03-Guide to DSLAM Triple Play Service Configuration ISSUE 1.0

Document code Product name DSLAM

Intended user Engineers/Engineers of

cooperation partners

Product version

Written by Fixed Network Technical Support

Team

Document

version

V1.0

Guide to DSLAM Triple Play Service

Configuration ISSUE1.0

Written by: Zhao Feng, Wang Gaofeng Date: 2005-05-10

Checked by: Shen Huifeng Date: 2005-05-15

Checked by: Date:

Approved by: Date:

Huawei Technologies Co., Ltd

All rights reserved.

Records

Date Version Description Author

2005-05-10 V1.0 DraftZhao Feng, Wang

Gaofeng

Table of Contents

Chapter 1 MA5300 Triple Play Service Configuration................................................................2

1.1 Triple Play Service – Single PVC Solution........................................................................2

1.1.1 Networking..............................................................................................................2

1.1.2 Data Configuration..................................................................................................3

1.2 Triple Play Service – Multi-PVC Solution..........................................................................7

1.2.1 Networking..............................................................................................................7

1.2.2 Data Configuration..................................................................................................8

Chapter 2 MA5600 Triple Play Service Configuration..............................................................12

2.1 Triple Play Service – Single PVC Solution......................................................................12

2.1.1 Networking............................................................................................................12

2.1.2 Data Configuration................................................................................................13

2.2 Triple Play Service – Multi-PVC Solution........................................................................16

2.2.1 Networking............................................................................................................16


Chapter 3 MA5100 Triple Play Service Configuration..............................................................20

3.1 Triple Play Service – Multi-PVC Solution........................................................................20

3.1.1 Networking............................................................................................................20


Key Words:

Triple Play, DSLAM

Abstract:

DSLAN product family developed by Huawei Technologies Co., Ltd. supports Triple Play function

to realize unified access and management of video, voice and dial-up access services. This guide

describes the Triple Play service configuration of DSLAN products. It is a reference for engineers.

Abbreviation list:

Reference file:

Guide to DSLAM Triple Play Service Configuration

Chapter 1 MA5300 Triple Play Service

Configuration

1.1 Triple Play Service – Single PVC Solution

1.1.1 Networking

Internet

DHCP Server

VoIP

ESM MA5300

E

A

D

A

E

A

D

A

CON=>Aux7/0/0

ETH=>M-Ethernet7/0/1

MON

FE=>7/2/0

FE=>7/2/1

FE=>7/2/2

FE=>7/2/3

Phone line

BAS

ETH5ETH8£ º20.1.1.1/30

DHCP Server

TV1Phone 1PC1

ADSL CPE

STBIAD

LanSwitch

TV1Phone 1PC1

ADSL CPE

STBIAD

LanSwitch

PC1

ADSL CPE

STBIAD

LanSwitch

ADSL CPE

STBIAD

LanSwitch

TV2Phone 2PC2

ADSL CPE

STBIAD

LanSwitch

TV2Phone 2PC2

ADSL CPE

STBIAD

LanSwitch

PC2

ADSL CPE

STBIAD

LanSwitch

ADSL CPE

STBIAD

LanSwitch

Video

L2

VLAN10,VLAN102

VLAN21

VLAN22

As shown in the figure above, the networking has the following features:

Port 0/0/0 of the EADA board is connected with an ADSL CPE. The ADSL CPE

is down linked with a LanSwitch. The LanSwitch is down linked with PC1, an IAD

terminal and a STB terminal.




PC1/PC2 adopts PPPOE access mode.

Phone1/Phone2 connected with the IAD terminal adopts DHCP access mode.

TV1/TV2 connected with the STB terminal adopts DHCP access mode.

PC1/PC2 adopts Smart VLAN10 access.

Phone1/Phone2 and TV1/TV2 adopts Smart VLAN20 access.

The IAD terminal adopts VLAN21 access. Layer 3 interface address of the

VLAN21 is 20.1.1.14/30.

The STB terminal adopts VLAN22 access. Layer 3 interface address of the

2


VLAN22 is 20.1.1.18/30.

