24 | DQ0 VDDQ-D14 E5 1.33K/F_4 820p/50V_4 *1.33K/F_4_NC *820p/50V_4_NC
VMC_DQ22 M11 DQ23 | DQ15 VDDQ-E5 E10 VMC_DQ14 M11 DQ23 | DQ15 VDDQ-E5 E10

2
VMC_DQ21 N13 DQ22 | DQ14 VDDQ-E10 F1 VMC_DQ13 N13 DQ22 | DQ14 VDDQ-E10 F1

QD16~23 VMC_DQ20
VMC_DQ19
VMC_DQ18
N11
T13
T11
DQ21 | DQ13
DQ20 | DQ12
DQ19 | DQ11
DQ18 | DQ10
VDDQ-F1
VDDQ-F3
VDDQ-F12
VDDQ-F14
F3
F12
F14
QD8~15 VMC_DQ12
VMC_DQ11
VMC_DQ10
N11
T13
T11
DQ21 | DQ13
DQ20 | DQ12
DQ19 | DQ11
DQ18 | DQ10
VDDQ-F1
VDDQ-F3
VDDQ-F12
VDDQ-F14
F3
F12
F14
VMC_DQ17 U13 G2 VMC_DQ9 U13 G2
VMC_DQ16 U11 DQ17 | DQ9 VDDQ-G2 G13 VMC_DQ8 U11 DQ17 | DQ9 VDDQ-G2 G13

VREF_VMC1_MOS
F13 DQ16 | DQ8 VDDQ-G13 H3 F13 DQ16 | DQ8 VDDQ-G13 H3
F11 DQ15 | DQ23 VDDQ-H3 H12 F11 DQ15 | DQ23 VDDQ-H3 H12
E13 DQ14 | DQ22 VDDQ-H12 K3 E13 DQ14 | DQ22 VDDQ-H12 K3
E11 DQ13 | DQ21 VDDQ-K3 K12 E11 DQ13 | DQ21 VDDQ-K3 K12
B13 DQ12 | DQ20 VDDQ-K12 L2 B13 DQ12 | DQ20 VDDQ-K12 L2
B11 DQ11 | DQ19 VDDQ-L2 L13 B11 DQ11 | DQ19 VDDQ-L2 L13
DQ10 | DQ18 VDDQ-L13 DQ10 | DQ18 VDDQ-L13

3
A13 M1 A13 M1
A11 DQ9 | DQ17 VDDQ-M1 M3 A11 DQ9 | DQ17 VDDQ-M1 M3
VMC_DQ7 F2 DQ8 | DQ16 VDDQ-M3 M12 VMC_DQ31 F2 DQ8 | DQ16 VDDQ-M3 M12 Q8
VMC_DQ6 F4 DQ7 | DQ31 VDDQ-M12 M14 VMC_DQ30 F4 DQ7 | DQ31 VDDQ-M12 M14 2 MEM_VREF_CTL
E2 DQ6 | DQ30 VDDQ-M14 N5 E2 DQ6 | DQ30 VDDQ-M14 N5 MEM_VREF_CTL 23,25,26,28
VMC_DQ5 VMC_DQ29

QD0~7 VMC_DQ4
VMC_DQ3
VMC_DQ2
E4
B2
B4
DQ5 | DQ29
DQ4 | DQ28
DQ3 | DQ27
VDDQ-N5
VDDQ-N10
VDDQ-P1
N10
P1
P3
QD24~31 VMC_DQ28
VMC_DQ27
VMC_DQ26
E4
B2
B4
DQ5 | DQ29
DQ4 | DQ28
DQ3 | DQ27
VDDQ-N5
VDDQ-N10
VDDQ-P1
N10
P1
P3
2N7002K

1
VMC_DQ1 A2 DQ2 | DQ26 VDDQ-P3 P12 VMC_DQ25 A2 DQ2 | DQ26 VDDQ-P3 P12
VMC_DQ0 A4 DQ1 | DQ25 VDDQ-P12 P14 VMC_DQ24 A4 DQ1 | DQ25 VDDQ-P12 P14
C DQ0 | DQ24 VDDQ-P14 DQ0 | DQ24 VDDQ-P14 C
T1 T1
VDDQ-T1 T3 VDDQ-T1 T3
VDDQ-T3 T12 VDDQ-T3 T12
VDDQ-T12 T14 VDDQ-T12 T14
VDDQ-T14 VDDQ-T14
FBC_CMD9 J5 FBC_CMD9 J5
FBC_CMD6 K4 RFU/A12/NC C5 FBC_CMD10 K4 RFU/A12/NC C5
FBC_CMD7 K5 A7/A8 | A0/A10 VDD-C5 C10 FBC_CMD11 K5 A7/A8 | A0/A10 VDD-C5 C10
Please close to M9 Please close to M5
FBC_CMD4 K10 A6/A11 | A1/A9 VDD-C10 D11 FBC_CMD1 K10 A6/A11 | A1/A9 VDD-C10 D11
FBC_CMD3 K11 A5/BA1 | A3/BA3 VDD-D11 G1 FBC_CMD2 K11 A5/BA1 | A3/BA3 VDD-D11 G1 +1.35V_GFX +1.35V_GFX
FBC_CMD1 H10 A4/BA2 | A2/BA0 VDD-G1 G4 FBC_CMD4 H10 A4/BA2 | A2/BA0 VDD-G1 G4
FBC_CMD2 H11 A3/BA3 | A5/BA1
A2 /BA0 | A4/BA2
VDD-G4
VDD-G11
G11 FBC_CMD3 H11 A3/BA3 | A5/BA1
A2 /BA0 | A4/BA2
VDD-G4
VDD-G11
G11 Under M9 Under M5
FBC_CMD11 H5 G14 FBC_CMD7 H5 G14 C581 0.1U/16V/X7R_4 C248 0.1U/16V/X7R_4
FBC_CMD10 H4 A1/A9 | A6/A11 VDD-G14 L1 FBC_CMD6 H4 A1/A9 | A6/A11 VDD-G14 L1 C545 0.1U/16V/X7R_4 C160 0.1U/16V/X7R_4
A0/A10 | A7/A8 VDD-L1 L4 A0/A10 | A7/A8 VDD-L1 L4 C547 0.1U/16V/X7R_4 C161 0.1U/16V/X7R_4
VDD-L4 L11 VDD-L4 L11 C559 0.1U/16V/X7R_4 C253 0.1U/16V/X7R_4
VDD-L11 L14 VDD-L11 L14 C549 0.1U/16V/X7R_4 C188 0.1U/16V/X7R_4
VMC_WCK01 D4 VDD-L14 P11 VMC_WCK23 D4 VDD-L14 P11 C546 0.1U/16V/X7R_4 C162 0.1U/16V/X7R_4
21 VMC_WCK01 WCK01 | WCK23 VDD-P11 WCK01 | WCK23 VDD-P11
21 VMC_WCK01# VMC_WCK01# D5 R5 VMC_WCK23# D5 R5 C548 0.1U/16V/X7R_4 C230 0.1U/16V/X7R_4
WCK01# | WCK23# VDD-R5 R10 WCK01# | WCK23# VDD-R5 R10 C576 0.1U/16V/X7R_4 C247 0.1U/16V/X7R_4
VMC_WCK23 P4 VDD-R10 VMC_WCK01 P4 VDD-R10 C563 0.1U/16V/X7R_4 C179 0.1U/16V/X7R_4
21 VMC_WCK23 WCK23 | WCK01 WCK23 | WCK01
21 VMC_WCK23# VMC_WCK23# P5 VMC_WCK01# P5 C577 0.1U/16V/X7R_4 C228 0.1U/16V/X7R_4
WCK23# | WCK01# A1 WCK23# | WCK01# A1
R2 VSSQ-A1 A3 R2 VSSQ-A1 A3 C550 1U/6.3V_4 C246 1U/6.3V_4
FBC_EDC2 R13 EDC3 | EDC0 VSSQ-A3 A12 FBC_EDC1 R13 EDC3 | EDC0 VSSQ-A3 A12 C572 1U/6.3V_4 C234 1U/6.3V_4
C13 EDC2 | EDC1 VSSQ-A12 A14 C13 EDC2 | EDC1 VSSQ-A12 A14 C579 1U/6.3V_4 C196 1U/6.3V_4
FBC_EDC0 C2 EDC1 | EDC2 VSSQ-A14 C1 FBC_EDC3 C2 EDC1 | EDC2 VSSQ-A14 C1 C566 1U/6.3V_4 C252 1U/6.3V_4
EDC0 | EDC3 VSSQ-C1 C3 EDC0 | EDC3 VSSQ-C1 C3
P2 VSSQ-C3 C4 P2 VSSQ-C3 C4
FBC_DBI2 P13 DBI3# | DBI0#
DBI2 #| DBI1#
VSSQ-C4
VSSQ-C11
C11 FBC_DBI1 P13 DBI3# | DBI0#
DBI2 #| DBI1#
VSSQ-C4
VSSQ-C11
C11 Close to M9 Close to M5
D13 C12 D13 C12 C580 4.7U/6.3V_4 C251 4.7U/6.3V_4
FBC_DBI0 D2 DBI1# | DBI2# VSSQ-C12 C14 FBC_DBI3 D2 DBI1# | DBI2# VSSQ-C12 C14 C575 4.7U/6.3V_4 C242 4.7U/6.3V_4
DBI0# | DBI3# VSSQ-C14 E1 DBI0# | DBI3# VSSQ-C14 E1
VSSQ-E1 E3 VSSQ-E1 E3 C578 10U/6.3V_6 C249 10U/6.3V_6
VSSQ-E3 E12 VMC_CLK0 VSSQ-E3 E12 C551 10U/6.3V_6 C209 10U/6.3V_6
FBC_CMD12 G3 VSSQ-E12 E14 FBC_CMD15 G3 VSSQ-E12 E14
B B
FBC_CMD15 L3 RAS# | CAS# VSSQ-E14 F5 FBC_CMD12 L3 RAS# | CAS# VSSQ-E14 F5
CAS# | RAS# VSSQ-F5 F10 R85 CAS# | RAS# VSSQ-F5 F10
VSSQ-F10 H2 VSSQ-F10 H2
VSSQ-H2 80.6/F_4 VSSQ-H2
FBC_CMD14 J3 H13 FBC_CMD14 J3 H13
VMC_CLK0# J11 CKE# VSSQ-H13 K2 VMC_CLK0# J11 CKE# VSSQ-H13 K2
21 VMC_CLK0# J12 CK# VSSQ-K2 K13 J12 CK# VSSQ-K2 K13
VMC_CLK0 VMC_CLK0# VMC_CLK0
21 VMC_CLK0 CK VSSQ-K13 M5 CK VSSQ-K13 M5
VSSQ-M5 M10 VSSQ-M5 M10
FBC_CMD0 G12 VSSQ-M10 N1 FBC_CMD5 G12 VSSQ-M10 N1
FBC_CMD5 L12 CS# | WE# VSSQ-N1 N3 FBC_CMD0 L12 CS# | WE# VSSQ-N1 N3
WE# | CS# VSSQ-N3 N12 WE# | CS# VSSQ-N3 N12
VSSQ-N12 N14 VSSQ-N12 N14
R88 120/F_4 J13 VSSQ-N14 R1 R87 120/F_4 J13 VSSQ-N14 R1
R73 1K_4 SEN_C J10 ZQ VSSQ-R1 R3 SEN_C J10 ZQ VSSQ-R1 R3
SEN VSSQ-R3 R4 SEN VSSQ-R3 R4
VSSQ-R4 R11 VSSQ-R4 R11
FBC_CMD13 J2 VSSQ-R11 R12 FBC_CMD13 J2 VSSQ-R11 R12
J1 RESET# VSSQ-R12 R14 J1 RESET# VSSQ-R12 R14
MF VSSQ-R14 +1.35V_GFX MF VSSQ-R14
R60 1K_4 U1 R293 1K_4 U1
VSSQ-V1 U3 VSSQ-V1 U3
VSSQ-V3 U12 VSSQ-V3 U12
VSSQ-V12 U14 VSSQ-V12 U14
A5 VSSQ-V14 A5 VSSQ-V14
U5 Vpp,NC U5 Vpp,NC
Vpp,NC1 B5 Vpp,NC1 B5
VREFD_VMC1 A10 VSS-B5 B10 VREFD_VMC1 A10 VSS-B5 B10
U10 VREFD1 VSS-B10 D10 U10 VREFD1 VSS-B10 D10
VREFD2 VSS-D10 G5 VREFD2 VSS-D10 G5
VSS-G5 G10 VSS-G5 G10
VSS-G10 H1 VSS-G10 H1
VSS-H1 H14 VSS-H1 H14
VSS-H14 K1 VSS-H14 K1
VREFC_VMC1 J14 VSS-K1 K14 VREFC_VMC1 J14 VSS-K1 K14
VREFC VSS-K14 L5 VREFC VSS-K14 L5
VSS-L5 L10 VSS-L5 L10
A VSS-L10 P10 VSS-L10 P10 A
FBC_CMD8 J4 VSS-P10 T5 FBC_CMD8 J4 VSS-P10 T5
ABI# VSS-T5 T10 ABI# VSS-T5 T10
VSS-T10 VSS-T10

GDDR5 M9 GDDR5 M5

+1.35V_GFX

FBC_CMD14 R68 10K_4 CKE* is strap pin to set ODT value of memory chip Quanta Computer Inc.
FBC_CMD13 R299 10K_4
PROJECT : AM9
RST PD place @ the end of daisy-chain. Size Document Number Rev
A0
N16P-GX_GDDR5 - B1
Date: Monday, June 22, 2015 Sheet 27 of 51
5 4 3 2 1
 5 4 3 2 1

CHANNEL B: 2G/4G GDDR5 28

VMC_DQ[63..0] VREF_VMC2_MOS
21,27 VMC_DQ[63..0]

21,27 FBC_CMD[31:0] Channel 1 Channel 1 +1.35V_GFX +1.35V_GFX

21,27 FBC_DBI[7..0]
FBC_DBI[7..0]
<32-39,48-55> <40-47,56-63>

2
FBC_EDC[7..0]
21,27 FBC_EDC[7..0]
R269 R26 R285 R284
D MF=0 Non-mirrored MF=1 Mirrored 549/F_4 931/F_4 *549/F_4_NC *931/F_4_NC
D
+1.35V_GFX +1.35V_GFX

1
VREFC_VMC2 VREFD_VMC2
M4 M8
M2 B1 M2 B1
DQ31 | DQ7 VDDQ-B1 DQ31 | DQ7 VDDQ-B1

1
M4 B3 M4 B3 R268 C61 R37 C75
N2 DQ30 | DQ6 VDDQ-B3 B12 N2 DQ30 | DQ6 VDDQ-B3 B12 1.33K/F_4 820p/50V_4 *1.33K/F_4_NC *820p/50V_4_NC
N4 DQ29 | DQ5 VDDQ-B12 B14 N4 DQ29 | DQ5 VDDQ-B12 B14

2
T2 DQ28 | DQ4 VDDQ-B14 D1 T2 DQ28 | DQ4 VDDQ-B14 D1
T4 DQ27 | DQ3 VDDQ-D1 D3 T4 DQ27 | DQ3 VDDQ-D1 D3
U2 DQ26 | DQ2 VDDQ-D3 D12 U2 DQ26 | DQ2 VDDQ-D3 D12
U4 DQ25 | DQ1 VDDQ-D12 D14 U4 DQ25 | DQ1 VDDQ-D12 D14
VMC_DQ55 M13 DQ24 | DQ0 VDDQ-D14 E5 VMC_DQ47 M13 DQ24 | DQ0 VDDQ-D14 E5
VMC_DQ54 M11 DQ23 | DQ15 VDDQ-E5 E10 VMC_DQ46 M11 DQ23 | DQ15 VDDQ-E5 E10
VMC_DQ53 N13 DQ22 | DQ14 VDDQ-E10 F1 VMC_DQ45 N13 DQ22 | DQ14 VDDQ-E10 F1

