TM Alcatel-Lucent 7360FX-16 HSBB_Turnup_Guide v4.docx

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A ll r ig h ts r e s e rv e d . P a s s in g o n a n d c o p y in g o f th is d o c u m e n t, u s e a n d c o m m u n ic a ti o n o f it s c o n te n ts n o t p e rm it te d w it h o u t w ri tt e n a u th o ri z a ti o n f ro m A lc a te l-L u c e n t.

Telekom Malaysia HSBB GPON Project

Method of Procedure

Alcatel-Lucent 7360FX ISAM Turn Up Guide

Author: Norhisham Bin Isnin

Document: Turn-up Guide Version: 2.0

Status: Released Last Revised: July 22, 2014

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A ll r ig h ts r e s e rv e d . P a s s in g o n a n d c o p y in g o f th is d o c u m e n t, u s e a n d c o m m u n ic a ti o n o f it s c o n te n ts n o t p e rm it te d w it h o u t w ri tt e n a u th o ri z a ti o n f ro m A lc a te l-L u c e n t. _{TABLE OF CONTENTS} 1 PREFACE...4 2 COMPATIBILITY...4 3 CONVENTIONS...4 4 PRE-CONFIGURATION STEPS...4

4.1 EXTERNAL ALARM CABLING...4

4.2 CONNECT TO THE 7360FX ISAM VIA CRAFT TERMINAL...6

5 OLT BASIC SETUP - INITIAL CONFIGURATION...7

5.1 RESET THE SYSTEM WITH A CLEAN DATABASE...7

5.2 CONFIGURE SYSTEM CONTROLLER CARDS...7

5.3 CONFIGURE UPLINK PORTS...7

5.4 CONFIGURE THRESHOLD CROSSING ALERT FOR UPLINK PORTS...7

5.5 CONFIGURE LINK AGGREGATION...8

5.6 CONFIGURE MANAGEMENT VLAN...8

5.7 CONFIGURE SYSTEM IP ADDRESS...8

5.8 CONFIGURE SYSTEM ID...9

5.9 CONFIGURE SYSTEM PROMPT...9

5.10 CONFIGURE SYSTEM LOGIN BANNER...9

5.11 CONFIGURE SLOT BANDWIDTH...9

5.12 CONFIGURE SLOT NUMBERING & DHCP OPTION82 FORMAT...9

5.13 DISABLE PASSWORD AGING AND TELNET ACCESS AND SET TIMEOUT FOR OPERATOR LOGIN 10 5.14 CONFIGURE ENVIRONMENTAL ALARMS...10

5.15 CONFIGURE NT REDUNDANCY...10

5.16 CONFIGURE 8 QUEUE ON UPLINK PORTS...10

5.17 CONFIGURE THE SNMP COMMUNITIES...11

5.18 SAVE THE CONFIGURATION...12

5.19 CONFIGURE SNTP...12

5.20 CONFIGURE SYSLOG...12

5.21 PLAN ALL INSERTED CARDS...12

5.22 CONFIGURE DEFAULT SOFTWARE FOR DIFFERENT ONT TYPES...12

5.23 REBOOT OLT...13

6 SERVICE PROVISIONING - INITIAL CONFIGURATION...13

6.1 CREATE UPSTREAM BANDWIDTH PROFILES (DBA)...13

6.2 CREATE DOWNSTREAM SHAPER PROFILES...14

6.3 CREATE PBIT TO TC MAPPING PROFILES...16

6.4 CONFIGURE SYSTEM MULTICAST FOR IPTV SERVICE...16

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A ll r ig h ts r e s e rv e d . P a s s in g o n a n d c o p y in g o f th is d o c u m e n t, u s e a n d c o m m u n ic a ti o n o f it s c o n te n ts n o t p e rm it te d w it h o u t w ri tt e n a u th o ri z a ti o n f ro m A lc a te l-L u c e n