The Management VLAN of the MA5300 is VLAN102, and the management

address is 20.1.1.102/30.

The IP address of PPPoE dial-in user (PC1/PC2) is 10.1.1.0/24.

The IP address of the DHCP access user (Phone1/Phone2) connected with the

IAD is 10.1.2.0/24. The network segment of the server IP address is 40.1.1.0/24.

The IP address of the DHCP access user (TV1/TV2) connected with the STB is

10.1.3.0/24. The network segment of the multicast server IP address is

30.1.1.0/24.

L2 transparently transmits VLAN10 and VLAN102 to the BAS, VLAN21 to the

voice network, and VLAN22 to the video network.

The ADSL user adopts default activation template. The ADSL CPE works in the

1483B mode. The CPE is configured with a PVC (VPI/VCI=0/35).

Note that the following requirements must be satisfied:

PC1 and PC2 can access Internet.

Phone 1 and Phone 2 can access VoIP.

TV1 and TV2 can access Video.

Service priority of the IAD and the STB should be higher than that of PPPOE

dial-up access.

For guide to multicast service configurationm, please refer to the attachment.

1.1.2 Data Configuration

//Set uplink interface to Trunk mode

MA5300(config)#no smart

MA5300(config)#interface ethernet 7/2/0

MA5300(config-if-Ethernet7/2/0)#switchport mode trunk

Please wait... Done.

MA5300(config-if-Ethernet7/2/0)#exit

//Enable single PVC multi-service function on the ADSL port, then the ADSL port is in Trunk

mode.

MA5300(config)#multi-service dispatch enable adsl 0/0/0 adsl 1/0/0

//Add Smart VLAN10 and VLAN20; add uplink/downlink port.

MA5300(config)#vlan 10

3


MA5300(config-vlan10)#vlan-type smart

MA5300(config-vlan10)#svlan-upport ethernet 7/2/0

MA5300(config-vlan10)#svlan-downport adsl 0/0/0 adsl 1/0/0

MA5300(config-vlan10)#exit




MA5300(config-vlan20)#svlan-downport adsl 0/0/0 adsl 1/0/0


//Set the VLAN ID for PPPOE service to 10 with priority of 1; set the VLAN ID for IAD-STB

service to 20 with priority of 7.

MA5300(config)#multi-service forward ppp enable vlan 10 priority 1 adsl 0/0/0 adsl 1/0/0

MA5300(config)#multi-service forward iad-stb vlan 20 priority 7 adsl 0/0/0 adsl1/0/0

//Add common VLAN21, VLAN22 and management VLAN102. VLAN21, VLAN22 and

VLAN102 can be tranmistted through the uplink interface. Configure the IP address of each

VLAN interface.

Configure Layer 3 interface of the management VLAN.

MA5300(config)#vlan 21 to 22




MA5300(config-if-Ethernet7/2/0)#switchport trunk allowed vlan 21 22 102



MA5300(config)#interface vlan-interface 21

MA5300(config-if-Vlan-interface21)#ip address 20.1.1.14 255.255.255.252

MA5300(config-if-Vlan-interface21)#exit




4





//Configure MAC-based DHCP Relay function to make the IAD and the STB obtain IP addresses

of different network segments on the DHCP Server

MA5300(config)#dhcp relay-mode layer-3

MA5300(config)#dhcp-server 0 ip 30.1.1.253

MA5300(config)#dhcp-server select-mode mac-range

MA5300(config)#dhcp mac-range mac_for_iad

MA5300(config-mac-range-mac_for_iad)#start 00-50-ba-00-00-00 end 00-50-ba-ff-ff-ff

MA5300(config-mac-range-mac_for_iad)#dhcp-server 0

MA5300(config-mac-range-mac_for_iad)#exit

MA5300(config)#dhcp mac-range mac_for_stb

MA5300(config-mac-range-mac_for_stb)#start 00-b0-d0-00-00-00 end 00-b0-d0-ff-ff-ff





MA5300(config-if-Vlan-interface20)#ip address 10.1.3.254 255.255.255.0 secondary

MA5300(config-if-Vlan-interface20)#dhcp mac-range mac_for_iad gateway 10.1.2.254

MA5300(config-if-Vlan-interface20)#dhcp mac-range mac_for_stb gateway 10.1.3.254


//Add default route and the routes for multicast sources or servers according to actual conditions.