QD48~55 VMC_DQ52
VMC_DQ51
N11
T13
DQ21 | DQ13
DQ20 | DQ12
VDDQ-F1
VDDQ-F3
F3
F12 QD40~47 VMC_DQ44
VMC_DQ43
N11
T13
DQ21 | DQ13
DQ20 | DQ12
VDDQ-F1
VDDQ-F3
F3
F12

VREF_VMC2_MOS
VMC_DQ50 T11 DQ19 | DQ11 VDDQ-F12 F14 VMC_DQ42 T11 DQ19 | DQ11 VDDQ-F12 F14
VMC_DQ49 U13 DQ18 | DQ10 VDDQ-F14 G2 VMC_DQ41 U13 DQ18 | DQ10 VDDQ-F14 G2
VMC_DQ48 U11 DQ17 | DQ9 VDDQ-G2 G13 VMC_DQ40 U11 DQ17 | DQ9 VDDQ-G2 G13
F13 DQ16 | DQ8 VDDQ-G13 H3 F13 DQ16 | DQ8 VDDQ-G13 H3
F11 DQ15 | DQ23 VDDQ-H3 H12 F11 DQ15 | DQ23 VDDQ-H3 H12
E13 DQ14 | DQ22 VDDQ-H12 K3 E13 DQ14 | DQ22 VDDQ-H12 K3
DQ13 | DQ21 VDDQ-K3 DQ13 | DQ21 VDDQ-K3

3
E11 K12 E11 K12
B13 DQ12 | DQ20 VDDQ-K12 L2 B13 DQ12 | DQ20 VDDQ-K12 L2
B11 DQ11 | DQ19 VDDQ-L2 L13 B11 DQ11 | DQ19 VDDQ-L2 L13 Q5
A13 DQ10 | DQ18 VDDQ-L13 M1 A13 DQ10 | DQ18 VDDQ-L13 M1 2 MEM_VREF_CTL
A11 DQ9 | DQ17 VDDQ-M1 M3 A11 DQ9 | DQ17 VDDQ-M1 M3 MEM_VREF_CTL 23,25,26,27
VMC_DQ39 F2 DQ8 | DQ16 VDDQ-M3 M12 VMC_DQ63 F2 DQ8 | DQ16 VDDQ-M3 M12
VMC_DQ38 F4 DQ7 | DQ31 VDDQ-M12 M14 VMC_DQ62 F4 DQ7 | DQ31 VDDQ-M12 M14 2N7002K
VMC_DQ37 E2 DQ6 | DQ30 VDDQ-M14 N5 VMC_DQ61 E2 DQ6 | DQ30 VDDQ-M14 N5

QD32~39 QD56~63

1
VMC_DQ36 E4 DQ5 | DQ29 VDDQ-N5 N10 VMC_DQ60 E4 DQ5 | DQ29 VDDQ-N5 N10
VMC_DQ35 B2 DQ4 | DQ28 VDDQ-N10 P1 VMC_DQ59 B2 DQ4 | DQ28 VDDQ-N10 P1
VMC_DQ34 B4 DQ3 | DQ27 VDDQ-P1 P3 VMC_DQ58 B4 DQ3 | DQ27 VDDQ-P1 P3
VMC_DQ33 A2 DQ2 | DQ26 VDDQ-P3 P12 VMC_DQ57 A2 DQ2 | DQ26 VDDQ-P3 P12
VMC_DQ32 A4 DQ1 | DQ25 VDDQ-P12 P14 VMC_DQ56 A4 DQ1 | DQ25 VDDQ-P12 P14
C DQ0 | DQ24 VDDQ-P14 DQ0 | DQ24 VDDQ-P14 C
T1 T1
VDDQ-T1 T3 VDDQ-T1 T3
VDDQ-T3 T12 VDDQ-T3 T12
VDDQ-T12 T14 VDDQ-T12 T14
VDDQ-T14 VDDQ-T14 Please close to M4 Please close to M8
FBC_CMD25 J5 FBC_CMD25 J5
FBC_CMD22 K4 RFU/A12/NC C5 FBC_CMD26 K4 RFU/A12/NC C5 +1.35V_GFX +1.35V_GFX
FBC_CMD23 K5 A7/A8 | A0/A10 VDD-C5 C10 FBC_CMD27 K5 A7/A8 | A0/A10 VDD-C5 C10
FBC_CMD20 K10 A6/A11 | A1/A9
A5/BA1 | A3/BA3
VDD-C10
VDD-D11
D11 FBC_CMD17 K10 A6/A11 | A1/A9
A5/BA1 | A3/BA3
VDD-C10
VDD-D11
D11 Under M4 Under M8
FBC_CMD19 K11 G1 FBC_CMD18 K11 G1 C58 0.1U/16V/X7R_4 C501 0.1U/16V/X7R_4
FBC_CMD17 H10 A4/BA2 | A2/BA0 VDD-G1 G4 FBC_CMD20 H10 A4/BA2 | A2/BA0 VDD-G1 G4 C57 0.1U/16V/X7R_4 C543 0.1U/16V/X7R_4
FBC_CMD18 H11 A3/BA3 | A5/BA1 VDD-G4 G11 FBC_CMD19 H11 A3/BA3 | A5/BA1 VDD-G4 G11 C100 0.1U/16V/X7R_4 C508 0.1U/16V/X7R_4
FBC_CMD27 H5 A2 /BA0 | A4/BA2 VDD-G11 G14 FBC_CMD23 H5 A2 /BA0 | A4/BA2 VDD-G11 G14 C63 0.1U/16V/X7R_4 C531 0.1U/16V/X7R_4
FBC_CMD26 H4 A1/A9 | A6/A11 VDD-G14 L1 FBC_CMD22 H4 A1/A9 | A6/A11 VDD-G14 L1 C141 0.1U/16V/X7R_4 C534 0.1U/16V/X7R_4
A0/A10 | A7/A8 VDD-L1 L4 A0/A10 | A7/A8 VDD-L1 L4 C107 0.1U/16V/X7R_4 C542 0.1U/16V/X7R_4
VDD-L4 L11 VDD-L4 L11 C140 0.1U/16V/X7R_4 C505 0.1U/16V/X7R_4
VDD-L11 L14 VDD-L11 L14 C62 0.1U/16V/X7R_4 C500 0.1U/16V/X7R_4
VMC_WCK45 D4 VDD-L14 P11 VMC_WCK67 D4 VDD-L14 P11 C139 0.1U/16V/X7R_4 C509 0.1U/16V/X7R_4
21 VMC_WCK45 WCK01 | WCK23 VDD-P11 WCK01 | WCK23 VDD-P11
21 VMC_WCK45# VMC_WCK45# D5 R5 VMC_WCK67# D5 R5 C66 0.1U/16V/X7R_4 C504 0.1U/16V/X7R_4
WCK01# | WCK23# VDD-R5 R10 WCK01# | WCK23# VDD-R5 R10
VMC_WCK67 P4 VDD-R10 VMC_WCK45 P4 VDD-R10 C68 1U/6.3V_4 C502 1U/6.3V_4
21 VMC_WCK67 WCK23 | WCK01 WCK23 | WCK01
21 VMC_WCK67# VMC_WCK67# P5 VMC_WCK45# P5 C64 1U/6.3V_4 C529 1U/6.3V_4
WCK23# | WCK01# A1 WCK23# | WCK01# A1 C94 1U/6.3V_4 C541 1U/6.3V_4
R2 VSSQ-A1 A3 R2 VSSQ-A1 A3 C60 1U/6.3V_4 C506 1U/6.3V_4
FBC_EDC6 R13 EDC3 | EDC0 VSSQ-A3 A12 FBC_EDC5 R13 EDC3 | EDC0 VSSQ-A3 A12
C13 EDC2 | EDC1 VSSQ-A12 A14 C13 EDC2 | EDC1 VSSQ-A12 A14
FBC_EDC4 C2 EDC1 | EDC2
EDC0 | EDC3
VSSQ-A14
VSSQ-C1
C1 FBC_EDC7 C2 EDC1 | EDC2
EDC0 | EDC3
VSSQ-A14
VSSQ-C1
C1 Close to M4 Close to M8
C3 C3 C59 4.7U/6.3V_4 C503 4.7U/6.3V_4
P2 VSSQ-C3 C4 P2 VSSQ-C3 C4 C70 4.7U/6.3V_4 C511 4.7U/6.3V_4
FBC_DBI6 P13 DBI3# | DBI0# VSSQ-C4 C11 FBC_DBI5 P13 DBI3# | DBI0# VSSQ-C4 C11
D13 DBI2 #| DBI1# VSSQ-C11 C12 D13 DBI2 #| DBI1# VSSQ-C11 C12 C56 10U/6.3V_6 C524 10U/6.3V_6
FBC_DBI4 D2 DBI1# | DBI2# VSSQ-C12 C14 FBC_DBI7 D2 DBI1# | DBI2# VSSQ-C12 C14 C91 10U/6.3V_6 C499 10U/6.3V_6
DBI0# | DBI3# VSSQ-C14 E1 DBI0# | DBI3# VSSQ-C14 E1
VSSQ-E1 E3 VSSQ-E1 E3
VSSQ-E3 E12 VSSQ-E3 E12
FBC_CMD28 G3 VSSQ-E12 E14 VMC_CLK1# FBC_CMD31 G3 VSSQ-E12 E14
B B
FBC_CMD31 L3 RAS# | CAS# VSSQ-E14 F5 FBC_CMD28 L3 RAS# | CAS# VSSQ-E14 F5
CAS# | RAS# VSSQ-F5 F10 CAS# | RAS# VSSQ-F5 F10
VSSQ-F10 H2 R27 VSSQ-F10 H2
FBC_CMD30 J3 VSSQ-H2 H13 FBC_CMD30 J3 VSSQ-H2 H13
CKE# VSSQ-H13 80.6/F_4 CKE# VSSQ-H13
VMC_CLK1# J11 K2 VMC_CLK1# J11 K2
21 VMC_CLK1# J12 CK# VSSQ-K2 K13 J12 CK# VSSQ-K2 K13
VMC_CLK1 VMC_CLK1
21 VMC_CLK1 CK VSSQ-K13 M5 CK VSSQ-K13 M5
VMC_CLK1
VSSQ-M5 M10 VSSQ-M5 M10
FBC_CMD16 G12 VSSQ-M10 N1 FBC_CMD21 G12 VSSQ-M10 N1
FBC_CMD21 L12 CS# | WE# VSSQ-N1 N3 FBC_CMD16 L12 CS# | WE# VSSQ-N1 N3
WE# | CS# VSSQ-N3 N12 WE# | CS# VSSQ-N3 N12
VSSQ-N12 N14 VSSQ-N12 N14
R25 120/F_4 J13 VSSQ-N14 R1 R35 120/F_4 J13 VSSQ-N14 R1
R38 1K_4 SEN_D J10 ZQ VSSQ-R1 R3 SEN_D J10 ZQ VSSQ-R1 R3
SEN VSSQ-R3 R4 SEN VSSQ-R3 R4
VSSQ-R4 R11 VSSQ-R4 R11
FBC_CMD29 J2 VSSQ-R11 R12 FBC_CMD29 J2 VSSQ-R11 R12
J1 RESET# VSSQ-R12 R14 J1 RESET# VSSQ-R12 R14
MF VSSQ-R14 +1.35V_GFX MF VSSQ-R14
R50 1K_4 U1 R291 1K_4 U1
VSSQ-V1 U3 VSSQ-V1 U3
VSSQ-V3 U12 VSSQ-V3 U12
VSSQ-V12 U14 VSSQ-V12 U14
A5 VSSQ-V14 A5 VSSQ-V14
U5 Vpp,NC U5 Vpp,NC
Vpp,NC1 B5 Vpp,NC1 B5
VREFD_VMC2 A10 VSS-B5 B10 VREFD_VMC2 A10 VSS-B5 B10
U10 VREFD1 VSS-B10 D10 U10 VREFD1 VSS-B10 D10
VREFD2 VSS-D10 G5 VREFD2 VSS-D10 G5
VSS-G5 G10 VSS-G5 G10
VSS-G10 H1 VSS-G10 H1
VSS-H1 H14 VSS-H1 H14
VSS-H14 K1 VSS-H14 K1
VREFC_VMC2 J14 VSS-K1 K14 VREFC_VMC2 J14 VSS-K1 K14
VREFC VSS-K14 L5 VREFC VSS-K14 L5
VSS-L5 L10 VSS-L5 L10
A VSS-L10 P10 VSS-L10 P10 A
FBC_CMD24 J4 VSS-P10 T5 FBC_CMD24 J4 VSS-P10 T5
ABI# VSS-T5 T10 ABI# VSS-T5 T10
VSS-T10 VSS-T10

GDDR5 M4 GDDR5 M8

+1.35V_GFX

FBC_CMD30 R47 10K_4 CKE* is strap pin to set ODT value of memory chip Quanta Computer Inc.
FBC_CMD29 R292 10K_4
PROJECT : AM9
RST PD place @ the end of daisy-chain. Size Document Number Rev
A0
N16P-GX_GDDR5 - B2
Date: Monday, June 22, 2015 Sheet 28 of 51
5 4 3 2 1
 5 4 3 2 1
Place these caps close to ITE8528.

29
+3.3V_ALW +3.3V_EC
+3.3V_EC
1 2 C445 2 1 1 2 C645
*0.1U/16V/X7R_4_NC R249 2 1 *SJ0603_NC *0.1U/16V/X7R_4_NC
+3V_RTC
+3.3V_ALW _AVCC NB_MUTE# C627 1U/6.3V_4
NB_MUTE# 41
ALW _ON
ALW _ON 35,44
EC_PW ROK C653 1 2 0.1U/16V/X7R_4
EC_PW ROK 12,36
C630 1 2 0.1U/16V/X7R_4 SIO_SLP_S4# C426 1 2 0.1U/16V/X7R_4
SIO_SLP_S4# 12,45
LAN_PW R_EN_EC C628 1 2 0.1U/16V/X7R_4
+3.3V_RUN +3.3V_EC LAN_PW R_EN_EC 40
EC_SPI_SI
EC_SPI_SI 30
EC_SPI_SO 30 +3.3V_ALW
EC_SPI_CLK 30
D RP11 4.7KX2 D
EC_SPI_CS0# 30
CLKRUN# SMBDAT0 1 2
CLKRUN# 12
SMBCLK0 3 4
U8

114
121

127
IT8528E/FX RP10 2.2KX2

11
26
50
92

74

84
83
82

19
20

99
98
97
96
93
3
SMBDAT1 1 2
LPC_LAD0 10 110 SMBCLK0 SMBCLK1 3 4

EGCLK/GPE3
EGCS#/GPE2
EGAD/GPE1

L80HLAT/BAO/GPE0
L80LLAT/GPE7

HMOSI/GPH6/ID6
HMISO/GPH5/ID5
HSCK/GPH4/ID4
HSCE#/GPH3/ID3
CLKRUN#/GPH0/ID0
VSTBY
VSTBY
VSTBY
VSTBY
VSTBY

VSTBY
VCC

VBAT
AVCC
13,39 LPC_LAD0 LAD0/GPM0(3) SMCLK0/GPB3 SMBCLK0 42,43
13,39 LPC_LAD1
LPC_LAD1 9
LAD1/GPM1(3) SMDAT0/GPB4
111 SMBDAT0
SMBDAT0 42,43 Charge ,BAT
13,39 LPC_LAD2
LPC_LAD2 8
LAD2/GPM2(3) SM BUS SMCLK1/GPC1
115 SMBCLK1
SMBCLK1 13
LID_SW # R225 1 2 10K_4
13,39 LPC_LAD3
LPC_LAD3
PLTRST#
7
22 LAD3/GPM3(3) SMDAT1/GPC2
116
117
SMBDAT1
EC_PECI SMBDAT1 13 PCH +3.3V_RUN
12,20,38,39,40 PLTRST# LPCRST#/GPD2 PECI/SMCLK2/GPF6(3)
CLK_33M_EC 13 118 SIO_SLP_S5# RP12 2.2KX2
14 CLK_33M_EC LPCCLK/GPM4(3) SMDAT2/GPF7(3) SIO_SLP_S5# 12,45
LPC_LFRAME# 6 SMBDAT3 1 2
13,39 LPC_LFRAME# LFRAME#/GPM5(3) 85 PCH_MELOCK SMBCLK3 3 4
PS2CLK0/TMB0/CEC/GPF0 PCH_MELOCK 13
IMVP_VR_ON 17 86 H_PROCHOT_EC
48 IMVP_VR_ON LPCPD#/GPE6 PS2DAT0/TMB1/GPF1 89 TPCLK C666 2 1 100P/50V_4
PS2CLK2/GPF4 TPCLK 34
32 LCD_TST LCD_TST 1 2 LCD_TST_R 126 90 TPDATA IMVP_VR_ON R448 *100K_4_NC
1 2 GA20/GPB5(3) PS2DAT2/GPF5 TPDATA 34

