OLT Equipment Introduction

Training Objectives

 Understanding OLT equipment architecture.

 Understanding OLT equipment key performance
Indicators.
 Knowing OLT application.
 Understanding OLT configuration.

2
Contents

1 OLT Equipment Introduction

2 AN5516-06 Equipment Introduction

3 AN5516-04 Equipment Introduction

4 OLT Application

5 OLT Configuration

3
Fiberhome OLT Family Introduction
Large Capacity

 Combine Uplink Slot  CIO Card

and Core Switch Slot  Two Power Cards

 Two HSUB Cards  Six Service Slots

 Two Service Slots

Middle Capacity

Small Capacity

AN5116-06B

 Sixteen Service Slots

AN5516-06
 More Interface Type
 Three Smart Fans
AN5516-04
4
AN5116-06B EPON/GPON OLT Platform
OBJECT: Support compatible GPON/EPON platform, NOT only pure EPON or pure
GPON OLT. Advanced Features
FiberHome
PDP •10G backplane & 10G bus
•1T core switch capacity
•1+1 core switch card redundancy
AN5116-06B

2200mm/2600mm
•1+1 uplink card redundancy
•Max 4*10GE+4*GE uplink ports
•Max 12*GE uplink ports
AN5116-06B •32E1/ STM-1 uplink ports for TDM
•8*EPON/GPON ports per card
•External environment monitoring
dry contact
AN5116-06B
•Max 8192 ONU per subrack
•Universal EMS platform to manage
GPON, EPON, 10GEPON

EPON/GPON uses same core switch card and uniform EMS Platform. Only PON
cards require being replaced when changing to other PON platform. No need for
other cards or modules!!
5
5
AN5116-06B Layout Description
Item Description Max Remark

Support both
HSWA Compatible core SW card 2 (1+1)
GPON & EPON

4 PON ports per

GC4B GPON service card 16
card

4 PON ports per

EC4B EPON service card 16
card

8 PON ports per

EC8B EPON service card 16
card

8 PON ports per

GC8B GPON service card 16
card

16 PON ports
GCOB GPON service card 16
per card

HU1A 10G uplink card 2 (1+1) 1*10GE+4GE

HU2A 10G uplink card 2 (1+1) 2*10GE+2GE

(1) Power interface (2) Dry contact interface
HU4A 10G uplink card 2 (1+1) 4*10GE
(3) Environment monitoring interface
(4) Alarm interface GE optical/electrical
GU6F 2 (1+1) 6GE(O/E)
uplink card
(5) Out-of-band network management interface
6
Subrack Card Introduction
Type of the card Abbreviations Function

Finishes EPON / GPON system signals uplink;

HU1A
Provides 4 GE and one 10GE uplink optical interfaces.
Finishes EPON / GPON system signals uplink;
HU2A
Provides two GE and two 10GE uplink optical interfaces.
Uplink card(19,20 slot)
Finishes EPON / GPON system signals uplink;
HU4A
Provides 4 10GE uplink optical interfaces.
Finishes EPON / GPON system signals uplink;
GU6F
Provides 6 GE uplink optical interfaces.
Finishes subscriber service access;
GPON interface card GC4B/GC8B/
Provides 4/8 /16 GPON service interfaces;
（1-8, 11-18 slot） GCOB
Supports 1:128 splitting ratio within the limit of optical power budget.
Finishes TDM service uplink;
CE1B
TDM business card Supports 32 E1 interfaces uplink.
（1-8, 11-18 slot） Finishes TDM service uplink;
C155A
Supports two STM-1 signal uplink.
Finishes GPON system traffic flow convergence, switching and management;
Core switch card processing of second layer protocol; fault, performance and configuration
HSWA
（9, 10 slot） management of the whole equipment.
Provides one Console local management interface.

Provides 16 GE optical / electrical interfaces. Supports uplink and downlink

Ethernet Card GSOF
networking.
7
7
HU1A Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Working Blinking
ACT Green The card is initializing.
indicator LED slowly
OFF The card is not powered.
The card fails to set up a communication
Alarm ON link between the active card and the
ALM RED standby card.
indicator LED
OFF The card is working normally.