t. _{6.6 CREATE TM HSBB IPTV SERVICE...17}

6.7 CREATE TM HSBB VOBB SERVICE...19

6.8 CREATE HSBA HSI HOME SERVICE (MAXIS_HOME)...20

6.9 CREATE HSBA HSI BUSSINESS SERVICE (MAXIS_BUSSINESS)...21

6.10 CREATE HSBA TR69 SERVICE (MAXIS_TR69)...21

6.11 CREATE HSBA IPTV SERVICE (MAXIS_IPTV)...22

6.12 CREATE HSBA VOBB SERVICE (MAXIS_VOBB)...24

6.13 ENABLE THE PON PORTS...24

7 SERVICE PROVISIONING – SAMPLE SERVICE CONFIGURATION...25

7.1 CREATE ONT INFRASTRUCTURE...25

7.2 CONFIGURE ONT UNI WITH DEFAULT SETTING...25

7.3 CREATE TM HSBB HSI SERVICE (RGW)...26

7.4 CREATE TM HSBB HSI SERVICE (NO RG)...27

7.5 CREATE TM HSBB VOD + MULTICAST SERVICE (RGW)...27

7.6 CREATE TM HSBB VOD + MULTICAST SERVICE (NO RG)...27

7.7 CREATE TM HSBB VOBB SERVICE (VOICE ON ONT)...28

7.8 CREATE HSBA HSI SERVICE (MAXIS_HSI_HOME)...29

7.9 CREATE HSBA TR69 SERVICE (MAXIS_TR69)...29

7.10 CREATE HSBA IPTV SERVICE (MAXIS_IPTV)...29

7.11 CREATE HSBA VOBB SERVICE (VOICE ON RGW – MAXIS_VOBB)...29

8 SERVICE TERMINATION...30

8.1 DELETE TAGGED SERVICE ON RGW...30

8.2 DELETE UNTAGGED SERVICE ON ONT UNI...30

8.3 DELETE VOBB SERVICE (VOICE ON ONT)...30

8.4 DELETE ONT UNI...31

8.5 DELETE ONT CARD...31

8.6 DELETE ONT INFRASTRUCTURE...31

9 USEFUL SHOW COMMANDS...32

9.1 DISPLAY CONFIGURATION OF IHUB AND GPON...32

9.2 SHOW THE STATUS OF PORT AND LAG INTERFACE...32

9.3 SHOW THE STATUS OF LT CARD, PON, ONT AND UNI PORT...32

9.4 SHOW THE STATUS OF NT-A AND NT-B REDUNDANCY...32

9.5 FORCED NT SWITCH-OVER AND RESET NT-B’S CTRL-STATUS...32

9.6 SHOW THE STATUS OF DHCP SESSION AND MAC LEARNING...32

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A ll r ig h ts r e s e rv e d . P a s s in g o n a n d c o p y in g o f th is d o c u m e n t, u s e a n d c o m m u n ic a ti o n o f it s c o n te n ts n o t p e rm it te d w it h o u t w ri tt e n a u th o ri z a ti o n f ro m A lc a te l-L u c e n t. 1 Preface

This document describes the process of configuring a 7360FX ISAM (FX-8) for use in Telekom Malaysia network.

2 Compatibility

This document supports the configuration of the 7360FX ISAM (FX-8) with the following release: ISAM R4.6.01a or higher

3 Conventions

The following conventions are used throughout this document:

 Courier New font: denotes to be entered commands, and their output.  The # prompt denotes login as root

 The > prompt denotes login as normal user

 Bold italics Arial font: denotes GUI actions (menu selections or buttons).

4 Pre-configuration steps 4.1 External Alarm cabling

CO Alarm

The external alarm cable is a cable with 1 DSUB-15 connector (code 3FE 60640 GA; length 10 m)

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t. _{Below shows a description of the connector pinning}

Note: The twisted pairs are used to link the A-wire and B-wire of each signal, for example, the blue-white twisted pair is used for Miscellaneous Alarm 1A wire and B wire respectively.

Note: The input alarms are implemented using Normally Closed (NC) relays (i.e. closed when no power is applied). The output alarms are indicated by a short circuit.

Note: The following applies for the external CO alarm signals: • Maximum current drain is 100 mA

• Voltage is determined by supply voltage (48 or 60 V)

• The BATRET voltage of the Alarm wire is different from the BATRET voltage of the power plant (due to the voltage drop in the feeding cables). It is strongly advised to add extra inline 100 mA fuses in the BATRET

connections to comply in a safe way with the maximum current drain of 100 mA in the BATRET wire.