PS/2
IRQ_SERIRQ R191 *SJ0402_NC 5 LAN_PW R_EN_EC R452 100K_4
13 IRQ_SERIRQ SERIRQ/GPM6(3)
SDM10K45-7-F 2 1 D8 EC__EXTSMI# 15
15 SMC_EXTSMI# ECSMI#/GPD4(3)
15 SIO_EXT_SCI#
SDM10K45-7-F 2 1 D12 EC__EXT_SCI# 23
ECSCI#/GPD3 LPC EC_PECI R185 43_4
CPU_PECI 7
W RST# 14
WRST# GPIO
SDM10K45-7-F 2 1 D7 RCIN# 4 1 2 LID_SW # PBAT_PRES# ACAV_IN
15 EC_RCIN# KBRST#/GPB6(3)
W LAN_ON/OFF# 16 C420 *47P/50V_4_NC
39 W LAN_ON/OFF# PWUREQ#/BBO/SMCLK2ALT/GPC7(3)

2
C427 C442 C441
24 POW ER_LED *0.1U/16V/X7R_4_NC
PWM0/GPA0 POW ER_LED 35
SMC_EXTSMI# C667 2 1 *100P/50V_4_NC 25 FAN2_PW M *100P/50V_4_NC 0.1U/16V/X7R_4

IT8528 FAN2_PW M 36 GPU

1
PWM1/GPA1 28 FAN1_PW M
119 PWM2/GPA2 29 LCD_PW M_EC
FAN1_PW M 36 CPU NEAR J1 NEAR PR2 NEAR PQ10
46,47,51 RUN_ON CRX0/GPC0 PWM3/GPA3 LCD_PW M_EC 32
42 PS_ID
123
CTX0/TMA0/GPB2(3) CIR PWM4/GPA4
30 KB_BACKLITE_EN
KB_BACKLITE_EN 34
C 31 USB_BACK_EN IINP IMVP_PW RGD IMVP_VR_ON C
PWM5/GPA5 USB_BACK_EN 37

2
PWM C648 C2 C458
80 *100P/50V_4_NC
12 RSMRST# DAC4/DCD0#/GPJ4(3)
EC_FDIO3 104 47 FAN1_TACH *0.1U/16V/X7R_4_NC *100P/50V_4_NC
30 EC_FDIO3 FAN1_TACH 36 CPU

1
USB_RIGHT_EN# 33 FDIO3/DSR0#/GPG6 TACH0A/GPD6(3) 48 FAN2_TACH
41 USB_RIGHT_EN# GINT/CTS0#/GPD5 TACH1A/TMA1/GPD7(3) FAN2_TACH 36 GPU
LID_SW # 88 NEAR Q23 NEAR Q23 NEAR PR113
41 LID_SW # PS2DAT1/RTS0#/GPF3
SDM10K45-7-F 2 1 D10 81 120 EDP_BKLTEN
12 EC_PW RBTN# DAC5/RIG0#/GPJ5(3) TMRI0/GPC4(3) EDP_BKLTEN 12,32
HDD_LED_EN# 87 124 SIO_SLP_S3#
41 HDD_LED_EN# PS2CLK1/DTR0#/GPF2 TMRI1/GPC6(3) SIO_SLP_S3# 12,45
109
12,36 HW PG TXD/SOUT0/GPB1 +3.3V_RTC_LDO +3.3V_ALW
SUB_MUTE# 108
41 SUB_MUTE# RXD/SIN0/GPB0
BID1 71 125 SYS_PW R_SW #
ADC5/DCD1#/GPI5(3) PWRSW/GPE4(3) SYS_PW R_SW # 35

2
43 IINP
72
ADC6/DSR1#/GPI6(3) UART port RI1#/GPD0(3)
18 PBAT_PRES#
PBAT_PRES# 42
73 21 ACAV_R 2 1
31 T_SSD ADC7/CTS1#/GPI7(3) RI2#/GPD1 ACAV_IN 35,43
32 LCD_BAK
35
RTS1#/GPE5 WAKE UP SDM10K45-7-F D11 R224 R231
34 100K_4 100K_4
41 BEEP PWM7/RIG1#/GPA7 Q17
EC_FDIO2 107 112 AC_PRESENT
30 EC_FDIO2 AC_PRESENT 12

1
SMBDAT3 95 FDIO2/DTR1#/SBUSY/GPG1/ID7(Dn) RING#/PWRFAIL#/CK32KOUT/LPCRST#/GPB7 5
23,36 SMBDAT3 CTX1/SOUT1/GPH2/SMDAT3/ID2
Thermal , GPU 23,36 SMBCLK3
SMBCLK3 94
CRX1/SIN1/SMCLK3/GPH1/ID1 4 3 W RST#
105
30 EC_SPI_SLK FSCK
101 C434 1U/6.3V_4
30 EC_SPI_CS# FSCE#
30 EC_SPI_DIN
102
FMOSI EXTERNAL SERIAL FLASH 2
THERM_STP# 36
103 66 R247 1 2 *SJ0402_NC
30 EC_SPI_DO FMISO ADC0/GPI0(3) 1 2 T_DDR 19
67 USB_CHG_DET#_EC 1 6
ADC1/GPI1(3) USB_CHG_DET#_EC 35
MY16 56 68 SUS_PW R_ACK
34 MY16 KSO16/SMOSI/GPC3(3) ADC2/GPI2(3) SUS_PW R_ACK 12
VGA_PW R_LEVEL_EC# 57 69 BT_RADIO_DIS#
KSO17/SMISO/GPC5(3) ADC3/GPI3(3) BT_RADIO_DIS# 39
BAT_LED_AMBER 32 70 PCIE_LAN_W AKE# 2N7002KDW
B 41 BAT_LED_AMBER PWM6/SSCK/GPA6 ADC4/GPI4(3) PCIE_LAN_W AKE# 40 B

51 SUS_ON
SUS_ON 100
SSCE0#/GPG2 A/D D/A +3.3V_ALW
37 USBP0_BUS_SW _CB0
USBP0_BUS_SW _CB0 106
SSCE1#/GPG0(Up) SPI ENABLE Board ID Straps
MY[0..15] 76 EC_SPI_IO2
34 MY[0..15] TACH2/HDIO2/GPJ0(3) EC_SPI_IO2 30
MY0 36 77 EC_SPI_IO3
KSO0/PD0 HDIO3/GPJ1(3) EC_SPI_IO3 30

2
MY1 37 78
KSO1/PD1 DAC2/TACH0B/GPJ2(3) TP112
MY2
MY3
38
39 KSO2/PD2 DAC3/TACH1B/GPJ3(3)
79 IMVP_PW RGD
IMVP_PW RGD 12,48
R245
0616
KSO3/PD3
MY4 40
KSO4/PD4 KBMX 12K/F_4
MY5 41

1
MY6 42 KSO5/PD5
MY7 43 KSO6/PD6 BID1
MY8 44 KSO7/PD7 1 2
KSO8/ACK#

1
MY9 45 R475 10K_4 100K/F_4: CS41002FB28
MY10 46 KSO9/BUSY
KSO10/PE 45.3K/F_4: CS34532FB18
MY11 51 2 BAT_LED_W HITE R243 24.3K/F_4: CS32432FB19
BAT_LED_W HITE 41
KSI3/SLIN#

KSO11/ERR# CK32KE/GPJ7(3)
KSI1/AFD#
KSI0/STB#

KSI2/INIT#

MY12 52
KSO12/SLCT CLOCK CK32K/GPJ6(3)
128 RTC_RST_R 1
1 2
2
EC_RTC_RST 13
20K/F_4 12K/F_4 : CS31202FB15
MY13 53 R192 *SJ0402_NC 6.49K/F_4: CS26492FB23
VCORE

2
KSO13
AVSS

MY14 54 1.65K/F_4: CS21652FB29

KSI4
KSI5
KSI6
KSI7

VSS

VSS
VSS
VSS
VSS
VSS

MY15 55 KSO14
23 VGA_PW R_LEVEL KSO15 R181
100K_4
58
59
60
61
62
63
64
65

27
49
91
113
122

75

12
3

BID1
Q27 2 VGA_PW R_LEVEL_EC# 000 0.5V PU 100K EVT (X00)
MX0

001 1.0V PU 45.3K DVT1 (X01)

MX1
MX2
MX3
MX4
MX5
MX6
MX7

2N7002W
2

C636 010 1.5V PU 24.3K DVT2 (X02)

1

0.1U/16V/X7R_4 100 2.0V PU 12K PILOT (AOO)

MX[0..7] 101 2.5V PU 6.49K
34 MX[0..7] IMVP7_PROCHOT# 7,43,48
1

A
110 3.0V PU 1.65K A
111 0V NO PU
3

+3.3V_EC L7 H_PROCHOT_EC 2 2N7002W

FCM1005KF-121T05 Q18 C77
2 1 +3.3V_ALW _AVCC 47P/50V_4
1

R238
Quanta Computer Inc.
2

C439
L6 0.1U/16V/X7R_4 *100K_4_NC
FCM1005KF-121T05
PROJECT : AM9
1

2 1 EC_AVSS
Size Document Number Rev
A0
SIO (ITE8528H)
Date: Monday, June 22, 2015 Sheet 29 of 51
5 4 3 2 1
 5 4 3 2 1

30
For EC 4Mbit (512K Byte) +3.3V_ALW

For Share ROM 64Mbit (8M Byte) RTC BATTERY

1
D D
R449 R420

10K_4 10K_4
(non Rechargable BATT)

2
+3V_RTC +3.3V_RTC_LDO
R469 1 2 *0_4_NC EC_HOLD#
29 EC_FDIO3
R470 1 2 *0_4_NC EC_W P# Layout note:
29 EC_FDIO2
RTCD2
30mils
1
U17
R451 33_4 EC_CS# 1 8 3 RTCBT2
29 EC_SPI_CS# CE# VDD
R419 33_4 EC_SLK 6 RTCR2 1K_4
29 EC_SPI_SLK SCK
R418 33_4 EC_DIN 5 2 +RTC_2 1 2 +RTC_1
29 EC_SPI_DIN SI 1

1
R450 33_4 EC_DO 2 7
29 EC_SPI_DO SO HOLD# 2

1
C621 BAT54CW
3 4 0.1U/16V/X7R_4 C451

2
WP# VSS 1U/6.3V_4 50271-00201-001

2
W 25Q64FVSSIQ

RTC-BATTERY

C C

For PCH 32Mbit (4M Byte)

+3.3V_SUS

1
R201 R220
B *10K_4_NC *10K_4_NC B
R471 *15_4_NC
29
29
EC_SPI_IO2
EC_SPI_IO3
R472 *15_4_NC TP for ICT flash BIOS process EMI
2

2
EC_SPI_SLK EC25 *10P/50V_4_NC
PCH_SPI_CS0# TP56 EC_SPI_CS# TP55
PCH_SPI_IO3 R202 *15_4_NC SPI_HOLD# PCH_SPI_CLK TP52 EC_SPI_SLK TP105 PCH_SPI_CLK EC24 *10P/50V_4_NC
13 PCH_SPI_IO3
PCH_SPI_IO2 R198 *15_4_NC SPI_W P# PCH_SPI_SO TP63 EC_SPI_DO TP51
13 PCH_SPI_IO2
PCH_SPI_SI TP67 EC_SPI_DIN TP104
U16 PCH_SPI_IO3 TP64
PCH_SPI_CS0# R182 *15_4_NC SPI_CS# 1 8 PCH_SPI_IO2 TP65
13 PCH_SPI_CS0# CE# VDD
PCH_SPI_CLK R176 *15_4_NC SPI_CLK 6
13 PCH_SPI_CLK SCK
PCH_SPI_SI R208 *15_4_NC SPI_SI 5
13 PCH_SPI_SI SI
1

PCH_SPI_SO R196 *15_4_NC SPI_SO 2 7

13 PCH_SPI_SO SO HOLD# C422
3 4 *0.1U/16V/X7R_4_NC
2

WP# VSS
*W 25Q64FVSSIQ_NC
R184 47/F_4
29 EC_SPI_CS0#
R173 47/F_4
29 EC_SPI_CLK
R209 47/F_4
29 EC_SPI_SI
R190 47/F_4
29 EC_SPI_SO

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
FLASH / RTC
Date: Monday, June 22, 2015 Sheet 30 of 51
5 4 3 2 1
 A B C D E

31

4 4

SATA HDD Connector

CN13
DG: Place TX cap close to connector
20 24
C657 2 1 0.01U/25V_4 SATA_TXP4_C 19 GND1 GND12 23
13 SATA_TXP4 RXP GND11
C656 2 1 0.01U/25V_4 SATA_TXN4_C 18 22
13 SATA_TXN4 RXN GND10
17 21
C655 2 1 0.01U/25V_4 SATA_RXN4_C 16 GND2 GND9
13 SATA_RXN4 TXN
C654 2 1 0.01U/25V_4 SATA_RXP4_C 15
13 SATA_RXP4 TXP
14
GND3

13
12 3.3V_0
11 3.3V_1
10 3.3V_2
+5V_RUN 9 GND4
8 GND5
C658 *47U/6.3V_8_NC 7 GND6
6 5V_0
+5V_RUN 5V_1
C663 4.7U/6.3V_6 5
4 5V_2
C660 4.7U/6.3V_6 3 GND7
2 RSVD
C662 *68P/50V_4_NC 1 GND8
3 NC 3
C669 10U/10V_8

C670 0.1U/16V/X7R_4 CVS520EM1RB-NH

gs12201-1011-9f-20p-l-smt

NGFF M.2 SSD

B-KEY
CON2
+V3.3DX_SSD +3.3V_RUN +V3.3DX_SSD

Place caps close to connector.

1
NGFF 2 1 2
3 Presence IND/GND 3.3Vaux 4 R465 1 2 *0_8_SJ_NC
GND 3.3Vaux

2
5 6
7 NC Card_Power_OFF# 8 C647 C622 C649 C651 C644 C625 C671 C672
9 USB_D+ W_DISABLE# 10 0.1U/25V_4 0.1U/25V_4 0.1U/25V_4 0.1U/25V_4 22U/6.3V_6 22U/6.3V_6 *47U/6.3V_8_NC *68P/50V_4_NC

1
2 11 USB_D- LED#1 12 2
13 GND Key 14
15 Key Key 16
17 Key Key 18
19 Key Key 20
21 Key Audio3 22
23 SSD IND
Reserved
Audio2
Audio1
24 Thermistor
25 26
27 Reserved Audio0 28 +3.3V_ALW
Max =6000 mils 29 GND UIM_RFU 30
Min = 1000 mils 31 PETN1 UIM-Reset 32
PETP1 UIM-CLK

1
DG: Place TX cap close to connector 33
GND UIM-DATA
34
35 36 RT3
37 PERN1 UIM-PWR 38 10K/NTC_4
TX- based on SSD 39 PERP1 DEVSLP 40
C433 0.01U/25V_4 SATA_RXP5_C 41 GND Reserver GNSS 42
13 SATA_RXP5

2
C436 0.01U/25V_4 SATA_RXN5_C 43 SATA-B+ Reserver GNSS 44
13 SATA_RXN5 SATA-B- Reserver GNSS
45 46 T_SSD
GND Reserver GNSS 29 T_SSD
13 SATA_TXN5 C437 0.01U/25V_4 SATA_TXN5_C 47 48
C438 0.01U/25V_4 SATA_TXP5_C 49 SATA-A- Reserver GNSS 50
13 SATA_TXP5 SATA-A+ PERST#

1
51 52
53 GND CLKREQ# 54 R455
RX- based on SSD 55 REFCLKN PEWAKE# 56 1.5K/F_4
57 REFCLKP NC 58
59 GND NC 60

2
61 ANTCTL0 COEX3 62
63 ANTCTL1 COEX2 64
65 ANTCTL2 COEX1 66
67 ANTCTL3 SIM Detect 68
1 Reset# SUSCLK 1
69 70
71 PEDET/GND-SATA 3.3Vaux 72
73 GND 3.3Vaux 74
75 GND 3.3Vaux
GND

GND

USB3.0 IND

NASB0-S6701-TS85 Quanta Computer Inc.