The port is linked up with the higher layer

ON
equipment, for example, switches.
LNK1
Port status Blinking The port is transmitting data to or receiving
to Green
indicator LED quickly data from the upper level equipment.
LNK5
The port is not linked up with the higher
OFF
layer equipment.
WAN / LAN ON The WAN mode of the 10GE interface.
WAN1 mode Green
indicator LED OFF The LAN mode of the 10GE interface.
8
8
HU1A Card Introduction
Interface Meaning Description
Provides10GE uplink optical
10GE uplink optical
XFP 1 interfaces and is connected with the
interface
IP network.
Provides GE uplink optical /
electrical interfaces and is
connected with the IP network.
The four uplink optical interfaces
GE uplink optical / support the replacement of the GE
SFP 2 to 5
electrical interface optical / electrical module.
Uplink optical interfaces SFP3 and
SFP4 are self-adaptive to the
replacement of the 10 / 100 / 1000
Mbit/s electrical module.
9
9
HU2A Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Working Blinking
ACT Green The card is initializing.
indicator LED slowly
OFF The card is not powered.
The card fails to set up a communication
Alarm ON link between the active card and the
ALM RED standby card.
indicator LED
OFF The card is working normally.

The port is linked up with the higher layer

ON
equipment, for example, switches.
LNK1
Port status Blinking The port is transmitting data to or receiving
to Green
indicator LED quickly data from the upper level equipment.
LNK4
The port is not linked up with the higher
OFF
layer equipment.
WAN1 WAN / LAN ON The WAN mode of the 10GE interface.
to mode Green
WAN2 indicator LED OFF The LAN mode of the 10GE interface.
10
10
HU2A Card Introduction
Interface Meaning Description
Provides10GE uplink optical
10GE uplink optical
XG 1 to 2 interfaces and is connected with the
interface
IP network.
Provides GE uplink optical /
electrical interfaces and is
connected with the IP network.
The two uplink optical interfaces
GE uplink optical / support the replacement of the GE
GE 3 to 4
electrical interface optical / electrical module.
The two GE uplink interfaces are
self-adaptive to the replacement of
the 10 / 100 / 1000 Mbit/s electrical
module.
11
11
HU4A Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Working Blinking
ACT Green The card is initializing.
indicator LED slowly
OFF The card is not powered.
The card fails to set up a
Alarm ON communication link between the
ALM RED active card and the standby card.
indicator LED
OFF The card is working normally.
The port is linked up with the higher
ON layer equipment, for example,
switches.
LNK1 Port status The port is transmitting data to or
to Green Blinking
indicator LED receiving data from the upper level
LNK4 quickly
equipment.
The port is not linked up with the
OFF
12
higher layer equipment.
12
GU6F Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Working Blinking
ACT Green The card is initializing.
indicator LED slowly
OFF The card is not powered.
The card fails to set up a
Alarm ON communication link between the
ALM RED active card and the standby card.
indicator LED
OFF The card is working normally.
The port is linked up with the higher
ON layer equipment, for example,
switches.
LNK1
Port status The port is transmitting data to or
to Green Blinking
indicator LED receiving data from the upper level
LNK6 quickly
equipment.
The port is not linked up with the
OFF
13 higher layer equipment.
13
GU6F Card Introduction
Interface Meaning Description
Provides GE uplink optical /
electrical interfaces and is
connected with the IP network.
The six uplink optical interfaces
support the replacement of the GE
optical / electrical module.
GE uplink optical /
GE 1 to 6 The uplink optical interfaces GE3
electrical interface
and GE4 are self-adaptive to the
replacement of the 10 / 100 /
1000Mbit/s optical / electrical
module, so as to implement
selection of the optical / electrical
interface .
14
14
GC4B Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
The card is initializing or the
software is starting. The
Blinking
communication link between the
slowly
active card and the standby card
is not set up.
Working
ACT Green The card is executing a
Indicator LED
configuration command or is
Blinking
setting up a communication link
quickly
between the active card and the
standby card.
The card is not powered or the
OFF
software is not started.
The card fails to set up a
Alarm ON communication link between the
ALM Red active card and the standby card.
indicator LED
OFF The card is working normally.
15
15
GC4B Card Introduction
LED Meaning Color Status Description
A remote ONU is connected
Port status ON
LINK and authorized.
indicator Green
1 to 4 No remote ONU is connected
LED OFF
or authorized.
Active / ON A certain ONU under this
standby interface is pre-authorized
status
MS Green successfully.
indicator
LED This interface doesn’t have
OFF
pre-authorized ONU.