MA5300(config)#ip route 40.1.1.0 255.255.255.0 20.1.1.13



//Enable IGMP-PROXY function in the MA5300. Then, add 3 programs and set ADSL user

authority.

MA5300(config)#igmp-proxy enable

Enable IGMP-Proxy ok.

5


MA5300(config)#igmp-proxy default-source 30.1.1.253

MA5300(config)#igmp-proxy uplink-port ethernet 7/2/0 vlan 22

MA5300(config)#igmp-proxy program add index 1 name 224.10.0.1 ip 224.10.0.1



MA5300(config)#igmp-proxy profile add index 1 name cctv

MA5300(config)#igmp-proxy profile modify index 1 join program index 1 to 3

MA5300(config)#igmp-proxy user adsl 0/0/0 bind profile index 1 max-program-number 2


//Create standard ACL99 to map video packets; create extend ACL100 to map voice packets.

MA5300(config)#access-list 99 permit 30.1.1.0 0.0.0.255

MA5300(config)#access-list 100 permit any 10.1.2.0 0.0.0.255


MA5300(config-if-Ethernet7/2/0)#traffic-priority input ip-group 99 cos video

MA5300(config-if-Ethernet7/2/0)#traffic-priority input ip-group 100 cos voice


//Activate ADSL ports and enable igmp-proxy quick-leave function on the ADSL ports.

MA5300(config)#adsl activate adsl 0/0/0 1


MA5300(config)#igmp-proxy router quick-leave adsl 0/0/0


6


1.2 Triple Play Service – Multi-PVC Solution

1.2.1 Networking












The IAD adopts Smart VLAN21 access. Layer 3 interface address of the Smart

VLAN21 is 20.1.1.14/30.

The STB adopts Smart VLAN22 access. Layer 3 interface address of the Smart

VLAN22 is 20.1.1.18/30.

The management VLAN of the MA5300 is VLAN102, and the management

address is 20.1.1.102/30.




7




30.1.1.0/24.




1483B mode. The CPE is configured with PVC1(VPI/VCI=0/35), PVC2

(VPI/VCI=0/36) and PVC3 (VPI/VCI=0/37).






dial-up access.

For multicast server configuration, please refer to section Triple Play Service – Single

PVC Solution.


//Set uplink interface to Trunk mode

MA5300(config)#no smart


MA5300(config-if-Ethernet7/2/0)#switchport mode trunk



// Enable multi-PVC function on the ADSL port, then the ADSL port is in Trunk mode.

MA5300(config)#multipvc enable adsl 0/0/0 adsl 1/0/0

// Add Smart VLAN10, VLAN21 and VLAN22; add uplink/downlink port.








8







MA5300(config)#multipvc modify adsl 0/0/0 pvcindex 1 vlan 10

MA5300(config)#multipvc modify adsl 1/0/0 pvcindex 1 vlan 10

MA5300(config)#multipvc add adsl 0/0/0 pvcindex 2 vpi 0 vci 36 connect-type 1483b vlan 21




//Add management VLAN102, which can be transmitted through the uplink interface.

Configure Layer 3 interface of the management VLAN.




MA5300(config-if-Ethernet7/2/0)#switchport trunk allowed vlan 102



//Configure Layer 3 addresses of VLAN21, VLAN22 and VLAN102.










// Configure MAC-based DHCP Relay function to make the IAD and the STB obtain IP addresses

9


of different network segments on the DHCP Server.

MA5300(config)#dhcp relay-mode layer-3


MA5300(config)#dhcp-server select-mode mac-range


MA5300(config-mac-range-mac_for_iad)#start 00-50-ba-00-00-00 end 00-50-ba-ff-ff-ff




MA5300(config-mac-range-mac_for_stb)#start 00-b0-d0-00-00-00 end 00-b0-d0-ff-ff-ff





MA5300(config-if-Vlan-interface21)#dhcp mac-range mac_for_iad gateway 10.1.2.254




MA5300(config-if-Vlan-interface22)#dhcp mac-range mac_for_stb gateway 10.1.3.254






///Enable IGMP-PROXY function in the MA5300. Then, add 3 programs and set ADSL user

authority.