76

77

PROJECT : AM9
Size Document Number Rev
A0
HDD /M.2(NGFF)SSD
Date: Monday, June 22, 2015 Sheet 31 of 51
A B C D E
 5 4 3 2 1

DMIC_DATA_C EC52 10P/50V_4

32
GS12401-1011P-7H DMIC_CLK_C EC53 10P/50V_4
CN10
0616
Close to CN18

41
USBP8+_C R371 2 1 *SJ0402_NC
1 2 1 USB2_P8 14
USBP8-_C 2 1
2 R370 2 1 *SJ0402_NC
USB2_N8 14 CAMERA
+LCDVCC 3 DMIC_DATA_C R358 2 1 *SJ0402_NC
4 2 1 DMIC_DATA 41
DMIC_CLK_C R359 2 1 *SJ0402_NC
D
5 2 1
0616
DMIC_CLK 41 DMIC D
6 +3.3V_RUN
7 +5V_RUN
1

C595 C336 8
0.1U/16V/X7R_4 9
4.7U/6.3V_6
2

42 10 +LCDVCC
11 EDP_AUXN_R C597 0.1U/16V/X7R_4 EDP_AUXN
12 EDP_AUXN 9
LCD_TST EDP_AUXP_R C596 0.1U/16V/X7R_4 EDP_AUXP
13 LCD_TST 29,32 EDP_AUXP 9
14 EDP_HPD 9
EDP_AUXP_R
+3.3V_RUN 15
16
EDP_AUXN_R
0622
17 EDP_TXP0_R
18 EDP_TXN0_R EDP_TXN1_R R369 0_4 EDP_TXN1_C C590 0.1U/16V/X7R_4 EDP_TXN1
19 EDP_TXN1 9
EDP_TXP1_R R368 0_4 EDP_TXP1_C C589 0.1U/16V/X7R_4 EDP_TXP1
20 EDP_TXP1 9
C363 C369 EDP_TXP1_R
*4.7U/6.3V_6_NC 21 EDP_TXN1_R
0.01U/25V_4 22
23 EDP_TXP2_R
43 24 EDP_TXN2_R
25
26 EDP_TXP3_R EDP_TXN0_R R367 0_4 EDP_TXN0_C C588 0.1U/16V/X7R_4 EDP_TXN0
27 EDP_TXN0 9
EDP_TXN3_R EDP_TXP0_R R366 0_4 EDP_TXP0_C C587 0.1U/16V/X7R_4 EDP_TXP0
+LED_BL 28 EDP_TXP0 9
29 LCD_PW M_IN
30 LCD_BAK_R
31
1

THSCR_EN
32 THSCR_EN 15
C340 DCR_EN Touch Screen
33 DCR_EN 15
C 0.1U/25V_6 USBP10+_C 2 1 C
USB2_P10 14
2

34 USBP10-_C R360 2 2 1 1 *SJ0402_NC EDP_TXN2_R R363 0_4 EDP_TXN2_C C592 0.1U/16V/X7R_4 EDP_TXN2
35 2 1 USB2_N10 14 EDP_TXN2 9
R361 *SJ0402_NC EDP_TXP2_R R362 0_4 EDP_TXP2_C C591 0.1U/16V/X7R_4 EDP_TXP2
36 EDP_TXP2 9
37
38 0622
39
40 +LED_BL
44

EDP_TXN3_R R365 0_4 EDP_TXN3_C C594 0.1U/16V/X7R_4 EDP_TXN3

EDP_TXN3 9
EDP_TXP3_R R364 0_4 EDP_TXP3_C C593 0.1U/16V/X7R_4 EDP_TXP3
EDP_TXP3 9

LCD_VCC
+3.3V_RUN +LCDVCC
U6
4 1
5 IN OUT
IN
1

2
3 GND C334
EN 0.1U/16V/X7R_4
2
1

C364 G5243AT11U
B 0.1U/16V/X7R_4 Brightness Control B
Backlight Power
2

D4
D6
1 EDP_VDDEN 1
EDP_VDDEN 12 +PW R_SRC +LED_BL 12 EDP_BKLTCTL
EN_LCDVCC 3 3 LCD_PW M_IN

1
2 LCD_TST 2 R125
LCD_TST 29,32 29 LCD_PW M_EC
1

80mil 80mil
2

R130 BAT54CW 1 3 BAT54CW 10K_4

10K_4 R129
1

1
*10K_4_NC Q10 C339

2
C375 AO3409
2

2
R157 1U/25V_6 0.1U/25V_6
1

2
100K_4
2

1
+LED_BL_ON
R146
120/F_6

2 1

2
R150 100K_4
Backlight_EN
D5

3
1 Q11
12,29 EDP_BKLTEN
R144 10K_4 *SJ0402_NC 2N7002K
3 LCD_BAK_R +3.3V_RUN 1 2 1 2 2
A 36,51 RUN_ON# 1 2 A
3

R158
1

2 2
29 LCD_BAK
Q9 C376
*BAT54CW _NC R131 C665 EDP_VDDEN R147 *0_4_NC 2N7002W *0.1U/16V/X7R_4_NC
1

10K_4 0.1U/16V/X7R_4
1 2
Quanta Computer Inc.
2

R139 1 2 *SJ0402_NC

PROJECT : AM9
Size Document Number Rev
A0
EDP/CCD
Date: Monday, June 22, 2015 Sheet 32 of 51
5 4 3 2 1
 5 4 3 2 1

+5V_HDMIF1
33
Chock change to AM6 USB3 compoent HDMI Conn.

2
close to HDMI CONN for EMI D2 D3
CN8

SDM10K45-7-F SDM10K45-7-F Female

D D

1
TYPE A
HDMI_TX0+_R R345 2 1 *SJ0402_NC HDMI_TX0+_C HDMI_TX2+_C 1

+5V_HDMIF1_D24
HDMI_TX0-_R R348 2 2 1 1 *SJ0402_NC HDMI_TX0-_C 2
D2+

+5V_HDMIF1_D
2 1 HDMI_TX0+_C R346 120/F_4 HDMI_TX2-_C 3
GND

D2-
HDMI_TX1+_C 4 D1+
HDMI_TX0-_C 5 GND
22
HDMI_TX1-_C 6 D1-
HDMI_TX0+_C 7 D0+
HDMI_TX2+_R R322 2 1 *SJ0402_NC HDMI_TX2+_C HDMI_TX1+_C R330 120/F_4 8 GND
HDMI_TX2-_R R325 2 2 1 1 *SJ0402_NC HDMI_TX2-_C HDMI_TX0-_C 9
2 1 HDMI_TX1-_C R103 R102 HDMI_CLK+_C 10
D0-

CK+
2.2K_4 2.2K_4 11 GND
HDMI_CLK-_C 12 CK-
HDMI_TX2+_C R324 120/F_4 13 CEC
14 RSVD
HDMI_TX1+_R R328 2 1 *SJ0402_NC HDMI_TX1+_C HDMI_TX2-_C HDMI_SCL_SNK 15 23
HDMI_TX1-_R R333 2 2 1 1 *SJ0402_NC HDMI_TX1-_C HDMI_SDA_SNK 16
SCL
SDA
2 1 17
GND
HDMI_CLK+_C R341 120/F_4 +5V_RUN HDMIF2 KMC3S110RY +5V_HDMIF1 18 +5V
HDMI_HP 19 HPD
HDMI_CLK-_C

1
HDMI_CLK+_R R338 2 1 *SJ0402_NC HDMI_CLK+_C GND
HDMI_CLK-_R R344 2 2 1 1 *SJ0402_NC HDMI_CLK-_C 0.1U/16V/X7R_4
2 1 C263 20

2
21 80146-1021

C
0616 C

HDMI HPD :
1. PS8407A internal PD 150kohm
2. PS8407A has implement level shifter

+3.3V_RUN DC cou;ing enable; Internal pull down at ~150kohm, 3.3V +3.3V_RUN Configuration pin, 3.3V IO, internal pull down at ~150kohm. 3.3V
I/O. I/O.
R112 *4.7K_4_NC HDMI_DCIN_EN L: default, AC coupling input R351 *4.7K_4_NC HDMI_CFG L: HDMI ID disable
H: DC coupling input 12 HDMI_SCL H: HDMI ID enable
12 HDMI_SDA

+3.3V_RUN Enable active DDC buffer; Internal pull down at ~150Kohm, 3.3V +3.3V_RUN

0.01U/25V_4

0.01U/25V_4
0.1U/16V/X7R_4
I/O Receiver equalization setting; Internal pull down at ~150kohm,3.3V
R355 4.7K_4 HDMI_DDCBUF L: default, passive DDC pass-through R353 *4.7K_4_NC HDMI_EQ I/O.
H: active DDC buffer with default threshold L: programmable EQ for channel loss up to 12.4dB
R354 *4.7K_4_NC M: active DDC buffer without internal pull up resistor R352 *4.7K_4_NC
H: programmable EQ for channel loss up to 4.3dB
M: programmable EQ for channel loss up to 8.6dB

C285

C582
C2861
+3.3V_RUN Output pre-emphasis setting; Internal pull down at ~150kohm, 3.3V +3.3V_RUN TMDS output swing adjustment; Internal pull down at ~150kohm, 3.3V
I/O. I/O.

HDMI_SDA_SNK
HDMI_SCL_SNK
L: no pre-emphasis L: default

TP103
R111 *4.7K_4_NC HDMI_PRE R106 *4.7K_4_NC HDMI_ISET
B H: 1.6dB pre-emphasis H: increase +13% B
R110 *4.7K_4_NC R108 *4.7K_4_NC

+1.5V_RUN

+3.3V_RUN

+1.5V_RUN
HDMI_ISET
M: 2.5dB pre-emphasis M: reduce -13%

U5

41
40
39
38
37
36
35
34
33
32
31
VDD33
PD#

SDA_SNK
SCL_SNK
INT HDMI EPAD

SDA_SRC
VDDRX

SCL_SRC

GND
ISET

VDDTX
Near PS8407A
INT_HDMI_TXP2 C291 1 2 0.1U/16V/X7R_4 HDMI_TX2+ 1 30 HDMI_TX2+_R
9 INT_HDMI_TXP2 IN_D2p OUT_D2p
INT_HDMI_TXN2 C292 1 2 0.1U/16V/X7R_4 HDMI_TX2- 2 29 HDMI_TX2-_R
9 INT_HDMI_TXN2 6/16 IN_D2n OUT_D2n
R113 2 1 *SJ0402_NC 3 28 HDMI_HP
12 INT_HDMI_HPD
INT_HDMI_TXP1 C293 12 1 2 0.1U/16V/X7R_4 HDMI_TX1+ 4 HPD_SRC HPD_SNK 27 HDMI_TX1+_R
9 INT_HDMI_TXP1 IN_D1p OUT_D1p
INT_HDMI_TXN1 C294 1 2 0.1U/16V/X7R_4 HDMI_TX1- 5 26 HDMI_TX1-_R
9 INT_HDMI_TXN1
INT_HDMI_TXP0 C295 1 2 0.1U/16V/X7R_4 HDMI_TX0+ 6 IN_D1n PS8407A OUT_D1n 25 HDMI_TX0+_R
9 INT_HDMI_TXP0 IN_D0p OUT_D0p
INT_HDMI_TXN0 C296 1 2 0.1U/16V/X7R_4 HDMI_TX0- 7 24 HDMI_TX0-_R
DCIN_EN/SCL_CTL
DDCBUF/SDA_CTL

9 INT_HDMI_TXN0 IN_D0n OUT_D0n

8 23 HDMI_CFG
I2C_CTL_EN CFG/I2C_ADDR1
EQ/I2C_ADDR0

INT_HDMI_TXCP C297 1 2 0.1U/16V/X7R_4 HDMI_CLK+ 9 22 HDMI_CLK+_R

9 INT_HDMI_TXCP IN_CKp OUT_CKp
INT_HDMI_TXCN C298 1 2 0.1U/16V/X7R_4 HDMI_CLK- 10 21 HDMI_CLK-_R
9 INT_HDMI_TXCN IN_CKn OUT_CKn
VDDRX

VDDTA
VDDTX
VDD33

REXT
GND
PRE
11
12
13
14
15
16
17
18
19
20

A A
+3.3V_RUN
+1.5V_RUN

+1.5V_RUN
+1.5V_RUN
HDMI_DCIN_EN
HDMI_DDCBUF

HDMI_PRE
HDMI_EQ

C586 2 1 0.1U/16V/X7R_4 C583 2 1 0.1U/16V/X7R_4

C289 0.01U/25V_4
C584 2
C585 2
1 0.1U/16V/X7R_4
1 0.1U/16V/X7R_4
Quanta Computer Inc.
R107
+1.5V_RUN 3.9K/F_4 PROJECT : AM9
Size Document Number Rev
0506 A0
HDMI/Re-driver
Date: Monday, June 22, 2015 Sheet 33 of 51
5 4 3 2 1
 5 4 3 2 1

29 MY[0..15]
MY[0..15]
34
Key board illumination +KB_LED power trace width >10 mil
MX[0..7]
29 MX[0..7]
FS2
Keyboard Connector CN3
Q13
2N7002K 192mA +5V_RUN 1
1206L050YR
2 +KB_LED_PW R
J2
D 196451-30041-3 1 3 LED_B D
1
1

1
KB_LED_DET 1 R170 2 KB_LED_DET_R 2
12 KB_LED_DET 2
3 5 C406

32

2
3 5

1
100K_4 LED_B 4 6 0.1U/16V/X7R_4
12 KB_DET#

2
MX7 30 R169 4 6
MX6 29 KB_BACKLITE_EN 200K_4
28 29 KB_BACKLITE_EN 51575-00401-V01
MX4
MX2 27

2
MX5 26
MX1 25 MY1 EC56 100P/50V_4
MX3 24 MY2 EC55 100P/50V_4
MX0 23 MY4 EC63 100P/50V_4
MY5 22 MY0 EC54 100P/50V_4
MY4 21
MY7 20 MX4 EC73 100P/50V_4
MY6 19 MX6 EC74 100P/50V_4
MY8 18
17
MX3 EC66 100P/50V_4 Vi(on_max)= -1.4V
MY3 MX2 EC71 100P/50V_4
MY1 16
15
Vi(off_min)=-0.3
MY2 MY5 EC64 100P/50V_4
MY0 14 MY6 EC60 100P/50V_4
MY12 13 MY3 EC57 100P/50V_4 +5V_RUN
MY16 12 MY7 EC62 100P/50V_4
29 MY16 11
MY15
MY13 10 MY8 EC59 100P/50V_4
9

1
MY14 MY9 EC46 100P/50V_4
MY9 8 MY10 EC44 100P/50V_4 Q28
MY11 7 MY11 EC45 100P/50V_4 LTA014YUBFS8TL
6 47K
C MY10 C
CAP_LED_L 5 MX7 EC72 100P/50V_4 2
4 MX0 EC65 100P/50V_4
3 10K

3
MX5 EC69 100P/50V_4
2 MX1 EC67 100P/50V_4 CAP_LED 2
1 15 CAP_LED
Q29
31

3
1
MY12 EC51 100P/50V_4 2N7002W

1
MY13 EC48 100P/50V_4 R357
MY14 EC47 100P/50V_4 4.7K_4 R356
MY15
MY16
EC49
EC50
100P/50V_4
100P/50V_4
6/16 1
150_4
2 CAP_LED_L