Interface Meaning Description

Connected to a remote ONU using an
1 to 4 GPON interface
ODN.
Debugging
D Reserved for FiberHome use.
16 interface
16
GC8B Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
The card is initializing or the
software is starting. The
Blinking
communication link between
slowly
the active card and the standby
Working card is not set up.
ACT Indicator Green The card is executing a
LED
configuration command or is
Blinking
setting up a communication link
quickly
between the active card and the
standby card.
The card is not powered or the
OFF
software is not started.
17
17
GC8B Card Introduction
LED Meaning Color Status Description

The card fails to set up a

Alarm ON communication link between the
ALM indicator Red
active card and the standby card.
LED
OFF The card is working normally.
Active / A remote ONU is connected
standby ON
LINK and authorized.
status Green
1 to 8
indicator No remote ONU is connected
OFF
LED or authorized.

Interface Meaning Description

1 to 8 GPON interface Connected to a remote ONU using an ODN.
D Debugging interface Reserved for FiberHome use.
18
18
GCOB Card Introduction
LED Meaning Color Status Description
ON The card is working normally.

The card is initializing or the

software is starting. The
Blinking
communication link between
slowly
the active card and the standby
Working card is not set up.
ACT Indicator Green The card is executing a
LED configuration command or is
Blinking
setting up a communication link
quickly
between the active card and the
standby card.

The card is not powered or the

OFF
software is not started.
19
19
GCOB Card Introduction
LED Meaning Color Status Description

The card fails to set up a

Alarm ON communication link between the
ALM indicator Red
active card and the standby card.
LED
OFF The card is working normally.

Active / A remote ONU is connected

ON
standby and authorized.
LINK 1
status Green
to 16 No remote ONU is connected
indicator OFF
or authorized.
LED

Interface Meaning Description

1 to 16 GPON interface Connected to a remote ONU using an ODN.
D Debugging interface Reserved for FiberHome use.
20
20
CE1B Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Blinking
The card is initializing.
Working slowly
ACT Green
Indicator LED Blinking The card is executing a configuration
quickly command.
OFF The card is not powered.
The card has alarms or fails to set up
Alarm ON a communication link between the
ALM Red active card and the standby card.
indicator LED
OFF The card is working normally.

Interface Meaning Description

Provides E1 interfaces, and is connected
E1 to E32 E1 interface
with the transmission network.
CLK IN 1 Clock input interface For introduction of the external clock.
Connects the clock input of the cascade
CLK OUT Clock output interface
equipment to synchronize the clock.
21
21
C155A Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Blinking
The card is initializing.
Working slowly
ACT Green
Indicator LED Blinking The card is executing a
quickly configuration command.
OFF The card is not powered.
The card has alarms or fails to
set up a communication link
Alarm ON
ALM Red between the active card and the
indicator LED
standby card.
OFF The card is working normally.

22
22
C155A Card Introduction
LED Meaning Color Status Description
This optical interface is connected
ON with the equipment on the far end,
LINK and it is receiving data normally .
Port status
1 to Green
indicator LED This optical interface is not
2
OFF connected with the equipment on
the far end.
Interface Meaning Description
CLK IN 1 Clock input interface The first external clock input.
CLK IN 2 Clock input interface The second external clock input.
CLK OUT Clock output interface The external clock output.
Provides two STM-1 optical interfaces and
is connected with the transmission
STM-1 uplink optical
STM-1 1 to 2 network. If the two interfaces are used at
Interface
the same time, optical interface 1 will be
23
active by default.
23
HSWA Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Blinking
The card is initializing.
Working slowly
ACT Green
Indicator LED Blinking The card is executing a configuration
quickly command from the active card.
OFF The card is not powered.