MA5300(config)#igmp-proxy enable

Enable IGMP-Proxy ok.

MA5300(config)#igmp-proxy default-source 30.1.1.253

MA5300(config)#igmp-proxy uplink-port ethernet 7/2/0 vlan 22

1





MA5300(config)#igmp-proxy profile add index 1 name cctv

MA5300(config)#igmp-proxy profile modify index 1 join program index 1 to 3



// Create standard ACL99 to map video packets; create extend ACL100 to map voice packets.

MA5300(config)#access-list 99 permit 30.1.1.0 0.0.0.255

MA5300(config)#access-list 100 permit any 10.1.2.0 0.0.0.255


MA5300(config-if-Ethernet7/2/0)#traffic-priority input ip-group 99 cos video

MA5300(config-if-Ethernet7/2/0)#traffic-priority input ip-group 100 cos voice


//Activate ADSL ports and enable igmp-proxy quick-leave function on the ADSL ports.





1



Configuration

2.1 Triple Play Service – Single PVC Solution

2.1.1 Networking

Internet

DHCP Server

VoIP

SCU

A

D

E

F

A

D

E

F

CON

ETH

MON

FE=>0/7/2

FE=>0/7/3

FE=>0/7/4

FE=>0/7/5

Phone line

BAS

ETH5ETH8£ º20.1.1.1/30

DHCP Server

TV1Phone 1PC1

ADSL CPE

STBIAD

LanSwitch

TV1Phone 1PC1

ADSL CPE

STBIAD

LanSwitch

PC1

ADSL CPE

STBIAD

LanSwitch

ADSL CPE

STBIAD

LanSwitch

TV2Phone 2PC2

ADSL CPE

STBIAD

LanSwitch

TV2Phone 2PC2

ADSL CPE

STBIAD

LanSwitch

PC2

ADSL CPE

STBIAD

LanSwitch

ADSL CPE

STBIAD

LanSwitch

Video

L2

VLAN10,VLAN102

VLAN10

VLAN10VLAN10


Port 0/0/0 of the ADEF board is connected with an ADSL CPE. The ADSL CPE










Phone1/Phone2 and TV1/TV2 adopt Smart VLAN10 access.

Layer 3 interface address of the MA5600 Smart VLAN10 is 20.1.1.249/29.


1


address is 20.1.1.102/30.






30.1.1.0/29.




1483B mode. The CPE is configured with a PVC (VPI/VCI=0/35).






dial-up access.


PVC Solution.


//Configure management VLAN102 and IP address

MA5600(config)#vlan 102 mux

MA5600(config)#interface vlanif 102

MA5600(config-if-vlanif102)#ip address 20.1.1.102 255.255.255.252

MA5600(config-if-vlanif102)#quit

MA5600(config)#port vlan 102 0/7 2

//Configure traffic item for the users with 6M bandwidth

MA5600(config)#traffic table index 10 atm srvcategory ubr tdtype NoClpNoScr clp01Pcr

6000 priority 4 priority-policy tag-In-Package

//Configure VLAN10 and uplink/downlink port for PPPOE service.

MA5600(config)#vlan 10 smart


MA5600(config)#service-port vlan 10 adsl 0/0/0 vpi 0 vci 35 rx-cttr 10 tx-cttr 10