2
8.67mA

Touch Pad Connector

B +3.3V_RUN B

25 mils C401 1 2 0.1U/16V/X7R_4

2
R167 C400 1 2 0.1U/16V/X7R_4

2
*SJ0402_NC C402 1 2 *0.1U/16V/X7R_4_NC

1
1 +3.3V_TP_PW R
SMB_RUN_DAT R166 1 2*SJ0402_NC TP_SMB_RUN_DAT 8 10
13,18,19 SMB_RUN_DAT SMB_RUN_CLK 1 1 2 2 TP_SMB_RUN_CLK 7 9
13,18,19 SMB_RUN_CLK 1 2 6
R165 *SJ0402_NC
5
4
R164 1 2*SJ0402_NC TPDATA-1 3
29 TPDATA 1 1 2 2 TPCLK-1 2
29 TPCLK 1 2 1
R163 *SJ0402_NC
50503-0080N-001
+3.3V_RUN CN5
EC22 *10P/50V_4_NC
R161 4.7K_4 TPDATA
R160 4.7K_4 TPCLK EC21 *10P/50V_4_NC

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
KB/TP
Date: Monday, June 22, 2015 Sheet 34 of 51
5 4 3 2 1
 A B C D E

35
3V ALW_ON POWER LOGIC

+3.3V_RTC_LDO +3.3V_ALW +3.3V_RTC_LDO

4 4

2
R445 R446
POWER BOARD CONN *10K_4_NC 10K_4

2
R453 R458

1
+5V_ALW 100K_4 100K_4
1
SYS_PW R_SW # 29

1
1
POW ER_ SW _IN0# 3
J3 C635
1 D14 2 0.1U/16V/X7R_4
3.3V_ALW _ON 36

2
1
1

C425 2 POW ERLED C637

0.1U/16V/X7R_4 2 3 *0.1U/16V/X7R_4_NC BAT54CW
3

3
4 POW ER_ SW _IN0#
2

4 2 LATCH 5 Q34A
POW ER_LED 29
50505-00401-V01 2N7002KDW

1
Q15

4
2N7002W *0.1U/16V/X7R_4_NC Q34B
1

6
Q33 C638 2N7002KDW

2
C673 2 2
29,43 ACAV_IN 29,44 ALW _ON
2

*MLVG04021R0UV18BP_NC 2N7002W

1
3 3

+3.3V_RTC_LDO +3.3V_ALW

2
1
R454
R457 100K_4
*10K_4_NC

1
2
1
USB_CHG_DET#_EC 29
3
37 USB_CHG_DET#
C646
D15 2 LATCH 0.1U/16V/X7R_4

BAT54CW

GPU CPU
H8 H3 H2 H7 H12 H6 H11 H5 H4 H10 H9
h-c236d83x126p2 H-C315I134D94P2 H-C315D94P2 h-tc256bc150d150pt h-tc256bc150d150pt h-tc256bc150d150pt h-tc256bc150d150pt h-tc256bc150d150pt h-tc256bc150d150pt h-tc256bc150d150pt h-tc256bc150d150pt

2 2
1

1
PCH
H19 H21 H20 H17 H16 H15 H14
H-o126x83d126x83n H-C315I134D94P2 H-C315D94P2 O-AM9-3 H-TC217BC142D142P2 H-TC217BC142D142P2 h-c303d197p2
1

H18 H13 PAD2 PAD3

H-C157D83P2 h-c303d197p2

*SPAD-RE275X275NP *SPAD-RE275X275NP
1 1
1

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
3VALW ON POWER LOGIC
Date: Monday, June 22, 2015 Sheet 35 of 51
A B C D E
 1 2 3 4 5 6 7 8

CPU FAN1 CONN

+5V_FAN HWPG
36
Max Current : mA
+3.3V_RUN +5V_FAN1 +5V_FAN1 +5V_RUN +3.3V_RUN

C216 4.7U/6.3V_6 1 2
R69 1 2 *0_8_SJ_NC
R71 C217 0.1U/16V/X7R_4 R186
A 10K_4 A
10K_4 +3.3V_RUN
50278-00401-001 +5V_RUN R187 1 2
45 DDR_PW RGD 1 2
*SJ0402_NC
29 FAN1_PW M 1

1
29 FAN1_TACH 2

1
5 R474
3 5 6 R468 R188 1 2 HW PG
4 6 46 1.05V_PW RGD 1 2 HW PG 12,29 *10K_6_NC
22_6 *SJ0402_NC
FAN2

3 2
R473 1M_4

3 2
RUN_ON# 2
32,36,51 RUN_ON#
RUN_ON# 2 Q36
32,36,51 RUN_ON#
Q35 1 2 THERM_STP# *2N7002W _NC

1
2N7002W R230 1 2 *SJ0402_NC

1
GPU FAN2 CONN 44 +3.3V_EN2
1
R236 1 2
2
*SJ0402_NC
3.3V_ALW _ON 35

1
+3.3V_RUN +5V_FAN2 C440
+5V_FAN2 +5V_RUN 0.01U/25V_4

2
C255 4.7U/6.3V_6
1 2
R93 C254 0.1U/16V/X7R_4 R89 1 2 *0_8_SJ_NC

10K_4
50278-00401-001
29 FAN2_PW M 1
29 FAN2_TACH 2
B 5 B
3 5 6
4 6
FAN3

SYS_SHD#
OTP 85 degree C
THERMAL IC 2K 7.5K 10.5K 14K 18.7K
ALERT#
+3.3V_RUN R267 1 2 18.7K/F_4 THERM_ALERT#

R22 2K/F_4 SYS_SHDN# 2K 77'C 87'C 97'C 107'C 117'C

Need closed to CPU OTP 85 degree : R526= 18.7K, R527= 2K

+3.3V_RUN 7.5K 79'C 89'C 99'C 109'C 119'C

Place under CPU 10/20mils

C
10.5K 81'C 91'C 101'C 111'C 121'C C
REM_DIODE1_P

C111 C497 U9
3

1
VDD SCL
8 SMBCLK3 SMBCLK3 23,29 14K 83'C 93'C 103'C 113'C 123'C
Q7 2 *2200P/50V_4_NC 2200P/50V_4
MMST3904-7-F 2 7 SMBDAT3
2

DP SDA SMBDAT3 23,29

1

50 REM_DIODE1_N 50 3
DN ALERT#
6 THERM_ALERT# 18.7K 85'C 95'C 105'C 115'C 125'C
4 5
SYS_SHDN# GND
NCT7718W
1

C498
0.1U/16V/X7R_4
2

SYS_SHDN#

Q6
2N7002W

1 3 THERM_STP#
THERM_STP# 29

D D
2

12,29 EC_PW ROK R23 1 2 *SJ0402_NC

1 2
2

R21
External resistor is required for output de-glitch.
47K_4
Quanta Computer Inc.
1

PROJECT : AM9
Size Document Number Rev
A0
FAN & THERMAL
Date: Monday, June 22, 2015 Sheet 36 of 51
1 2 3 4 5 6 7 8
 5 4 3 2 1

USBP0_BUS_SW_CB0 Mode Operating at

USB Power share
+USB_SIDE3_PW R
USB3.0/2.0 COMBO X 1
+USB_SIDE3_PW R
37
High CDP S0, 1.5 A
C368 1 2 150P/50V_4 CN9

Low DCP, Auto-detect S3/S4/S5, 2.1/1.5 A C600 1 2 *10U/6.3V_8_NC 100 mil 1

EL4 VBUS
C366 10U/6.3V_6 USB2_N5_R 1 2 USB2_N5_L 2
USB2_P5_R 4 3 USB2_P5_L 3 D- USB2.0
C367 1 2 0.1U/16V/X7R_4 D+
DLP11SN900HL2L 4
GND
D R533 mA Close to CONN USB3_RXN5 R124 2 1 *SJ0402_NC USB3.0_RX5-_C 5
D
14 USB3_RXN5 2 1 SSRX-
USB3_RXP5 R126 2 1 *SJ0402_NC USB3.0_RX5+_C 6
14 USB3_RXP5 2 1 SSRX+
OC 22.6k ohm 2224 C335 1 2 0.1U/16V/X7R_4 USB3_TXN5_L R132 2 1 *SJ0402_NC USB3.0_TX5-_C 8 USB 3.0
limitation R156 R153
14 USB3_TXN5
C337 1 2 0.1U/16V/X7R_4 USB3_TXP5_L R134 2 2 1 1 *SJ0402_NC USB3.0_TX5+_C 9 SSTX-
14 USB3_TXP5 2 1 SSTX+ 11
23.2k ohm 2167 22.6K/F_4 78.7K/F_4
+5V_ALW 7 GND 12
GND 12 13
USB_OC1# 14 6/16 10 GND 14

ILIM_LO
35 USB_CHG_DET# D1 DETECT GND

ILIM_HI

1
C385 *4.7U/6.3V_6_NC
EC20 YUSB0012-P001A
100P/50V_4

2
C386 0.1U/16V/X7R_4 +USB_SIDE3_PW R +5V_ALW

17
16
15
14
13
U7

PwPd
ILIM_HI
ILIM_LO

FAULT
GND
R149
1 12 *10K_4_NC
2 IN OUT 11 USB2_N5_R
14 USB2_N5 3 DM_OUT DM_IN 10 USB2_P5_R
Need closed to CN9
14 USB2_P5 4 DP_OUT DP_IN 9 USB3_STATUS
1 2 +5V_ALW _USB3 ILIM_SEL STATUS EU2
+5V_ALW 1 2 *SJ0402_NC
R385

CTL1
CTL2
CTL3
1

USB3.0_RX5-_C 5 6 USB3.0_RX5-_C
EN
C606 2+ NC
*100P/50V_4_NC TPS2546RTER USB3.0_RX5+_C 4 7 USB3.0_RX5+_C
2

5
6
7
8
+5V_ALW 2- NC
3 8
USB3_CTL2 R154 100K_4 GND GND
29 USB_BACK_EN 2 9
USB3.0_TX5-_C USB3.0_TX5-_C
C 1+ NC C
1

C380 USB3.0_TX5+_C 1 10 USB3.0_TX5+_C

1- NC
*100P/50V_4_NC
2

AZ1045-04F

29 USBP0_BUS_SW _CB0
1

C378
*100P/50V_4_NC
2

B B

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
USB3/USB Charger
Date: Monday, June 22, 2015 Sheet 37 of 51
5 4 3 2 1
 5 4 3 2 1

38

D D

+V3.3DX_CR +V3.3DX_CR +V3.3DX_CR

+V3.3DX_CR +3.3V_RUN
R461 R462
10K_4
3V3AUX 1 2 1 2
10K_4 R464 1 2 *SJ0402_NC R466 1 2 *0_8_SJ_NC

1
SD_CD#
SD_WP
PCIE_CR_W AKE#
C652 C650

2
4.7U/6.3V_6 0.1U/16V/X7R_4

32
31
30
29
28
27
26
25
U18
SD / MMC

WAKE#
MS_INS#
SD_CD#
SP7

3V3aux
GPIO

NC
NC
+CARD_3V3
1 2
12,20,29,39,40 PLTRST#
R460 1 2 *SJ0402_NC
CR_RST# 1 24 C430 1 2 0.1U/16V/X7R_4
CARD READER
CR_CLKREQ# 2 PERST# NC 23 JCARD2
3 CLKREQ# NC 22 C429 4.7U/6.3V_6 SD_D2 1
14 PCIE_TXP5
4 HSIP RTS5227S NC 21 SD_D2 SD_D3 2 DAT2
14 PCIE_TXN5 HSIN SP6 DAT3
C
14 CLK_PCIE_CR_P
5
REFCLKP SP5
20 SD_D3 Near JCARD1 SD_CMD 3
CMD
C
6 19 SD_CMD SD_CD# 4
14 CLK_PCIE_CR_N REFCLKN SP4 C/D
C641 2 1 0.1U/16V/X7R_4 PCIE_RXP5_C 7 18 DV33_18 5
14 PCIE_RXP5 HSOP DV33_18 VSS1
C640 2 1 0.1U/16V/X7R_4 PCIE_RXN5_C 8 17 SDCLKR SD_CLK 6
14 PCIE_RXN5 HSON SP3 VDD

CARD_3V3
R447 33_4 SD_CLK 7
8 CLK

3V3_IN

DV12S
VSS2

RREF
6/16 C639 C643 SD_D0 9

AV12
DAT0

SP1
SP2
4.7P/50V_4 1U/6.3V_4 SD_D1 10

NC
33 GND SD_W P 11 DAT1
12 W/P

9
10
11
12
13
14
15
16
GND
Near pin18 13
GND
14
SD_D0 15 GND
R444 RREF SD_D1 GND
+V3.3DX_CR 6.2K/F_4 AV12 PSDBR2-09GLBS1NN4H0
AV12 DFHS11FR148

1
sdcard-psdbr2-09glbs1nn4h0-11p
R459 C634 C632

1
0.1U/16V/X7R_4

2
C631 C633 4.7U/6.3V_6
10K_4 *4.7U/6.3V_6_NC 0.1U/16V/X7R_4 +CARD_3V3
Near pin10 2
14 CLK_PCIE_REQ4#
1
1 2
2 CR_CLKREQ# Near pin14
R456 *SJ0402_NC

B +V3.3DX_CR B
1
C431 C432
10U/6.3V_6 0.1U/16V/X7R_4
2

Near pin11

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
Card Reader RTS5227E
Date: Monday, June 22, 2015 Sheet 38 of 51
5 4 3 2 1
 A B C D E

M.2 (NGFF) A-KEY

39
WLAN/BT(Option)
+3.3V_AUX +3.3V_RUN
CN11

1
NGFF 2
*SJ1206_NC 2
2 1
1 R421

USB2_P9 R463 1 2 *SJ0402_NC USB2_P9_R 3 GND 3.3Vaux 4

4 14 USB2_P9 4
USB2_N9 R467 1 1 2 2 *SJ0402_NC USB2_N9_R 5 USB_D+ 3.3Vaux 6 +3.3V_AUX
14 USB2_N9 1 2 USB_D- LED#1(O)
7 8 C619
9 GND Notch 10 0.1U/16V/X7R_4 W LAN_W AKE#_R R240 1 2 10K_4
11 Notch Notch 12
13 Notch Notch 14 W LAN_CLKREQ# R242 1 2 10K_4
15 Notch Notch 16
17 Notch LED#2(O) 18
19 GND GND 20
21 DP_ML3n DP_AUXn 22 +3.3V_AUX
23 DP_ML3p DP_AUXp 24
25 GND GND 26
27 DP_ML2n DP_ML1n 28
DP_ML2p DP_ML1p

1
29 30
31 GND GND 32 C448 C452 C435 C428 C629
33 DP_HPD(O) DP_ML0n 34 0.1U/16V/X7R_4 0.047U/10V_4 0.1U/16V/X7R_4 0.047U/10V_4 4.7U/6.3V_6

2
PCIE_TXP4 35 GND DP_ML0p 36
14 PCIE_TXP4 PERp0 GND
PCIE_TXN4 37 38
14 PCIE_TXN4 PERn0 CLink RESET(I)
39 40
PCIE_RXP4 41 GND CLink DATA 42
14 PCIE_RXP4 PETp0 CLink CLK
PCIE_RXN4 43 44
14 PCIE_RXN4 PETn0 COEX3
45 46
47 GND COEX2 48
14 CLK_PCIE_W LANP REFCLKP0 COEX1
49 50
14 CLK_PCIE_W LANN REFCLKN0 SUSCLK(32kHz)(O)
51 52 LPC_RST#_R R118 1 2 *SJ0402_NC PLTRST#
GND PERST0#(O) 1 2 PLTRST# 12,20,29,38,40
W LAN_CLKREQ# 53 54 BT_RADIO_DIS#
CLKREQ0# W_DISABLE#2(I) BT_RADIO_DIS# 29
W LAN_W AKE#_R 55 56 W LAN_ON/OFF#
PEWake0# W_DISABLE#1(I) W LAN_ON/OFF# 29
57 58
59 GND NFC I2C SM DATA(IO) 60
3 61 PERp1 NFC I2C SM CLK(I) 62 3
63 PERn1 NFC I2C IRQ(O) 64 LPC_LAD0_R R396 1 2 *0_4_NC LPC_LAD0
65 GND NFC Reset#(O) 66 LPC_LAD1_R R397 1 2 *0_4_NC LPC_LAD1 LPC_LAD0 13,29
67 PETp1 PERST1#(O) 68 LPC_LAD2_R R403 1 2 *0_4_NC LPC_LAD2 LPC_LAD1 13,29
69 PETn1 CLKREQ1#(IO) 70 LPC_LAD3_R R400 1 2 *0_4_NC LPC_LAD3 LPC_LAD2 13,29
CLK_33M_DEBUG 71 GND PERST1#(IO) 72 LPC_LAD3 13,29
14 CLK_33M_DEBUG REFCLKN1 3.3Vaux
13,29 LPC_LFRAME#
R392 1 2 *0_4_NC LPC_LFRAME#_R 73
75 REFCLKP1 3.3Vaux
74
6/16