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4.2 Connect to the 7360FX ISAM via Craft Terminal

Connect the PC’s Serial port to the craft port of the 7360FX ISAM (LCMI). The craft port is located on the FANT-F card (connect to Active card).

Pin-out of RJ45 connector:

Sign

al

Description

Pin

Type

RI_DS

R

Data-Set-Ready

1 O

DCD

Data-Carrier-Detect

2 O

DTR

Data-Terminal-Ready

3 I

EG

Signal Ground

4 Ref

RXD

Receive-Data

5 O

TXD

Transmit-Data

6 I

CTS

Clear-To-Send

7 O

RTS

Request-To-Send

8 I

Open HyperTerminal (or equivalent) and setup the serial connection with following parameters:

As soon as you connect the system will show following prompt:

Would you like a CLI(C) or a TL1 login(T) or TL1 normal session(N) ? [N]: Choose ‘C’ to enter the TL1. The factory username and password are:

 Username = isadmin  Password =

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i$@mad-A ll r ig h ts r e s e rv e d . P a s s in g o n a n d c o p y in g o f th is d o c u m e n t, u s e a n d c o m m u n ic a ti o n o f it s c o n te n ts n o t p e rm it te d w it h o u t w ri tt e n a u th o ri z a ti o n f ro m A lc a te l-L u c e n

t. _{This password needs to be changed on first logon. Please change it to} “ans#150” (without the quotes)

5 OLT Basic Setup - Initial configuration 5.1 Reset the system with a clean database

Remove any existing configuration.

admin software-mngt oswp 1 activate clear-db

Note: OLT NT (both) needs to be plugout / re-plugin so that the system will come up with an empty database. Follow step 4.2 to re-connect to the system.

5.2 Configure System Controller Cards Configure the NT cards

configure equipment slot nt-a planned-type fant-f unlock configure equipment slot nt-b planned-type fant-f unlock 5.3 Configure uplink ports

Configure 2 types of uplinks to connect to the network. Port 1 on NT-A and port 1 on NT-B in 10GE mode for LAG (Link Aggregation). Port 2 NT-A in 10GE mode for simplex connection

For LAG-NPE connection:

configure port nt-a:xfp:1 ethernet speed 10000 configure port nt-a:xfp:1 no shutdown

configure port nt-b:xfp:1 ethernet speed 10000 configure port nt-b:xfp:1 no shutdown

For Simplex NPE connection:

configure port nt-a:xfp:2 ethernet speed 10000 configure port nt-a:xfp:2 no shutdown

Note: The ports have a MTU of 2000 Bytes configured by default 5.4 Configure Threshold Crossing Alert for uplink ports

Enable TCA alarm reporting

configure alarm entry tca-outputbw severity major reporting logging

configure alarm entry tca-inputbw severity major reporting logging

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t. _{Threshold setting in percentage and tca-interval is in 15-min interval (max =} 32)

Below example is for 70% threshold and 4hr interval before alarm is generated

For LAG-NPE connection:

configure port nt-a:xfp:1 ethernet tca-interval 16

configure port nt-a:xfp:1 ethernet tca-threshold outputbw 70 configure port nt-a:xfp:1 ethernet tca-threshold inputbw 70 configure port nt-b:xfp:1 ethernet tca-interval 16

configure port nt-b:xfp:1 ethernet tca-threshold outputbw 70 configure port nt-b:xfp:1 ethernet tca-threshold inputbw 70 For Simplex NPE connection:

configure port nt-a:xfp:2 ethernet tca-interval 16

configure port nt-a:xfp:2 ethernet tca-threshold outputbw 70 configure port nt-a:xfp:2 ethernet tca-threshold inputbw 70

5.5 Configure Link Aggregation

Configure Link Aggregation on the 2 uplink ports towards IP-Core (If required)

configure lag 1

configure lag 1 description "10G-LAG" configure lag 1 mode access

configure lag 1 encap-type dot1q configure lag 1 port nt-a:xfp:1 configure lag 1 port nt-b:xfp:1 configure lag 1 lacp active configure lag 1 no shutdown

Note: Default is load-sharing between all links in LAG, the hashing mechanism is as follows:

 For L2 traffic hashing algorithm will use following keys dstmac + srcmac + Vlan ID + Ether TYPE + INPORT

 For IP traffic hashing algorithm will use following keys OuterVlan ID+src-ip + dst-ip + IP PROTO+TCP/UDP-SRC+TCP/UDP-DST+INPORT Note: The bold part needs to be replaced by the actual value found on the node information sheet

5.6 Configure management VLAN

Assign the management VLAN to Link Aggregation Group.

configure service vpls 200 customer 1 v-vpls vlan 200 create configure service vpls 200 description "Management vlan"

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t. _{For LAG port}

configure service vpls 200 sap lag-1:200 create configure service vpls 200 no shutdown

For Single port

configure service vpls 200 sap nt-a:xfp:2:200 create configure service vpls 200 no shutdown

5.7 Configure System IP address

Assign the management IP address and routing table.

configure service ies 201 customer 1 interface oamip create configure service ies 201 interface oamip address

10.248.125.4/24

configure service ies 201 interface oamip sap nt:vp:1:200 create configure service ies 201 no shutdown

configure router static-route 0.0.0.0/0 next-hop 10.248.125.3

Note: The bold part needs to be replaced by the actual value found on the node information sheet

Note: System is now reachable from EMS 5.8 Configure System ID

Configure the system name. configure system id PUJ_001

5.9 Configure System Prompt

Configure the system prompt to represent the system name and use type based LT numbering.

configure system security operator isadmin prompt "%s: %n@PUJ_001%d%c"

Note: The total length of the prompt string needs to be less or equal than 28 characters. This means the system ID can only be 18 characters.

5.10 Configure system login banner Configure the system CLI login banner

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t. _{configure system security login-banner "Access to the OLT system} is for authorized staff only"

configure system security welcome-banner "Alcatel-Lucent 7360FX ISAM"

5.11 Configure Slot Bandwidth

Configure the system slot bandwidth between the switching matrix and the Line cards (value is speed between line card and each controller)

configure system max-lt-link-speed link-speed forty-gb 5.12 Configure Slot Numbering & DHCP Option82 Format

Configure the slot numbering format and the DHCP Option82 format configure system security profile admin slot-numbering type-based

configure system port-num-in-proto type-based

configure system loop-id-syntax efm-based-pon "Access_Node_ID PON Rack/Frame/Slot/Port:ONU"

Note: After setting this slot numbering the operator needs to logout and login again to activate the new setting

5.13 Disable password aging and Telnet access and set timeout for operator login

Disable the password aging and Telnet access and set session time out for operator login (if required)

configure system security ssh access tl1 udp-ssh-telnet configure system security ssh access cli telnet-ssh

configure system security profile admin password-timeout 0 configure system security ssh server-profile idle-timeout 300 5.14 Configure NT Redundancy

Enable NT redundancy:

configure equipment protection-group 1 admin-status unlock configure equipment protection-element nt-a redcy-ctrl-status normal

5.15 Configure the SNMP communities

To allow 5520AMS access , the host-address used is the IP address of the AMS, optionally this can be set to a subnet or 0.0.0.0/0 to allow access to all hosts.

configure system security snmp community public@ALc135790aLu host-address 10.41.58.16/32 context nt

configure system security snmp community NETMAN@ALc135790aLu host-address 10.41.58.16/32 context ihub

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5.16 Save the configuration

admin software-mngt ihub database save-protected 5.17 Reboot OLT

admin equipment reboot-isam without-self-test 5.18 Configure SNTP

Configure SNTP server for network time synchronization.

configure system sntp server-ip-addr 10.41.58.16 timezone-offset 480 enable

configure system sntp server-table ip-address 10.41.58.16 priority 2

configure system time ntp server 10.41.58.16 configure system time ntp no shutdown

Note: The NTP server IP points to External Server 5.19 Configure Syslog

Configure Syslog server for logging of all activities on OLT CLI. configure system syslog destination Syslog type udp:10.242.12.71:514:unlimited

configure system syslog route Syslog msg-type all facility local0 emergency alert critical error warning notice information debug