1




MA5600(config)#dhcp mode layer-3 mac-range



MA5600(config-mac-range-mac_for_iad)#mac-range 0050-ba00-0000 to 0050-baff-ffff


MA5600(config-mac-range-mac_for_iad)#quit


MA5600(config-mac-range-mac_for_stb)#mac-range 00b0-d000-0000 to 00b0-d0ff-ffff

MA5600(config-mac-range-mac_for_stb)#dhcp-server 0

MA5600(config-mac-range-mac_for_stb)#quit



MA5600(config-if-vlanif10)#ip address 10.1.2.254 255.255.255.0 sub


MA5600(config-if-vlanif10)#dhcp mac-range mac_for_iad gateway 10.1.2.254

MA5600(config-if-vlanif10)#dhcp mac-range mac_for_stb gateway 10.1.3.254






//BTV service configuration

MA5600(config)#btv

MA5600(config-btv)#igmp proxy enable

MA5600(config-btv)#igmp video-port vpi 0 vci 35

MA5600(config-btv)#igmp uplink-port 0/7/2 10

MA5600(config-btv)#igmp program add ip 224.10.0.1 vlan 10 bind 0/7/2


1



MA5600(config-btv)#igmp profile profile-index 0 ip 224.10.0.1 to-ip 224.10.0.3 watch

MA5600(config-btv)#igmp user add port 0/0/0 no-auth

MA5600(config-btv)#igmp user add port 0/1/0 auth max-program 2

MA5600(config-btv)#igmp user bind-profile port 0/1/0 profile-index-list 0

// Create standard ACL2000 to map video packets; create extend ACL3000 to map voice packets.

MA5600(config)#acl 2000

MA5600(config-acl-basic-2000)#rule permit source 30.1.1.0 0.0.0.255

MA5600(config-acl-basic-2000)#quit

MA5600(config)#traffic-priority inbound ip-group 2000 cos video port 0/7/2

MA5600(config)#acl 3000

MA5600(config-acl-adv-3000)#rule permit ip destination 10.1.2.0 0.0.0.255 source any

MA5600(config-acl-basic-3000)#quit

MA5600(config)#traffic-priority inbound ip-group 3000 cos voice port 0/7/2

1



2.2.1 Networking









Phone1/Phone2 connected with the IAD adopts DHCP access mode.



The IAD adopts Smart VLAN21 access. Layer 3 interface address of the Smart

VLAN21 is 20.1.1.14/30.

The STB adopts Smart VLAN22 access. Layer 3 interface address of the Smart

VLAN22 is 20.1.1.18/30.


address is 20.1.1.102/30.




1




30.1.1.0/24.




1483B mode. The CPE is configured with PVC1 (VPI/VCI=0/35), PVC2

(VPI/VCI=0/36) and PVC3 (VPI/VCI=0/37).






dial-up access.


PVC Solution.


//Configure management VLAN102 and IP address

MA5600(config)#vlan 102 mux





//Configure traffic item for the voice, video and PPPOE dial-up access users with 2M bandwidth.

MA5600(config)#traffic table index 10 atm srvcategory cbr tdtype noclpnoscr clp01Pcr 2000

priority 6 priority-policy pvc-Setting

MA5600(config)#traffic table index 11 atm srvcategory rt-vbr tdtype NoClpScrCdvt

clp01Pcr 4000 clp01Scr 2000 mbs 600 cdvt 10000000 priority 5 priority-policy pvc-Setting

MA5600(config)#traffic table index 12 atm srvcategory ubr tdtype noclpnoscr clp01Pcr 2000

priority 4 priority-policy pvc-Setting

//Configure VLAN10 and uplink/downlink port for PPPOE service.



1




//Configure VLAN21, VLAN22 and uplink/downlink ports for the IAD and the STB.











MA5600(config)#dhcp mode layer-3 mac-range



MA5600(config-mac-range-mac_for_iad)#mac-range 0050-ba00-0000 to 0050-baff-ffff


MA5600(config-mac-range-mac_for_iad)#quit


MA5600(config-mac-range-mac_for_stb)#mac-range 00b0-d000-0000 to 00b0-d0ff-ffff

MA5600(config-mac-range-mac_for_stb)#dhcp-server 0

MA5600(config-mac-range-mac_for_stb)#quit




MA5600(config-if-vlanif21)#dhcp mac-range mac_for_iad gateway 10.1.2.254




1



MA5600(config-if-vlanif22)#dhcp mac-range mac_for_stb gateway 10.1.3.254


// Add default route and the routes for multicast sources or servers according to actual conditions.