GND
GND
GND
6/16
APCI0162-P001A

76
77
+3.3V_AUX

R425
2 2
*10K_4_NC PCIE_CLKREQ_W LAN# 14

PCIE_CLK_REQ3#_R_L
3

W LAN_CLKREQ# 5 Q32A 2
*2N7002KDW _NC Q32B
*2N7002KDW _NC
4

2 1
*SJ0402_NC 2 1 R426

1 1

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
WLAN/BT
Date: Monday, June 22, 2015 Sheet 39 of 51
A B C D E
 5 4 3 2 1

LAN_XTALI C227 10P/50V_4

MDI0+
MDI0-

VDD10
VDD10 C552

C553
0.1U/16V/X7R_4

0.1U/16V/X7R_4
40
MDI1+ C240 0.1U/16V/X7R_4

3
4
MDI1-
Y2 MDI2+ C221 0.1U/16V/X7R_4 SW mode
25MHz MDI2- 4.7uH_760mA_DCR=0.2 @1MHz
VDD10 REG_OUT L5 VDD10

1
2
D Each CAP near IC pin 3 , 8 , 22 , 30 D
C236 C245 C250
LAN_XTALO C223 10P/50V_4

0.1U/16V/X7R_4

4.7U/6.3V_6
*0.1U/16V/X7R_4_NC
33
8
7
6
5
4
3
2
1
U4

GND
AVDD10
MDIN2(NC)
MDIP2(NC)
MDIN1
MDIP1
AVDD10(NC)
MDIN0
MDIP0
C218 *4.7U/6.3V_6_NC

C557 *4.7U/6.3V_6_NC
MDI3+ 9 32 +3VLANVCC C219 0.1U/16V/X7R_4
MDI3- 10 MDIP3(NC) AVDD33 31 RTL8111G_REST
C554 0.1U/16V/X7R_4 +3VLANVCC 11 MDIN3(NC) RSET 30 VDD10 R75 2.49K/F_4
AVDD33(NC) AVDD10
LAN_CLKREQ# 12
13 CLKREQB RTL8111GUS CKXTAL2
29
28
LAN_XTALO
LAN_XTALI
14 PCIE_TXP3 HSIP CKXTAL1
14 27 LAN_LED0 TP37
14 PCIE_TXN3 HSIN LED0 +3.3V_RUN +3.3V_RUN
15 26 LAN_LED1 TP99

VDDREG(DVDD33)
14 CLK_PCIE_LANP REFCLK_P LED1/GPO
16 25 LAN_LED2 TP102
14 CLK_PCIE_LANN REFCLK_N LED2(LED1)

REGOUT(NC)
DVDD10(NC)
LANWAKEB
+3VLANVCC

ISOLATEB
R319

PERSTB
*10K_4_NC

HSON
HSOP
Q26

2
R315 *2N7002W_NC

LAN_CLKREQ# 3 1
PCIE_CLKREQ_LAN# 14

17
18
19
20
21
22
23
24
C 1K_4 C

PCIE_LAN_WAKE#
29 PCIE_LAN_WAKE#
REG_OUT
C568 0.1U/16V/X7R_4 PCIE_RXP3_C +3VLANVCC 2 1
14 PCIE_RXP3
C569 0.1U/16V/X7R_4 PCIE_RXN3_C VDD10 *SJ0402_NC 2 1 R321
14 PCIE_RXN3
LAN_RST#
LAN_ISOLAT# C560 C561
PCIE_LAN_WAKE# C570 C241

0.1U/16V/X7R_4

4.7U/6.3V_6
CN7

0.1U/16V/X7R_4

1U/6.3V_4
1 2 LAN_RST#
12,20,29,38,39 PLTRST# 1 2 *SJ0402_NC
R86
LAN_MX3- 8
LAN_MX3+ 7 RX1-
1K_4 R91 LAN_ISOLAT# LAN_MX1- 6 RX1+ 9
+3.3V_RUN RX0- GND
near IC pin 23 LAN_MX2- 5
TX1- GND
10
near IC pin 22 LAN_MX2+ 4
TX1+ GND
11
*15K_4_NC R90 LAN_MX1+ 3 12
LAN_MX0- 2 RX0+ GND
if ISOLATEB pin LAN_MX0+ 1 TX0-
TX0+
pull-low,the LAN chip will
not drive it's PCI-E
outputs ( excluding
LANWAKEB pin )
B LAN POWER C100MP-10809-L
DFTJ08FR414
B

EMI U12
+3.3V_ALW +3VLANVCC EC13 *6.8P/50V/NPO_4_NC MDI3+ 1 24 LAN_MX3+
U15 EC12 *6.8P/50V/NPO_4_NC MDI3- 2 TD1+ MX1+ 23 LAN_MX3-
TPS22965DSGR EC11 *6.8P/50V/NPO_4_NC MDI2+ 5 TD1- MX1- 20 LAN_MX2+
EC10 *6.8P/50V/NPO_4_NC MDI2- 6 TD2+ MX2+ 19 LAN_MX2-
1 2 1 8 +3VLAN 2 1 EC9 *6.8P/50V/NPO_4_NC MDI1+ 7 TD2- MX2- 18 LAN_MX1+
C608 1U/6.3V_4 VIN_01 VOUT_02 R404 2 1 EC8 *6.8P/50V/NPO_4_NC MDI1- 8 TD3+ MX3+ 17 LAN_MX1-
2 7 *SJ0603_NC EC7 *6.8P/50V/NPO_4_NC MDI0+ 11 TD3- MX3- 14 LAN_MX0+
VIN_02 VOUT_01 C614 EC6 *6.8P/50V/NPO_4_NC MDI0- 12 TD4+ MX4+ 13 LAN_MX0-
1 2 LAN_PWR_EN_EC_R 3 6 LAN_CT 0.1U/10V_4 TD4- MX4-
29 LAN_PWR_EN_EC 1 2 *SJ0402_NC ON CT
R394 TRA_V_DAC 3 22 LAN_MCTG3 R64 75_4LAN_MCTG
4 5 TRA_V_DAC 4 TCT1 MCT1 21 LAN_MCTG2 R63 75_4
+5V_ALW
PAD

VBIAS GND TCT2 MCT2

1

TRA_V_DAC 9 16 LAN_MCTG1 R54 75_4

C615 TRA_V_DAC 10 TCT3 MCT3 15 LAN_MCTG0 R51 75_4
TCT4 MCT4
1

1000P/50V_4
9

C613 C609
0.1U/10V_4 0.01U/25V_4 C125 NS692417 C527
2

0.1U/16V/X7R_4 1000P/3KV_18
FCE: NS692417, DB0KL3LAN02
BOT: NA0069R LF, DB0KL3LAN01

A A
MDI1+ MDI1- MDI0+ MDI0- MDI3+ MDI2+ MDI3- MDI2-
EMI
?AM6??
Quanta Computer Inc.
1

1
C157 C142 C120 C108 C212 C185 C200 C172
2

2
*MLVG04021R0UV18BP_NC *MLVG04021R0UV18BP_NC *MLVG04021R0UV18BP_NC *MLVG04021R0UV18BP_NC *MLVG04021R0UV18BP_NC *MLVG04021R0UV18BP_NC *MLVG04021R0UV18BP_NC *MLVG04021R0UV18BP_NC PROJECT :AM9
Size Document Number Rev
A0
LAN(RTL8111GUS)/RJ45
Date: Monday, June 22, 2015 Sheet 40 of 51
5 4 3 2 1
 5 4 3 2 1

MB to IO Connector
41
DMIC_DATA_R EC31 *10P/50V_4_NC
+5V_ALW DMIC_CLK_R EC30 *10P/50V_4_NC
CN6 HDA_BITCLK_R EC26 *10P/50V_4_NC
USB3_TXN2
1 USB3_TXN2 14
USB3_TXP2
2 USB3_TXP2 14
1

D D
C418 C419 3 USB3_RXN2
0.1U/16V/X7R_4 1U/6.3V_4 4 USB3_RXP2
USB3_RXN2
USB3_RXP2
14
14 LED Board CONN
2

5
6 USB2_N1
7 USB2_P1 USB2_N1 14 +3.3V_ALW +5V_ALW
8 USB2_P1 14
9 USB3_TXN1 J4

+3.3V_RUN +3.3V_SUS
10
11
12
USB3_TXP1

USB3_RXN1
USB3_TXN1
USB3_TXP1
14
14 Battery LED BAT_LED_W #
BAT_LED_AMBER#
1
2
3
1
2
13 USB3_RXN1 14 3
USB3_RXP1 4
14 USB3_RXP1 14 4
LID_SW # 5
15 29 LID_SW # 5
1

6
C661 C659 16 USB2_N0 14 6
0.1U/16V/X7R_4 0.1U/16V/X7R_4 17 USB2_P0 146/16 50506-00641-V01
2

18 HDA_BITCLK_R R239 2 1 *SJ0402_NC

19 2 1 HDA_BITCLK 13
HDA_SDOUT
20 HDA_SDOUT 13
HDA_SDIN0 +3.3V_RUN
21 HDA_SDIN0 13
HDA_SYNC
22
23
HDA_RST#
ACZ_SPKR
HDA_SYNC
HDA_RST#
13
13
0.1U/16V/X7R_4 2 1 C664 Battrey charger LED
24 ACZ_SPKR 13
BEEP
25 BEEP 29

3
Q16B Q16A
+5V_RUN 26 SUB_MUTE# 29
BAT_LED_W HITE 2 5 BAT_LED_AMBER BAT_LED_AMBER 29
27 NB_MUTE# 29 6/16 29 BAT_LED_W HITE
28

2
DMIC_CLK_R R248 2 1 *SJ0402_NC 2N7002KDW 2N7002KDW
DMIC_CLK 32

4
29 DMIC_DATA_R R250 2 2 1 1 *SJ0402_NC R241
30 2 1 DMIC_DATA 32
1

10K_4 Vsd(typ)=0.82 V Vsd(typ)=0.82 V

31 USB_RIGHT_EN# 29
C C449 C450 IF (rating) =115mA IF (rating) =115mA C
32 USB_OC0# 14

3
0.1U/16V/X7R_4 1U/6.3V_4 +1.5V_RUN
2

1
33 SATALED# 5
34 +3.3V_SUS 13 SATALED#
35 +3.3V_RUN

6
+3.3V_ALW 2N7002KDW Q19A

4
36 2
41 37 29 HDD_LED_EN#
+1.5V_RUN 42 38 2N7002KDW Q19B
+5V_RUN

1
43 39
44 40
50473-0400M-V01
1

C446
0.1U/16V/X7R_4
2

POWER & AUDIO SPEAKER CON +PW R_SRC

+5V_ALW 2 +3.3V_ALW
50281-00401-001
CN4 CN2

2
AUD_SPK_L+ C280
1 AUD_SPK_L- 1 C379 C610 C514 0.1U/16V/X7R_4
2 AUD_SPK_R- 2 0.1U/25V_6 0.1U/25V_6 0.1U/16V/X7R_4

1
B 3 AUD_SPK_R+ 3 B
4 4
5
6
Near CN18 Near PU27
EC39 1 2 1000P/50V_4
7 EC40 1 2 1000P/50V_4
8 +5V_ALW +5V_ALW +1.05V
EC41 1 2 1000P/50V_4 +PW R_SRC +3V_GFX
50281-00801-001 EC42 1 2 1000P/50V_4

0323 Near CN4 1

2
C444 C623 C261 C612
C447 C443 C642 C459 C496 0.1U/16V/X7R_4 0.1U/16V/X7R_4 0.1U/16V/X7R_4 0.1U/16V/X7R_4
0.1U/25V_6 0.1U/25V_6 0.1U/25V_6 0.1U/25V_6 0.1U/25V_6
2

1
?e?? ???? ?e?? ????? ?e?? ????? ?e?? ??
NEAR JP12 NEAR PR361 NEAR Q23

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
IO BD CONN/LED
Date: Monday, June 22, 2015 Sheet 41 of 51
5 4 3 2 1
 A B C D E

EC79

42
0.1U/25V_6
2 1

EC78
1000P/50V_4
2 1

EC77
2200P/50V_4
2 1 +VCHGR
+3.3V_ALW ESD2
1 6 SMBDAT0
50288-01171-V01 2 1 6 5
1 +3.3V_ALW 1
11 PBAT_PRES# 3 2 5 4 SMBCLK0
BATT1+ 3 4

1
10
BATT2+ 9 TVL ST23 04 AD0
BATT3+ 8 PR152 1 2 100_4 PR165
SMB_CLK SMBCLK0 29,43
7 10K_4
SMB_DAT 6 PR156 1 2 100_4
SMBDAT0 29,43

2
BATT_PRES# 5
SYSPRES# 4 PR173 1 2 100_4
BATT_VOLT PBAT_PRES# 29
3
BATT3-
BATT2-
2 Pin4 : SYSPRES# --> GND
1
BATT1- EL17
JBAT2 HCB2012VF-121T50(120,5A)
1 2 +DC_IN_SS

1226 Change connecter EL16 PQ38

HCB2012VF-121T50(120,5A) AON7403
footprint , symbol and pin define 1 2 +DC_IN 1 8
2 7
3 6