5.20 Configure RADIUS

Configure RADIUS server for remote authentication login into OLT. configure system security radius auth-server TMAuth1 router-instance base ip-address 10.41.58.70 secret MHBVJPMWZVT2013 dead-interval 180

configure system security radius auth-server TMAuth2 router-instance base ip-address 10.14.58.61 secret MHBVJPMWZVT2013 dead-interval 180

configure system security radius acc-server TMAcc1 router-instance base ip-address 10.41.58.70 secret MHBVJPMWZVT2013 dead-interval 180

configure system security radius acc-server TMAcc2 router-instance base ip-address 10.14.58.61 secret MHBVJPMWZVT2013 dead-interval 180

configure system security radius policy TMPolicy nas-id PUJ_G001

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t. _{configure system security radius policy TMPolicy servers 1} auth-server name:TMAuth1 auth-router-inst base priority 1 acc-auth-server name:TMAcc1

configure system security radius policy TMPolicy servers 2 auth-server name:TMAuth2 auth-router-inst base priority 2 acc-auth-server name:TMAcc2

configure system security radius operator-policy name:TMPolicy configure system security domain TMDomain authenticator

radius:TMPolicy sess-timeout 10

configure system security conn-profile TMRadiusConn version 1 domain-name TMDomain reject-inv-domain

configure system security conn-policy conn-profile-name TMRadiusConn

5.21 Plan all inserted cards Configure cards in the system

configure equipment slot lt:1/1/[1...16] planned-type nglt-c unlock

5.22 Configure default Software for different ONT types

Download the desired ONT software to the OLT ONT software directory as per below:

/pub/OntSw/Download/FE54799AOCI95

Provision the software that will be used when new ONTs are connected. For I-240G-T:

configure equipment ont sw-ctrl 1 hw-version 3FE55142* plnd-ver-conf 3FE54799AOCI95 plnd-version 3FE54799AOCI95 sw-dwload-ver 3FE54799AOCI95

6 Service Provisioning - Initial configuration 6.1 Create Upstream Bandwidth Profiles (DBA)

Create Bandwidth profiles according to the type of service. These profiles regulate the DBA bandwidth and priority.

configure qos profiles bandwidth 256K_UP committed-info-rate 256 assured-info-rate 256 excessive-info-rate 256 delay-tolerance 8 configure qos profiles bandwidth 512K_UP committed-info-rate 512 assured-info-rate 512 excessive-info-rate 512 delay-tolerance 8 configure qos profiles bandwidth 512K_UP_CCS committed-info-rate 512 assured-info-rate 512 excessive-info-rate 512

delay-tolerance 8

configure qos profiles bandwidth 4M_UP_IPTV committed-info-rate 0 assured-info-rate 4000 excessive-info-rate 4000

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t. _{configure qos profiles bandwidth 5M_UP_IPTV committed-info-rate} 0 assured-info-rate 5000 excessive-info-rate 5000

delay-tolerance 8

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t. _{configure qos profiles bandwidth 25M_UP_IPTV committed-info-rate} 0 assured-info-rate 25000 excessive-info-rate 25000

delay-tolerance 8

configure qos profiles bandwidth 2M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 2000 delay-tolerance 32 configure qos profiles bandwidth 3M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 3000 delay-tolerance 32 configure qos profiles bandwidth 4M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 4000 delay-tolerance 32 configure qos profiles bandwidth 5M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 5000 delay-tolerance 32 configure qos profiles bandwidth 6M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 6000 delay-tolerance 32 configure qos profiles bandwidth 7M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 7000 delay-tolerance 32 configure qos profiles bandwidth 8M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 8000 delay-tolerance 32 configure qos profiles bandwidth 9M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 9000 delay-tolerance 32 configure qos profiles bandwidth 10M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 10000 delay-tolerance 32 configure qos profiles bandwidth 11M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 11000 delay-tolerance 32 configure qos profiles bandwidth 12M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 12000 delay-tolerance 32 configure qos profiles bandwidth 13M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 13000 delay-tolerance 32 configure qos profiles bandwidth 14M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 14000 delay-tolerance 32 configure qos profiles bandwidth 15M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 15000 delay-tolerance 32 configure qos profiles bandwidth 16M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 16000 delay-tolerance 32 configure qos profiles bandwidth 17M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 17000 delay-tolerance 32 configure qos profiles bandwidth 18M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 18000 delay-tolerance 32 configure qos profiles bandwidth 19M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 19000 delay-tolerance 32 configure qos profiles bandwidth 20M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 20000 delay-tolerance 32 configure qos profiles bandwidth 21M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 21000 delay-tolerance 32 configure qos profiles bandwidth 22M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 22000 delay-tolerance 32