Alarm ON This card has alarms.

ALM Red
indicator LED OFF The card is working normally.
MS Active/standby ON The card is active.
status indicator Green
OFF The card is standby.
LED

Interface Meaning Description

Local management Is used to connect a CLI network management
CONSOLE
serial interface computer.
Local management Is used to connect an out-of-band ANM2000
FE
24 Ethernet interface network management computer.
24
GSOF Card Introduction
LED Meaning Color Status Description
ON The card is working normally.
Working
Blinking
ACT Indicator Green The card is being initialized.
slowly
LED
OFF The card is not powered.

Alarm ON The card has an urgent alarm

ALM indicator Red
OFF The card is working normally.
LED
The connection between this
Port status ON port and the opposite end
LNK1
to indicator Green equipment has been set up.
LNK16 LED This port is not connected with
OFF
the opposite end equipment.
25
25
GSOF Card Introduction
LED Meaning Color Status Description
Data is being received or
LNK1 Port status
Blinking transmitted between this port
to indicator Green
quickly and the opposite end
LNK16 LED
equipment.

Interface Meaning Description

Provides GE optical / electrical
interfaces for connection with the
GE optical / remote end ONU.
1 to 16
electrical interfaces All the 16 optical interfaces support
replacement of the GE optical / electrical
Modules.
D Debugging interface Reserved for FiberHome use.
26
26
Signal Logic

Main core
switch card
GE/10GE optical interface
(HSWA)
To LAN Switch
EPON optical interface
G
EPON
GPON
EPON To ONU
、E2
(EC2
interface -
Uplink card (EC2、 E2-card
Main/backup
( HU1A/HU2A/ GU6F) (EC4B)
(GC8B)
Backup core
switch card

(HSWA)

Environment
monitoring interface
Public card
External monitoring
device (PUBA)

口盘
E1 interface 接口盘M)
TDM
( TDM)
interface
STM-1 optical interface TDM)
(
To SDH network card
Management signal
(C155A/
CE1B) Data signal

High-speed data bus Management bus User side

Network side
27
27
Contents

1 OLT Equipment Introduction

2 AN5516-06 Equipment Introduction

3 AN5516-04 Equipment Introduction

4 OLT Application

5 OLT Configuration

28
AN5516-06 EPON/GPON OLT Platform
Advanced Features

 20G slot bus

 6 U high
 6 service slots per subrack
 488G core switch capacity
 1+1 core switch card redundancy
Uplink Slot 19 Uplink Slot 20  1+1 uplink card redundancy
 Max 4*10GE+4*GE uplink ports
Service Slot 16
 Max 12*GE uplink ports
Service Slot 15
 32E1/ STM-1 uplink ports for per TDM
Service Slot 14
card
Service Slot 13  8*EPON/GPON ports per card
FAN
Service Slot 12  Max 48 PON ports
Service Slot 11  Max 3072 ONU subscribers per
HSWA 10 subrack
HSWA 9  Universal EMS platform to manage
GPON, EPON
21 PWR 24 PWR 25 CIO 26
29
Contents

1 OLT Equipment Introduction

2 AN5516-06 Equipment Introduction

3 AN5516-04 Equipment Introduction

4 OLT Application

5 OLT Configuration

30
AN5516-04 EPON/GPON OLT Platform
OBJECT: Support compatible GPON/EPON platform, NOT only pure EPON or pure
GPON OLT.

 (1) Mounting ear

 (2) Earth ground pole
 (3) ESD protection fastener
 (4) Fan unit
 (5) Card area

EPON/GPON uses same core switch card and uniform EMS Platform. Only PON
cards require being replaced when changing to other PON platform. No need for
other cards or modules!!
31
31
AN5516-04 Layout Description

Item Description Max Remark

HSUB Switch uplink card 2 (1+1) Support both GPON & EPON

GC4B/GC8B/GCOB GPON service card 2 4/8/16 PON ports per card

EC4B/EC8B/ECOB EPON service card 2 4/8/16 PON ports per card

C155A 2*155M(o) uplink card 1 1*155M(o) ports per card

XG8A 10G EPON service card 2 Eight 10GEPON ports per card

32
HSUB Card Introduction
Interface Meaning Description
10GE1 (1), 10GE uplink optical
Connects with the IP network.
10GE2 (2) interface

GE1 (3), GE uplink optical

Connects with the IP network.
GE2 (4) interface

CONSOLE Local management Connects with a CLI network

/ESC serial port management computer.