1
5

1
1

1
PC64 PC63 PR175 PR176

4
1
EC86 EC85 EC84 PC59 PR143 0.01U/25V_4 0.1U/25V_6 6.8K_4 6.8K_4

2
2200P/50V_4 1000P/50V_4 0.1U/25V_6 EC80 PR162 0.47U/25V_6 240K_4
2

2
0.1U/25V_6 *2.4K_12_NC

2
2
2 PQ31 2

4
*IMD2AT108_NC

3
PQ32A PR144 5 PQ34A
43 AC_OK

3
*2N7002KDW _NC 47K_4 2N7002KDW
5

4
4
PR141 PR142
HW1 *1K_4_NC *10K_4_NC

1
2 1 2 1 +3.3V_ALW
PC154 0316 Disable DT mode

2
*1U/25V_6_NC
1

PR140 PQ32B
*10K_4_NC *2N7002KDW _NC PR174

6
*1K_4_NC
PBAT_PRES# 2 PBAT_PRES# 1 2 2 PQ34B
2

2N7002KDW
3 3

1
1

1
HW2 *100K_4_NC
PR177 HW3 *0.01U/25V_4_NC
PC160

2
CN12
2

A1
B1
A2
B2
A3
B3 +5V_ALW 2 +3.3V_ALW
A4
B4 DOCK_PSID
A5
B5
A6
B6
1

A7 +DCIN_JACK
B7
A8 Q1 PR136
2.2K_4
B8
PQ33
2

EL15 FDV301N PR137 PD3

3

50293-0087n-002 FCM1005KF-102T03(1000 300MA) 33_4 BAV99W -7-F

1 2 3 1 1 2
PS_ID 29
1

PR149
10K_4
The ESD is highly potential
2

PR163 1 2 +5V_ALW 2
4
100K_4 issue on PSID pin(Q1), a 4
1

0105 Change connecter footprint and symbol Gate-Source zener for ESD
2
1

2 PQ39
PC151 MMST3904-7-F ruggedness, such as
1

PD4 100P/50V_4
FDV301N(Fairchild) is
2

*BAS316_NC
Quanta Computer Inc.
2

PR172
15K/F_4
recommended or able to sustain
6KV ESD protection. PROJECT : AM9
2

Size Document Number Rev

A0
DCIN/BATT
Date: Monday, June 22, 2015 Sheet 42 of 51
A B C D E
 A B C D E

43
+PWR_SRC
1219
PQ36
AON7409

1 8
2 7
3 6
PQ43 5
AON7403 PR187
0.01_0612

4
8 1

1
+DC_IN_SS 7 2 1 2
+DC_IN_SS 1 2
6 3 1P 2P EC82 EC83 +DC_IN_SS
1 REGN_LDO 5 1P 2P *2200P/50V_4_NC *0.1U/25V_6_NC 1

2
1

1
4
PR139 PR138 PC171
1

10K_4 100K_4 1U/25V_6 PR151

2
1 2 1 2 470K_4
42 AC_OK
PR155

2
10K/F_4
2

3
5 PQ30A PC170
29,35 ACAV_IN
2N7002KDW 0.1U/16V/X7R_4
2 1

4
REGN_LDO
1

1
PC175 PC176 VCHGR_DH
TP110

1
PR171 0.1U/25V_4 0.1U/25V_4

2
12.4K/F_4 VCHGR_DL
TP107
PR53
2

10K_4 REGN_LDO
TI BQ24737 chargeing issue
2
ACP ACN
6

PQ30B 2 PC149 2.2U/10V_6

1
2N7002KDW REGN_LDO 1 2

1
EC33 EC32 PC166 PC167
1

2200P/50V_4 0.1U/25V_6 10U/25V_8 10U/25V_8

ACP

ACN

2
PD5
SDM10K45-7-F
+DC_IN_SS CMPOUT 3 16 2 1
PD6 CMPOUT REGN
PR164 PC159 +VCHGR
2
1SS355 PR186
10_12 CMPIN 4 17 VCHGR_BST 1
0_6
2 2
0.047U/25V_4
1
Fsw : 750K 2
CMPIN BTST

5
6
7
8
2 1 1 2

VCHGR_PG 5 18 VCHGR_DH 4 PQ41

ACOK# HIDRV
1

PC162 AON7408 +VCHGR

1U/25V_6 PR166
PR184 2 1 VCHGR_VCC 20 19 VCHGR_LX PL11 0.01_0612

1
2
3
220K/F_4 VCC PHASE 6.8UH20%8A(PCMC063T-6R8MN)
1 2 1 2
Circuit-3
2

VCHGR_ACDET 6 15 VCHGR_DL 1P 1 2 2P
ACDET LODRV 1P 2P
1

5
6
7
8

1
SPR6 *SJ0402_NC

1
PC169 1 2 8 14 PC157
29,42 SMBDAT0 1 2 SDA GND 4
PR178 0.01U/25V_4 1000P/50V_4 PC150 PC147

1 2
35.7K/F_4 SPR7 *SJ0402_NC 10U/25V_8 10U/25V_8

2
1 2 9 13 SRP
29,42 SMBCLK0
2

1 2 SCL SRP PQ35 PR154 PC146

1
2
3
AON7408 2.2_8 0.1U/16V/X7R_4
2 1 BQ24707_ILIM 10 12 SRN 1 2
+3.3V_ALW ILIM SRN

1
PR145 232K/F_4 PR146
7 11 2 1 BQ24707_ILIM PC148 PR148 PR147 PC145
29 IINP IOUT BM# 0.1U/25V_4 10_6 7.5_6 0.1U/25V_4

2
1

18.7K/F_4
1

PR150
GND
GND
GND
GND
GND

2
86.6K/F_4 PC152 PC161 0313
0.01U/25V_4 100P/50V_4
2

BQ24737RGRR
2

21
22
23
24
25

PU9
0313 chargine current setting
3 3

IMVP7_PROCHOT# 7,29,48
Adapter Type : 130W
Battery: 3S2P (9V ~ 12.6V)
REGN_LDO +DC_IN_SS
Circuit-2
1

Battery charging current : 3.32A PR182 +3.3V_ALW

Total Input Current Limit :7.6A 78.7K/F_4
1

1
Hybrid Boost Current Limit : 1A Circuit-1 PR44
2

PR49 100K_4

1
10K/F_4
PQ9 PR45
2

2
2N7002W 10K_4

PR183 PR46 PD2 PQ8 PC58

2
3

1
3M/F_4 130K/F_4 1SS355 4.7U/6.3V_6

3
CMPIN 1 2 CMPOUT 1 2 2 1 2 2 MMBT3906W
+15V_ALW
1 2 5 PQ10A
2N7002KDW
1

4
6
2 PQ10B
1

2N7002KDW
2

1
PR181 PR47

1
54.9K/F_4 PC172 PC57 PR48 PR50
*100P/50V_4_NC 12.4K/F_4 0.022U/16V_4 680K_4 100K_4
1

2
2

2
4 4

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
Charger (BQ24737)
Date: Monday, June 22, 2015 Sheet 43 of 51
A B C D E
 5 4 3 2 1

44

D D

+3.3V_RTC_LDO

PC153
1U/6.3V_4
2 1

PR157 PR159
30.9K/F_4 13K/F_4
TPS51225_FB1 1 2 TPS51225_VFB1 TPS51225_VFB2 1 2 TPS51225_FB2

1
2
PR158
PR160 20K/F_4
20K/F_4 0313 OCP setting

2
PR168 PR170
+PWR_SRC +PWR_SRC

1
48.7K/F_4 54.9K/F_4
1 2 1 2 3.3V_DH TP69
TP108 5V_DH
1

1 3.3V_DL TP109

1
PC164 PC156 EC29 EC28 TP111 5V_DL EC27 EC81
10U/25V_8_H=1.8 10U/25V_8_H=1.8 0.1U/25V_6 2200P/50V_4 0130 OCP setting 2200P/50V_4 0.1U/25V_6 PC158 PC60
2

10U/25V_8_H=1.8 10U/25V_8_H=1.8

2
1

5
C
+5V_ALW C

CS1

VFB1

VREG3

VFB2

CS2
+3.3V_ALW
21
GPAD
5 Volt +/- 5%
Fsw : 300K GPAD
22 3.3 Volt +/- 5%
TDC 7.3A SPR12 *SJ0402_NC SPR13 *SJ0402_NC Fsw : 355K
OCP : 12.5A 29,35 ALW_ON
1
1 2
2 20
EN1 EN2
6 1
1 2
2
+3.3V_EN2 36 TDC : 4.1A
PQ40 PC168 PR180 VCLK 19
VCLK PDDG
7 PR179 PC163 PQ37 OCP : 7A
8
7
6
5

5
6
7
8
0313 Ripple requirement AON7400AL 0.1U/25V_6 2.2_6 PU10 2.2_6 0.1U/25V_6 AON7506
2 1 1 2 5V_BST 17 9 3.3V_BST 1 2 2 1
4 VBST1 TPS51225CRUKR VBST2 4
5V_DH 16 10 3.3V_DH
PL13 DRVH1 DRVH2 PL12
2.2UH +-20% 8A(PCMC063T-2R2MN) 18 8 2.2UH +-20% 8A(PCMC063T-2R2MN)
3
2
1

1
2
3
5V_LX SW1 SW2 3.3V_LX
+5V_ALW +3.3V_ALW
1

1
25 PC68
GPAD
8
7
6
5

PC69 23 2200P/50V_4

VREG5
DRVL1

DRVL2
GPAD

5
6
7
8

1
2200P/50V_4 26

VO1
1 2

2
GPAD
1

VIN

SJ6 *SJ0201_NC
+ PC165 4 5V_DL 24

1
GPAD
1

1
220U/6.3V/E25_7343 PC62 3.3V_DL 4 + PC155

1
*SJ0201_NC
SJ8

*SJ0201_NC
SJ7

2
0.1U/16V/X7R_4 PQ44 PC61 150U/6.3V/E25_3528
1

15

14

13

12

11
PR55 AON7516 PQ42 0.1U/16V/X7R_4
3
2
1

2
2

2.2_8 AON7752 PR54

1
2
3
2.2_8
2

TPS51225_FB2
2
TPS51225_VO1

TPS51225_FB1

TPS51225_VO1
+PWR_SRC

+5V_ALW2

1
close to
PC174 PC173 output Cap
close to 1U/6.3V_4 0.1U/25V_6

2
output Cap
B B

PC177
0.1U/25V_6 BAT54SW-7-F
2 1 2 PC66
0.1U/25V_6
PD7 3 2 1

2 1 1

PC65
0.1U/25V_6
Follow ZM6 VCLK

BAT54SW-7-F
2 PC67
0.1U/25V_6
PD8 3 2 1

1
+15V_ALW
2

PR185
*100K_4_NC PC178
0.1U/25V_6
2
1

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
3V/5V (TPS51225RUKR)
Date: Monday, June 22, 2015 Sheet 44 of 51
5 4 3 2 1
 5 4 3 2 1

45

D D

36 DDR_PW RGD

PR92
*0_4_NC
1 2
12,29 SIO_SLP_S4#
0130 OCP setting

2
SPR14 *SJ0402_NC
1 2 1P35V_S5
12,29 SIO_SLP_S5# 1 2 PR87 PR88
200K/F_4 66.5K/F_4 +PW R_SRC

1P35V_TRIP 1
1P35V_DH

1P35V_MODE
TP93

1
PR91
10K_4
R1 1P35V_DL EC43 EC5 PC32 PC102
TP78
1 2 1P35V_S3 2200P/50V_4 0.1U/25V_6 10U/25V_8 10U/25V_8
12,29 SIO_SLP_S3#

2
+V_VDDQ
PC98
Q1
1.35 Volt +/- 5%

17

16

20

19

18
0.047U/10V_4

24 PQ17 Fsw : 400KHz

S3

S5

PGOOD

MODE

TRIP
PwPd

5
6
7
8
25
23 PwPd
AON7506
TDC : 4.5A
C +DDR_VTT PwPd 26 4 OCP : 6A C
PwPd
0.675 Volt +/- 5% 22
PwPd PR94 PC101
0.1U/25V_6
2.2_6
TDC : 1.4A 4 15 1P35V_VBST 1 2 1 2

1
2
3
VTTGND VBST
1 14 1P35V_DH PL6
VTTSNS DRVH 2.2UH +-20% 8A(PCMC063T-2R2MN)
3 TPS51216RUKR 13 1P35V_LX +V_VDDQ
+DDR_VTT VTT SW
PU4

1
+DDR_VTTREF 5 11 1P35V_DL
VTTREF DRVL PC103
1

1P35V_VLDOIN 2 12 +5V_ALW 1000P/50V_4

1 2
VLDOIN V5IN

5
6
7
8
PC96

1
0.22U/6.3V_4 + PC104
2

1
VDDQSNS
4 PC105
PC93 PC94 PC100 PR96 0.1U/16V/X7R_4 220U/2.5V/E15_3528 SJ11 SJ10

1
2
REFIN

PGND
VREF

PwPd
10u/6.3V_6 10u/6.3V_6 1U/6.3V_4 PQ18 2.2_8 *SJ0201_NC *SJ0603_NC
GND

2
PC95
Q2 AON7752

1
2
3

2
10u/6.3V_6

2
6

10

21

9
1

PR90
10K/F_4 1P35V_VDDQSNS
B B
2
1
1

PR89
PC97 30K/F_4 PC99
0.1U/16V/X7R_4 0.01U/25V_4
2

2
2

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
1.35V/0.675V(TPS51216RUKR)
Date: Monday, June 22, 2015 Sheet 45 of 51
5 4 3 2 1
 1 2 3 4 5

46

A A

+PW R_SRC

+1.05V
1.05 Volt +/- 5%
TDC : 6.5A
OCP : 11A
1219 0ohm reserve +1.05V
0130 modify
PR124
0_6
1 2
B B

1
1

1
PR130 PC129

22

24

20
8

7
PC143 PC137 PC142 EC76 100K/F_4 0.1U/25V_6

2
10U/25V_8 10U/25V_8 0.1U/25V_6 2200P/50V_4

V+

V+

V+

V+

NC

BST
2

PL10

2
1UH 20%11A(PCMC063T-1R0MN)
6 25
TON LX
1 18
36 1.05V_PW RGD PGOOD LX
SPR15 *SJ0402_NC

1
1 2 2 17
29,47,51 RUN_ON 1 2 EN LX

1
PU8 PC136 SJ5

1
3 AOZ1267QI-03 16 *2200P/50V_4_NC *SJ0201_NC PC135 PC124 PC133 PC134 PC125 PC126 PC127

2
PFM LX

2
22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 10U/6.3V_8 0.1U/16V_4

2
4 11

2
AGND LX

1
23 10
SS LX PR131
1

PGND

PGND

PGND

PGND

PGND
*2.2_8_NC
VCC

PC131

FB

2
0.01U/25V_4 0130 modify
2

21

12

13

14

15

19

5
PR129
6.34K/F_4
2 1

PR125
C 10_6 1 C

+5V_ALW 2 1 0130 Voltage setting

PR128
1

20K/F_4
PC130
2

4.7U/6.3V_6
2

D D

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
1.05V_RUN (RT8228AZQW)
Date: Monday, June 22, 2015 Sheet 46 of 51
1 2 3 4 5
 5 4 3 2 1

47

D D

+1.5V_RUN
1.5 Volt +/- 5%
+3.3V_ALW +5V_ALW TDC : 400mA
C +1.5V_RUN C
PU7
G9661-25ADJF12U
PR42 1 5
100K_4 POK NC
1 2 2 6
29,46,51 RUN_ON VEN VO
3 7
VIN ADJ

1
4 8 PR39
VPP GND

9
52.3K/F_4

9
1

1
PC56 PC139 EC23 PC132
0.01U/25V_4 10U/6.3V_8 0.1U/16V/X7R_4 1U/6.3V_4 PC128 PC123 PC122
2

2
0.1U/16V/X7R_4 10U/6.3V_8 10U/6.3V_8

2
1
PR38
59K/F_4
0130 modify

2
B B

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
1.5V (G9661)
Date: Monday, June 22, 2015 Sheet 47 of 51
5 4 3 2 1
 5 4 3 2 1

51622_VREF
48

1
PR86 PR22 PR21 PR20 +PWR_SRC
*560K/F_4_NC 150K/F_4 36.5K/F_4
100K_4 NTC IMON GAIN 0313
PR76 PC83

2
10K/F_4 4700P/25V_4
2 1 1 2
+VCCIN

1
+ PC18
EC3 EC4 15U/25V/E100/3528 PC81 PC77 Haswell H

1
PC84 PR23 PR80 2200P/50V_4 0.1U/25V_6 10U/25V_8 10U/25V_8
TDP:47W(4+2)

2
1000P/50V_4 82K/F_4 39K/F_4 PR79 PR78 PR72
2 1 1 2 1 2 150K/F_4 75K/F_4 20K/F_4
IccMAX : 85A

2
D PR82 D
*10K/F_4_NC +VCCIN
2 1
51622_B-RAMP PQ14
PR77 CSD97374Q4M
39K/F_4 PL3

51622_THERM
2 1 51622_F-IMAX 0.15U +-20%,29A(ETQP4LR15AFM)

51622_OCP-I
51622_IMON
PR16 5 4 1 2
PR24 51622_O-USR 2.2_6 VIN VSW
10K/F_4 2 1 6 3 3 4
1 2 BOOT_R PGND
+PWR_SRC
2 1 7 2
BOOT VDD +5V_ALW
0.1U/25V_6 8 1
PWM SKIP#