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t. _{configure qos profiles bandwidth 23M_UP committed-info-rate 0} assured-info-rate 0 excessive-info-rate 23000 delay-tolerance 32 configure qos profiles bandwidth 24M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 24000 delay-tolerance 32 configure qos profiles bandwidth 25M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 25000 delay-tolerance 32 configure qos profiles bandwidth 26M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 26000 delay-tolerance 32 configure qos profiles bandwidth 27M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 27000 delay-tolerance 32 configure qos profiles bandwidth 28M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 28000 delay-tolerance 32 configure qos profiles bandwidth 29M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 29000 delay-tolerance 32 configure qos profiles bandwidth 30M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 30000 delay-tolerance 32 configure qos profiles bandwidth 40M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 40000 delay-tolerance 32 configure qos profiles bandwidth 50M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 50000 delay-tolerance 32 configure qos profiles bandwidth 60M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 60000 delay-tolerance 32 configure qos profiles bandwidth 70M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 70000 delay-tolerance 32 configure qos profiles bandwidth 80M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 80000 delay-tolerance 32 configure qos profiles bandwidth 90M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 90000 delay-tolerance 32 configure qos profiles bandwidth 100M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 100000 delay-tolerance 32

configure qos profiles bandwidth 32M_UP committed-info-rate 0 assured-info-rate 0 excessive-info-rate 32000 delay-tolerance 32 configure qos profiles bandwidth TM_HSI_200M_up committed-info-rate 0 assured-info-committed-info-rate 0 excessive-info-committed-info-rate 200000 delay-tolerance 32

configure qos profiles bandwidth TM_HSI_15M_up committed-info-rate 0 assured-info-committed-info-rate 0 excessive-info-committed-info-rate 15000 delay-tolerance 32

configure qos profiles bandwidth TM_IPTV_8M_up committed-info-rate 0 assured-info-committed-info-rate 8000 excessive-info-committed-info-rate 8000 delay-tolerance 8

configure qos profiles bandwidth TM_VOIP_256K_up committed-info-rate 256 assured-info-committed-info-rate 256 excessive-info-committed-info-rate 256 delay-tolerance 8

configure qos profiles bandwidth TM_VOIP_512K_up committed-info-rate 512 assured-info-committed-info-rate 512 excessive-info-committed-info-rate 512 delay-tolerance 8

6.2 Create Downstream Shaper Profiles

Create Bandwidth profiles according to the type of service. These profiles are used for rate shaping on Line card in downstream direction per T-CONT: configure qos profiles shaper 256K_DOWN committed-info-rate 256 committed-burst-size 0 excess-info-rate 256 type

singletokenbucketgpon

configure qos profiles shaper 512K_DOWN committed-info-rate 512 committed-burst-size 0 excess-info-rate 512 type

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t. _{512 committed-burst-size 0 excess-info-rate 512 type} singletokenbucketgpon

configure qos profiles shaper 4M_DOWN_IPTV committed-info-rate 0 committed-burst-size 0 excess-info-rate 4000 type

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t. _{0 committed-burst-size 0 excess-info-rate 23000 type} singletokenbucketgpon

configure qos profiles shaper 2M_DOWN committed-info-rate 0 committed-burst-size 0 excess-info-rate 2000 type

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t. _{committed-burst-size 0 excess-info-rate 14000 type} singletokenbucketgpon

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t. _{committed-burst-size 0 excess-info-rate 70000 type} singletokenbucketgpon

configure qos profiles shaper TM_HSI_200M_down committed-info-rate 0 committed-burst-size 0 excess-info-committed-info-rate 200000 type singletokenbucketgpon

configure qos profiles shaper TM_HSI_15M_down committed-info-rate 0 committed-burst-size 0 excess-info-committed-info-rate 15000 type singletokenbucketgpon

configure qos profiles shaper TM_IPTV_8M_down committed-info-rate 0 committed-burst-size 0 excess-info-committed-info-rate 8000 type singletokenbucketgpon

configure qos profiles shaper TM_VOIP_256K_down committed-info-rate 256 committed-burst-size 0 excess-info-committed-info-rate 256 type singletokenbucketgpon

configure qos profiles shaper TM_VOIP_512K_down committed-info-rate 512 committed-burst-size 0 excess-info-committed-info-rate 512 type singletokenbucketgpon

Note: In downstream no AIR is available. CIR is only used for CAC on provisioned services as every ONT is individually rate shaped.