//BTV service configuration

MA5600(config)#btv

MA5600(config-btv)#igmp proxy enable

MA5600(config-btv)#igmp video-port vpi 0 vci 37

MA5600(config-btv)#igmp uplink-port 0/7/2 22




MA5600(config-btv)#igmp profile profile-index 0 ip 224.10.0.1 to-ip 224.10.0.3 watch

MA5600(config-btv)#igmp user add port 0/0/0 no-auth max-program 2

MA5600(config-btv)#igmp user add port 0/1/0 auth max-program 2

MA5600(config-btv)#igmp user bind-profile port 0/1/0 profile-index-list 0

1



Configuration


3.1.1 Networking


Port 0 of slot 0 of the ADLE board is connected with an ADSL CPE. The ADSL

CPE is down linked with a LanSwitch. The LanSwitch is down linked with PC1

and a STB terminal.

Port 0 of slot 1 of the ADLE board is connected with an ADSL CPE. The ADSL

CPE is down linked with a LanSwitch. The LanSwitch is down linked with PC2

and a STB terminal.



PC1/PC2 adopts cell VLAN10 access.

The STB adopts VLAN22 access.


address is 20.1.1.102/30.



2



30.1.1.0/24.

L2 transparently transmits VLAN10 and VLAN102 to the BAS, and VLAN22 to

the video network.


1483B mode. The CPE is configured with PVC1 (VPI/VCI=0/35) and PVC2

(VPI/VCI=0/36).





dial-up access.


PVC Solution.


//Enable 802.1p priority function; set priority limit to 4, and polling ratio of high priority to low

priority to 2:1.

MA5100(config-if-lan-0/15)#priority level 4 low-ratio 1 high-ratio 2

//Add traffic item for users with 6M bandwidth.

MA5100(config)#traffic table index 5 srvcategory rt-vbr tdtype clptaggingscrcdvt clp01pcr

12000 clp0scr 6000 mbs 600 cdvt 10000000 enppdisc on enepdisc on enshape off

//Configure in-band network management data.

MA5100(config)#interface lan 0/15

MA5100(config-if-lan-0/15)#operation-mode ipdslam

Are you sure to switch operation mode and reset current board?(y/n)[n]:y

MA5100(config-if-lan-0/15)#exit

MA5100(config)#atmlan netif 20.1.1.102 255.255.255.252

MA5100(config)#atmlan arp rfc1483b llc 0/15 vlanid 102

MA5100(config)#atmlan ip-access 20.1.1.101 255.255.255.252

MA5100(config)#atmlan ip-route 0.0.0.0 0.0.0.0 20.1.1.101

//Configure ADSL PPPOE user data


MA5100(config-if-lan-0/15)#vlan add 10 region 0 36

2



MA5100(config)#pvc adsl 0/0/0 region lan 0/15 vlan 10 off 0 anyvport_p anyvport_l rx-cttr 2

tx-cttr 2


tx-cttr 2

MA5100(config)#interface adsl 0/0

MA5100(config-if-adsl-0/0)#activate 0 100

MA5100(config-if-adsl-0/0)#exit

MA5100(config)#interface adsl 0/1

MA5100(config-if-adsl-0/1)#activate 0 100

MA5100(config-if-adsl-0/1)#exit

//Configure STB user data


MA5100(config-if-lan-0/15)#vlan add 22 region 0 35



tx-cttr 5


tx-cttr 5

//Configure multicast data

MA5100(config)#ntv mode proxy

MA5100(config)#ntv user-monitor on

MA5100(config)#ntv vpi 0

MA5100(config)#ntv vci 35

MA5100(config)#ntv default-vlan 22

MA5100(config)#ntv querier 30.1.1.253

MA5100(config)#igmp program add 1 224.10.0.1 22 disable



MA5100(config)#igmp profile add cctv

2


MA5100(config)#igmp profile modify cctv add-program name 1



MA5100(config)#igmp pvc 0/15 3 rt-vbr

MA5100(config)#igmp user add port 0/0/0 no-auth 2

MA5100(config)#igmp user add port 0/1/0 auth 2

MA5100(config)#igmp user right port 0/1/0 add profile-name cctv

2

Documents

03-Guide to DSLAM Triple Play Service Configuration ISSUE 1.0