PWPD
PC15

39
38
37

16

15

14

13

12

11

10

1
PC21 PC25

SLEWA

B-RAMP

F-IMAX
VBAT

THERM

OCP-I
IMON
GND
GND
GND

O_USR

1
36 1000P/50V_4 0.1U/16V/X7R_4

51622_SKIP#_P
9

2
GND

1
35 SPR24 *SJ0402_NC PC88
GND 34 1 2 2.2U/6.3V_4
IMVP_VR_ON 29

2
GND 1 2

1
PR31
51622_CSP1 17 8 51622_VR_ON 1.27K/F_4 PR81
CSP1 VR_ON SPR8 *SJ0402_NC PR27 *2.15K/F_4_NC

2
51622_CSN1 18 7 51622_SKIP# 1 2 51622_SKIP#_P 2.2_8 1 2
CSN1 SKIP# 1 2

2
51622_CSN2 19 6 51622_PWM1
CSN2 PWM1 PR29 PR83
51622_CSP2 20 5 51622_PWM2 PR69 PR14 1.91K/F_4 10K/NTC/B3900_4
CSP2 PU2 PWM2 *56K/F_4_NC 1K_4 1 2 2 1
51622_CSP3 21 TPS51631ARSMR 4 51622_PWM3 1 2 +3.3V_RUN
CSP3 PWM3 PC17
51622_CSN3 22 3 0.22U/10V_4
CSN3 PGOOD IMVP_PWRGD 12,29 51622_CSP1 1 2
SPR23 *SJ0402_NC
1 2 51622_GFB 23 2 51622_VDO 1 2
11 VSSSENSE 1 2 GFB VDD +3.3V_ALW

1
1 2 24 1 10_6
10 VCCSENSE 1 2
51622_VFB
VFB VDIO
51622_VDIO
PR12
PR15
10K_4 NC PR126 and PR196 51622_CSN1

1
SPR22 *SJ0402_NC PC74
for Broadwell CPU

VR_HOT
Check R46 , R62 in EE page for VCCSENSE 40 1U/6.3V_4

ALERT#
DROOP

2
GND
COMP

PWPD
41
VREF

VCLK
C

GND
C

2
42 GND V5A
GND
+PWR_SRC
25

26

27

28

29

30

31

32

33
PR6 0_4
1 2
51622_DROOP VR_SVID_DATA 10
51622_COMP

51622_VREF

PR7 0_4
51622_V5A

51622_ALERT# 1 2
VR_SVID_ALERT# 10
PC8 PR8 0_4

1
*100P/50V_4_NC 51622_VCLK 1 2
VR_SVID_CLK 10

1
2 1 + PC14 PC82 PC78
LL 0313 51622_VR_HOT 1 2 EC36 EC2 15U/25V/E100/3528 10U/25V_8 10U/25V_8
IMVP7_PROCHOT# 7,29,43

2
1 2 2200P/50V_4 0.1U/25V_6

2
PC3 PR2 PR58 PR60 SPR25 *SJ0402_NC
330P/50V_4 10K/F_4 2.49K/F_4 10_6

1
2 1 2 1 2 1 1 2 +5V_ALW
PC7 +1V_VCCIO_OUT
*47P/50V_4_NC
2
1

PR4 PC72 PC6

10K/F_4 0.33U/16V_6 1U/6.3V_4 PQ16
2 1 CSD97374Q4M
2

PL4
1224 NC for EE 0.15U +-20%,29A(ETQP4LR15AFM)
PR75 5 4 1 2
2.2_6 VIN VSW
2 1 6 3 3 4
1 BOOT_R PGND

1
?lo?e to ????? PR61 PR62
54.9/F_4
PC9 2 1 7
BOOT VDD
2
+5V_ALW
130/F_4 0.1U/25V_4

2
SJ9 0.1U/25V_6 8 1
For HSW For BDW PWM SKIP#

PWPD
*SJ0402_NC PC80
2

1
IC: TPS51631ARSMR IC: TPS51633RSMR 1 2
1 2 51622_VDIO PC20 PC91

1
PN: AL051631001 PN: AL051633000 1000P/50V_4 0.1U/16V/X7R_4

51622_SKIP#_P
9

2
1
PC89
51622_PWM2 2.2U/6.3V_4

1
51622_VCLK PR30
B 1.27K/F_4 PR71 B
+PWR_SRC PR26 *2.15K/F_4_NC

2
2.2_8 1 2

2
PR28 PR84
1.91K/F_4 10K/NTC/B3900_4
+VCCIN 1 2 2 1

PC13
0.22U/10V_4

1
+ PC16 51622_CSP2 1 2
EC34 EC35 15U/25V/E100/3528 PC86 PC85
2200P/50V_4 0.1U/25V_6 10U/25V_8 10U/25V_8
2

2
51622_CSN2
1

+ +
PC24 PC90
470U/2V/E6_7343 470U/2V/E6_7343
2

PQ15
CSD97374Q4M
PL5
0.15U +-20%,29A(ETQP4LR15AFM)
PR73 5 4 1 2
2.2_6 VIN VSW
2 1 6 3 3 4
BOOT_R PGND
2 1 7 2
BOOT VDD +5V_ALW
0.1U/25V_6 8 1
PWM SKIP#
PWPD

PC79

1
PC22 PC23
1 1000P/50V_4 0.1U/16V/X7R_4
51622_SKIP#_P
9

2
1
PC87
1

51622_PWM3 2.2U/6.3V_4
2

1
PC27 PC28 PC31 PC30 PC34 PC29 PC35 PC33 PR32
22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 22U/6.3V_8 1.27K/F_4 PR67
2

A PR25 *2.15K/F_4_NC A

2
2.2_8 1 2

2
PR33 PR85
1.91K/F_4 10K/NTC/B3900_4
1 2 2 1

PC12
0.22U/10V_4
51622_CSP3 1 2

Quanta Computer Inc.

51622_CSN3
PROJECT : AM9
Size Document Number Rev
A0
VCCIN (TPS51631ARSMR)
Date: Monday, June 22, 2015 Sheet 48 of 51
5 4 3 2 1
 5 4 3 2 1

49
+PW R_SRC

+VGACORE
TDC : 51.1A
Peak Current : 87A
OCP : 104A
Fsw : 300KHz

1
+ PC50
D PC44 PC49 EC15 EC18 15U/25V/E100/3528 +VGACORE D
10U/25V_8 10U/25V_8 2200P/50V_4 0.1U/25V_6

2
0130 modify PU6
PR111
0_6 RT8813CGQW
1 2
+5V_RUN

2
0316 modify

G1

D1

D1

D1

G1

D1

D1

D1
21 2
PC116 PVCC UGATE1 PQ21 PQ26

2
1U/25V_6 FDMS3660S FDMS3660S
PR97 PC108 PL9

S1/D2

S1/D2
2.2_6 0.1U/25V_6 0.24UH +-20% 24A(ETQP4LR24AFM)
PR107 2.2_6 PR109 499K/F_4 1 1 2 1 2 9 9 1 2
1 2 9 BOOT1
+PW R_SRC TON

G2

G2

1
S2

S2

S2

S2

S2

S2
PC113 1U/25V_6

1
1 2 PC47 +

5
0130 modify PR119 10K/F_4 24 1000P/50V_4 PC37 PC106

1
1 2
1 2 PHASE1 SJ4 0.1U/16V/X7R_4 470U/2V/E6_7343
+5V_RUN

2
2
*SJ0402_NC
16
23 DGPU_VGACORE_EN

2
PGOOD PR36
23 2.2_8
SPR11 *SJ0402_NC LGATE1 PR106 7.15K/F_4

2
1 2 3
22,49 3V3_MAIN_PW RGD 1 2 EN
PR118 10K/F_4 +PW R_SRC
1 2
15
VCC/ISEN1
SPR20 *SJ0402_NC
1 2 4
23 DGPU_PSI 1 2 PSI

1
SPR21 *SJ0402_NC + PC51

G1

D1

D1

D1

G1

D1

D1

D1
1 2 5 17 PC53 PC48 EC17 EC19 15U/25V/E100/3528
23 DGPU_PW M_VID 1 2 VID UGATE2 PQ20 PQ25 10U/25V_8 10U/25V_8 2200P/50V_4 0.1U/25V_6

2
FDMS3660S FDMS3660S
PR122 PC119

S1/D2

S1/D2
2.2_6 0.1U/25V_6
18 1 2 1 2 9 9
BOOT2
8
VREF 0316 modify

G2

G2
1

S2

S2

S2

S2

S2

S2
PL8
PR104 PC111 0.24UH +-20% 24A(ETQP4LR24AFM)

5
20K/F_4 *0.1U/25V_4_NC 19 1 2
PHASE2

1
C PC109 2700P/50V_4 VSS_GPU_SENSE_GND C

1
1 2 1 2 6 PC45
REFADJ

1
1000P/50V_4

1
1 2
1

1
PR101 20K/F_4 20 SJ3 +
LGATE2

2
*SJ0402_NC PC38 PC40
VSS_GPU_SENSE_GND PR102 0.1U/16V/X7R_4 470U/2V/E6_7343

2
PR103 2K/F_4 PR35
18K/F_4 PR120 10K/F_4 2.2_8
2

2 1 7 14 1 2

2
REFIN TALERT/ISEN2
1

PC110 PC120 10P/50V_4

VSS_GPU_SENSE_GND *100P/50V_4_NC 2 1 PR117 100/F_4
2

11 1 2
VSNS +VGACORE
SPR18 *SJ0402_NC
VSS_GPU_SENSE_GND PC117 10P/50V_4 1 2
2 1 1 2 VGPU_CORE_SENSE 20

1
1218 Remove Standby power saving function RGND
10
PC118
*100P/50V_4_NC SPR19 *SJ0402_NC

2
VSS_GPU_SENSE_GND 1 2
12 1 2 VSS_GPU_SENSE 20
PC121
SS 10P/50V_4 1 2
2 1 +PW R_SRC
PR113 100/F_4
22
GND/PWM3

13 25
TSNS/SEN3 GND

1
+ PC52
EC16 EC14 PC42 PC46 15U/25V/E100/3528
SPR9 *SJ0402_NC 2200P/50V_4 0.1U/25V_6 10U/25V_8 10U/25V_8

2
1

2
1 2 5 3
1 2 PWM UGATE

G1

D1

D1

D1

G1

D1

D1

D1
PQ19 PQ24
FDMS3660S FDMS3660S
PC112 PR37 PL7

S1/D2

S1/D2
2

SPR17 *SJ0402_NC 0.1U/25V_6 2.2_6 0.24UH +-20% 24A(ETQP4LR24AFM)

PR121 1 2 1 4 1 2 1 2 9 9 1 2
+5V_RUN 1 2 EN BOOT
10K/F_4 PU5

1
RT9610BZQW

G2

G2

1
S2

S2

S2

S2

S2

S2
2 PC43
1

PHASE

1
PR108 1000P/50V_4 +

1 2
0_6 PC39 PC41

1
1 2 8 7 0.1U/16V/X7R_4 470U/2V/E6_7343

GND

GND
+5V_RUN

2
VCC LGATE

1
1
PR34 SJ2

2
B PC114 2.2_8 *SJ0402_NC B

9
2 100P/50V_4

2
0316 modify

+1.05V

PQ4 +3V_AON
RQ3E150BNFU7TB +1.05V_GFX +3V_GFX Peak Current : 140mA
8
7
3
2
Peak Current : 3A Peak Current : 140mA +15V_ALW
6 1 +5V_ALW 2 +3.3V_ALW +3V_AON
5 +15V_ALW PQ3
+5V_ALW 2 +3.3V_ALW +3V_GFX AO6402A

1
+1.05V_GFX PQ23 6
4

AO6402A 5 4
1

1
+15V_ALW 6 PR9 2
+5V_ALW 2 PQ11 5 4 100K_4 1
1

RQ3E150BNFU7TB PR112 2 PR13

2
1

1
8 3 100K_4 1 100K_4

3
7 2 PR110 PC5
2

2
1

PR5 6 1 100K_4 0.1U/16V/X7R_4

3

2
1

100K_4 5 PC107
2

3
0.1U/16V/X7R_4
2

1
PR3 DGPU_PW R_EN# 5 PQ5A
4

100K_4 2N7002KDW PC4

1

6
+3V_MAIN_EN# 5 PQ22A 4700P/25V_4
2

2
2N7002KDW PC115 2 PQ5B
12 DGPU_PW R_EN
3

4700P/25V_4 2N7002KDW
4

2
1

3V3_MAIN_PW RGD# 5 PQ2A 2 PQ22B

23 +3V_MAIN_EN

1
2N7002KDW PC2 PC10 2N7002KDW
0.047U/25V_4 0.1U/16V/X7R_4
4

1
6

A
1218 modify A
3V3_MAIN_PW RGD 2 PQ2B
22,49 3V3_MAIN_PW RGD
2N7002KDW
1

1218 modify

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
VGA CORE (NCP81172MNTXG)
Date: Monday, June 22, 2015 Sheet 49 of 51
5 4 3 2 1
 5 4 3 2 1

50
D D

PR74
360K/F_4
1P35G_TON 1 2
+5V_RUN +PWR_SRC
PC71
4.7U/6.3V_6

1
2 1
Q1 EC38 EC37 PC11 PC75
0105 OCP setting modify 2200P/50V_4 0.1U/25V_6 10U/25V_8 10U/25V_8
+1.35V_GFX

2
11
C C

5
6
7
8
PR70 Fsw : 300K
R1 80.6K/F_4
TDC : 9A

TON
VCC
1 2 1P35G_CS 10 3 1P35G_DH 4 PQ12
CS UGATE PR66
1_6
PC76
0.1U/25V_6
AON7400AL
Peak : 11.5A
TP2 PWRGD 9
PGOOD BOOST
4 1
1P35G_BST 2 1 2 OCP : 13A

1
2
3
PL2
SPR16 *SJ0402_NC PU3 1UH 20%11A(PCMC063T-1R0MN)
1 2 1P35G_EN 8 RT8228AZQW 2 1P35G_LX
23 1.35V_GFX_EN 1 2 EN PHASE +1.35V_GFX

1
PC19
1

1 1P35G_DL 2200P/50V_4
LGATE

5
6
7
8
PC73 13
PAD

1 2
MODE
0.1U/16V/X7R_4 GND
2

4 PQ13

FB
AON7516
PR19
12

1
+
Q2 2.2_8

1
2
3

330u/2V_7343
PC26

2
1P35G_DH TP70 0.1U/16V/X7R_4

PC92
1P35G_DL TP71

2
PR63

1
B *0_4_NC PR56 B
+3.3V_SUS 2 1 PC70 11K/F_4
*1500P/50V_NC

1
0.5V

1
SPR10 *SJ0402_NC
1 2 PR57
+5V_RUN 1 2 6.49K/F_4

2
A A

Title
AM9

Size Document Number Rev

B 1.35V_GPU(RT8228AZ) A0

Date: Monday, June 22, 2015 Sheet 50 of 51

5 4 3 2 1
 5 4 3 2 1

51
0313 Modify
+5V_RUN
D
+5V_ALW 2 +15V_ALW
Peak Current : 7.2A D

+5V_ALW PQ6 +5V_RUN

AON7506

1
8 3

1
7 2
PR40 6 1
PR43 100K_4 5

1
100K_4 PR41

2
10K_4 PC54

4
1 2 0.1U/16V/X7R_4

2
3

1
RUN_ON# 5 PQ7A PC55
2N7002KDW 4700P/25V_4

2
6

4
2 PQ7B
29,46,47 RUN_ON
2N7002KDW

1
0313 Modify +3.3V_RUN
Peak Current : 3.8A
+3.3V_ALW PQ28 +3.3V_RUN
AON7506
C C
8 3
7 2
6 1
32,36 RUN_ON#
5

1
PR132
150K_4 PC141

4
1 2 0.1U/16V/X7R_4

2
1
PC138
0.047U/25V_4

2
+3.3V_SUS
Peak Current : 360mA
B B
+5V_ALW 2 +15V_ALW +3.3V_ALW +3.3V_SUS
PQ29
AO6402A
6
1

1
5 4
2
PR134 PR135 1

1
100K_4 100K_4
PC140
2

3
0.1U/16V/X7R_4

2
3

1
SUS_ON# 5 PQ27A PC144
2N7002KDW 0.047U/25V_4

2
6

2 PQ27B
29 SUS_ON
2N7002KDW
1

A A

Quanta Computer Inc.

PROJECT : AM9
Size Document Number Rev
A0
SUS_RUN Power Switch
Date: Monday, June 22, 2015 Sheet 51 of 51
5 4 3 2 1