6.3 Create Pbit to TC Mapping Profiles Create P-Bit to Traffic Class mapping profiles. For TM HSBB Unifi services:

configure qos profiles ingress-qos TM_HSI_TC0 p0-tc 0 dot1-p1-tc 0 dot1-p2-tc 0 dot1-p3-tc 0 dot1-p4-tc 0 dot1-p5-tc 0 dot1-p6-tc 0 dot1-p7-tc 0

configure qos profiles ingress-qos TM_CCS_TC4 p0-tc 4 dot1-p1-tc 4 dot1-p2-tc 4 dot1-p3-tc 4 dot1-p4-tc 4 dot1-p5-tc 4 dot1-p6-tc 4 dot1-p7-tc 4

configure qos profiles ingress-qos TM_IPTV_TC5 dot1-p0-tc 5 dot1-p1-tc 5 dot1-p2-tc 5 dot1-p3-tc 5 dot1-p4-tc 5 dot1-p5-tc 5 dot1-p6-tc 5 dot1-p7-tc 5

configure qos profiles ingress-qos TM_VOIP_TC6 dot1-p0-tc 6 dot1-p1-tc 6 dot1-p2-tc 6 dot1-p3-tc 6 dot1-p4-tc 6 dot1-p5-tc 6 dot1-p6-tc 6 dot1-p7-tc 6

6.4 Configure System Multicast for IPTV Service Enable Multicast on System Level:

configure igmp system src-ip-address 10.248.125.4 query-interval 30 start user-igmp-version 3 netw-igmp-version 3

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Create cac profile for PON maximum multicast bandwidth:

configure qos profiles cac PONMCBW_400M res-voice-bandwidth 0 max-mcast-bandwidth 400000 res-data-bandwidth 0 cac-type pon-cac Create QoS Profile for Self-Generated-Traffic for OLT IGMP messages, set default P-Bit to 5:

configure qos-servicerouter sgt 5 create

configure qos-servicerouter sgt 5 default-dot1p 5

Note: The above qos profile is for TM HSBB IPTV service which is using priority bit 5. If any HSBA IPTV services is not using the same priority bit, please create another qos profile accordingly and apply it to the v-vpls of that particular HSBA IPTV service.

Note: The bold part needs to be replaced by the actual value found on the node information sheet.

6.5 Create TM HSBB HSI Service Create TM HSI Service v-VPLS:

configure service vpls 500 customer 1 v-vpls vlan 500 create configure service vpls 500 description "HSI (HSBB)"

configure service vpls 500 sap nt-a:xfp:2:500 create configure service vpls 500 sap lag-1:500 create configure service vpls 500 sap lt:1/1/1:500 create configure service vpls 500 sap lt:1/1/2:500 create configure service vpls 500 sap lt:1/1/3:500 create configure service vpls 500 sap lt:1/1/4:500 create configure service vpls 500 sap lt:1/1/5:500 create configure service vpls 500 sap lt:1/1/6:500 create configure service vpls 500 sap lt:1/1/7:500 create configure service vpls 500 sap lt:1/1/8:500 create configure service vpls 500 sap lt:1/1/9:500 create configure service vpls 500 sap lt:1/1/10:500 create configure service vpls 500 sap lt:1/1/11:500 create configure service vpls 500 sap lt:1/1/12:500 create configure service vpls 500 sap lt:1/1/13:500 create configure service vpls 500 sap lt:1/1/14:500 create configure service vpls 500 sap lt:1/1/15:500 create configure service vpls 500 sap lt:1/1/16:500 create configure service vpls 500 no shutdown