BITS / Connects with the external clock

Clock interface
TOD device.

Out-of-band network Connects with an out-of-band

ETH management ANM2000 network management
interface computer.

Outputs the equipment alarms to the

ALARM Alarm interface PDP, cabinet top, or head of row
cabinet.
33
33
Contents

1 OLT Equipment Introduction

2 AN5516-06 Equipment Introduction

3 AN5516-04 Equipment Introduction

4 OLT Application

5 OLT Configuration

34
Application to Triple Play

1. GPON single GEM port triple play solution: supports classifying service flows
based on Ethernet type, VLAN ID of subscriber side messages and subscriber
side 802.1p domain, and supports control on service flows.

2. GPON multiple GEM port triple play solution: classifies different service flows
by different GEM ports, and maps different services to different GEM ports
according to VLAN ID, 802.1p, or physical port and then delivers them to the
35
AN5116-06B for processing.
35
Application to Q-in-Q VLAN

AN5116-06B
CVLAN2001+SVLAN2
CVLAN1001+SVLAN1 CVLAN2002+SVLAN2
CVLAN1002+SVLAN1

ONU 2
ONU 1 CVLAN2002
CVLAN1002
CVLAN1001 CVLAN2001

PC Phone PC Phone
CVLAN：Customer-VLAN Data service
Voice service
SVLAN：Service-VLAN

The AN5116-06B supports Q-in-Q VLAN function. By setting Service-VLAN on the basis of
Customer-VLAN, the VLAN number can be extended and thus the VLAN resource bottleneck
can be removed. Meantime, subscriber separation and unique identifier can be realized by
Customer-VLAN
36 and service distinguishing can be realized by Service-VLAN.
36
Application to IPTV Service

The AN5116-06B transmits multicast service in STB+IGMP mode,

and performs multicast service control and management via multicast
control message.
37

37
Application to VoIP Service

The AN5116-06B supports MGCP, H.248 and SIP, and its softswitch
interface is perfectly connected to MGC gateways produced by various
mainstream manufacturers.

38

38
Application to TDM Service

The AN5116-06B provides E1 circuit emulation service based on packet

switching network, used to adapt TDM data flow resolved from E1 line into Ethernet
data via the protocol type configured for CES processor. The Ethernet data is then
transported to remote end ONU with CES function. Further the ONU restores CES
packets into TDM data flow and provides E1 interface which is connected to
regeneration
39 switch or base station to achieve TDM emulation.
39
Contents

1 OLT Equipment Introduction

2 AN5516-06 Equipment Introduction

3 AN5516-04 Equipment Introduction

4 OLT Application

5 OLT Configuration

40
Configuration Introduction
 Local Configuration:
 Physical Connection
 Manage VLAN and Manage IP
 Uplink Port Properties

IP Network
UNM2000

Remote
Configuration

AN5116-06B
 Remote Configuration:
 Monitor the Equipment
 ONU Authorization
Local  Service Configuration
Configuration

41
Configure Console--Local
Step 1 Connecting Network Management Computer

Connected to Console RS-232

port on HSWA card on serial port
face of the equipment
of the PC

PC
AN5116-06B

Step 2 Click “Start” menu at the desktop and select “Program-> Accessories->
Telecom->HyperTerminal”, a HyperTerminal startup window will appear, and then
“Connection Description” dialog box of HyperTerminal will appear (Suitable for
Windows XP System).

42
Configure Console
Step 3 Configure items

43
Configure Console
Step 4 After the operations mentioned above, “Connect To” dialog box will appear

44
Configure Console
Step 5 After the operations mentioned above, “COM1 Properties” dialog
box will appear, as shown in follows. Users may click the “Restore
Defaults” button directly

45
Configure Console
Step 6 The Console window is shown as follows. Press “Enter” key, and
then input the username and password for login.