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t. _{Create TM HSI HOME VLAN:}

configure vlan id 500 mode residential-bridge name HSI in-qos-prof-name name:TM_HSI_TC0 new-broadcast enable new-secure-fwd enable

configure vlan id 500 pppoe-relay-tag configurable circuit-id-pppoe physical-id remote-id-circuit-id-pppoe customer-id

6.6 Create TM HSBB CCS Service Create TM CCS Service v-VPLS:

configure service vpls 209 customer 1 v-vpls vlan 209 create configure service vpls 209 description "CCS (HSBB)"

Create TM CCS VLAN:

configure vlan id 209 mode residential-bridge name CCS in-qos-prof-name name:TM_CCS_TC4 new-broadcast enable new-secure-fwd enable

configure vlan id 209 dhcp-opt-82 circuit-id-dhcp physical-id remote-id-dhcp customer-id

6.7 Create TM HSBB IPTV Service Create TM HSBB IPTV Service v-VPLS:

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t. _{configure service vpls 600 description "IPTV (HSBB)"} configure service vpls 600 sgt-qos 5

configure service vpls 600 sap nt-a:xfp:2:600 create

configure service vpls 600 sap nt-a:xfp:2:600 igmp-snooping mrouter-port

configure service vpls 600 sap lag-1:600 create

configure service vpls 600 sap lag-1:600 igmp-snooping mrouter-port

configure service vpls 600 sap lt:1/1/1:600 create

configure service vpls 600 sap lt:1/1/1:600 igmp-snooping send-queries

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t. _{configure service vpls 600 sap lt:1/1/13:600 create}

configure service vpls 600 igmp-snooping report-src-ip

10.248.125.4

configure service vpls 600 igmp-snooping query-src-ip

10.248.125.4

configure service vpls 600 igmp-snooping no shutdown configure service vpls 600 no shutdown

Create Multicast VLAN:

configure vlan id 600 mode residential-bridge name IPTV in-qos-prof-name name:TM_IPTV_TC5 new-broadcast enable new-secure-fwd enable

Create Multicast Channels:

configure mcast chn 239.192.100.[1...100] src-ip-addr 10.0.194.208 vlan-id 600 guaranteed-serv peak-bit-rate 8000 configure mcast chn 239.192.100.[101...200] src-ip-addr 10.0.194.208 vlan-id 600 guaranteed-serv peak-bit-rate 8000 configure mcast chn 239.192.100.[201...223] src-ip-addr 10.0.194.208 vlan-id 600 guaranteed-serv peak-bit-rate 8000 configure mcast chn 239.192.100.224 src-ip-addr 10.0.194.208 vlan-id 600 guaranteed-serv peak-bit-rate 8000

configure mcast chn 239.192.100.225 src-ip-addr 10.0.194.199 vlan-id 600 guaranteed-serv peak-bit-rate 8000

configure mcast chn 239.192.100.[230...235] src-ip-addr 10.0.194.198 vlan-id 600 guaranteed-serv peak-bit-rate 8000 configure mcast chn 239.192.100.[245...250] src-ip-addr 10.0.194.224 vlan-id 600 guaranteed-serv peak-bit-rate 8000

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t. _{configure mcast chn 239.192.101.[1...100] src-ip-addr} 10.0.194.232 vlan-id 600 guaranteed-serv peak-bit-rate 8000 configure mcast chn 239.192.101.[101...254] src-ip-addr 10.0.194.232 vlan-id 600 guaranteed-serv peak-bit-rate 8000 configure mcast chn 239.192.102.[1...100] src-ip-addr 10.0.194.232 vlan-id 600 guaranteed-serv peak-bit-rate 8000 configure mcast chn 239.192.102.[101...254] src-ip-addr 10.0.194.235 vlan-id 600 guaranteed-serv peak-bit-rate 8000 6.8 Create TM HSBB VOIP Service

Create TM HSBB VOIP Service v-VPLS:

configure service vpls 400 customer 1 v-vpls vlan 400 create configure service vpls 400 description "VOIP (HSBB)"

Create TM HSBB VOBB VLAN:

configure vlan id 400 mode residential-bridge name VOIP in-qos-prof-name name:TM_VOIP_TC6 new-broadcast enable new-secure-fwd enable