46
Configure Management VLAN
 When managing AN5516-01 in in-band mode, users need to configure
the management VLAN

Step 1 Log in service directory:

Admin# cd service
Admin\service#

47
Configure Management VLAN
Step 2 Create management VLAN:
Admin\service# set manage vlan name aaa vid 4020 inputport 19:1 untagged
Admin\service#

48
Configure Management VLAN
Step 3 Set management IP:
Admin\service# set manage vlan name aaa ip 10.92.100.100/24 10.92.100.1
Admin\service#

10.92.100.1

49
Configure Management VLAN
Step 4 Display management VLAN information:
Admin\service# show manage vlan all

50
Creating a Domain--Remote
 Purpose: Divide the management objects by creating the corresponding
logical domains according to the requirements of the operators to implement
role-based and domain-based management.
 Step 1. Right-click a blank area of the Object
Tree pane and select Create global logical
domain from the shortcut menu to bring up the
Create global logical domain dialog box.

 Step 2. Enter a name

in the logical domain
name box. Friend
name and Remark
are optional items.

 Step 3. Click OK to
save the settings and
create a new logical
domain.

51
Creating the Access NE
 Step 1. Right-click the created logical
domain and select Create NE→Create
access NE... from the shortcut menu.

 Step 2. Configure the parameters in the

Creating access NE dialog box.

 Step 3. Click
OK and the
newly created
access NE
will appear
in the main
topology

52
Adding a Card
 Adding a Card Automatically
 Step 1. Right-click the NE to be configured in the Main topology pane
and select Detect the physical configuration from the shortcut menu to
open the Detect Physical Configuration tab.

 Step 2. Select the desired synchronization mode.

 Step 3. Click the Detect physical configuration (D) button and wait until
the detection is completed.

53
Adding a Card
 Adding a Card Automatically
 Step 4. Click the All Synchronization button and click OK when the
Synchronize operation succeeded message appears to complete
adding the card automatically.

 Step 5. Double-click the NE in the Main topology pane to open the NE

manager and
check whether
the current card
configuration
conforms to the
real situation.

54
Configuring the SNMP Time System
 Configuring the SNMP Trap Receiver Address
 Step 1. Right-click the NE AN5116-06B in the Main topology, select Open
NE manager... from the menu that appears.

 Step 2. Select Configuration  Local business configuration from the

menu bar to bring up the CO service configuration tab.
 Step 3. Select Initialize  Snmp System Time Config from the
Operational tree pane, and open the Snmp System Time Config tab.
 Step 4. Select the AEMS Server Addr pane, click Add, enter 1 in the dialog
box that appears and then click OK to add a network management server
address.

 Step 5. Configure the IP address of the network management server and

click the Create on Device button on the toolbar to save the configuration.

55
Synchronizing Time
 Purpose: The system time synchronization aims to synchronize the AN5116-
06B with the network management server and detect whether the
communication between them is smooth.
 Step 1. Right-click the NE AN5116-06B in the Main topology, select Open NE
manager... from the menu that appears.

 Step 2. Select Configuration→Local business configuration from the menu bar to

bring up the CO service configuration tab.
 Step 3. In the Operational tree pane, select
System Control→Time Calibration to
bring up the Issue the command dialog box

 Step 4. Click the OK button, and the system

begins to execute the command of time
calibration.

 Step 5. After the time calibration is

completed successfully, click the Close
button.
56
Saving Configuration into Flash
Purpose: To prevent loss of equipment configuration data caused by power off, it
is recommended that users should take this operation after they have completed
service provisioning and function configuration.
 Step 1. Right-click the NE AN5116-06B in the Main topology, select Open NE
manager... from the menu that appears.

 Step 2. Select Configuration→Local business configuration from the menu bar to

bring up the CO service configuration tab.

 Step 3. In the Operational tree pane, select

System Control→Save Config to Flash to
bring up the Issue the command dialog box

 Step 4. Click the OK button, and the system

begins to execute the command.

 Step 5. After the configuration data is

successfully saved, click the Close button.

57
Thank you!