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HP FlexFabric 5950 Series, Configuration Manual

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6 

group addresses. A packet destined for an address in this 
block will not be forwarded beyond the local subnet regardless 
of the TTL value in the IP header. 

224.0.1.0 to 238.255.255.255 

Globally scoped group addresses. This block includes the 
following types of designated group addresses: 

•

 

232.0.0.0/8

—SSM group addresses. 

•

 

233.0.0.0/8

—Glop group addresses. 

239.0.0.0 to 239.255.255.255 

Administratively scoped multicast addresses. These 
addresses are considered locally unique rather than globally 
unique. You can reuse them in domains administered by 
different organizations without causing conflicts. For more 
information, see RFC 2365. 

 

 

NOTE: 

Glop is a mechanism for assigning multicast addresses between different ASs. By filling an 
AS number into the middle two bytes of 233.0.0.0, you get 255 multicast addresses for that 
AS. For more information, see RFC 2770. 

 

Table 3 Common permanent multicast group addresses 

Address 

Description 

224.0.0.1 

All systems on this subnet, including hosts and routers. 

224.0.0.2 

All multicast routers on this subnet. 

224.0.0.3 

Unassigned. 

224.0.0.4 

DVMRP routers. 

224.0.0.5 

OSPF routers. 

224.0.0.6 

OSPF designated routers and backup designated routers. 

224.0.0.7 

Shared Tree (ST) routers. 

224.0.0.8 

ST hosts. 

224.0.0.9 

RIPv2 routers. 

224.0.0.11 

Mobile agents. 

224.0.0.12 

DHCP server/relay agent. 

224.0.0.13 

All Protocol Independent Multicast (PIM) routers. 

224.0.0.14 

RSVP encapsulation. 

224.0.0.15 

All Core-Based Tree (CBT) routers. 

224.0.0.16 

Designated SBM. 

224.0.0.17 

All SBMs. 

224.0.0.18 

VRRP. 

 

•

 

IPv6 multicast addresses: 

Summary of Contents for FlexFabric 5950 Series

Page 1: ...HPE FlexFabric 5950 Switch Series IP Multicast Configuration Guide Part number 5200 2212a Software version Release 6123 and later Document version 6W101 20170120 ...

Page 2: ...nd 12 212 Commercial Computer Software Computer Software Documentation and Technical Data for Commercial Items are licensed to the U S Government under vendor s standard commercial license Links to third party websites take you outside the Hewlett Packard Enterprise website Hewlett Packard Enterprise has no control over and is not responsible for information outside the Hewlett Packard Enterprise ...

Page 3: ... Configuring IGMP snooping port features 22 Setting aging timers for dynamic ports 22 Configuring static ports 23 Configuring a port as a simulated member host 24 Enabling fast leave processing 24 Disabling a port from becoming a dynamic router port 25 Configuring the IGMP snooping querier 25 Configuration prerequisites 25 Enabling the IGMP snooping querier 26 Configuring parameters for IGMP gener...

Page 4: ...t attributes 66 Assigning user ports to a multicast VLAN 67 Setting the maximum number of multicast VLAN forwarding entries 67 Displaying and maintaining multicast VLANs 68 Multicast VLAN configuration examples 68 Sub VLAN based multicast VLAN configuration example 68 Port based multicast VLAN configuration example 71 Configuring multicast routing and forwarding 75 Overview 75 RPF check mechanism ...

Page 5: ...07 IGMP proxying configuration example 110 Troubleshooting IGMP 111 No membership information on the receiver side router 111 Inconsistent membership information on the routers on the same subnet 111 Configuring PIM 113 Overview 113 PIM DM overview 113 PIM SM overview 115 BIDIR PIM overview 121 Administrative scoping overview 124 PIM SSM overview 126 Relationship among PIM protocols 127 PIM suppor...

Page 6: ...n intermediate router 169 An RP cannot join an SPT in PIM SM 169 An RPT cannot be built or multicast source registration fails in PIM SM 169 Configuring MSDP 171 Overview 171 How MSDP works 171 MSDP support for VPNs 176 Protocols and standards 176 MSDP configuration task list 177 Configuring basic MSDP features 177 Configuration prerequisites 177 Enabling MSDP 177 Specifying an MSDP peer 178 Confi...

Page 7: ...uration examples 227 Intra AS MD VPN configuration example 227 Intra AS M6VPE configuration example 240 MD VPN inter AS option B configuration example 255 MD VPN inter AS option C configuration example 269 Troubleshooting MD VPN 283 A default MDT cannot be established 283 An MVRF cannot be created 283 Configuring MLD snooping 285 Overview 285 MLD snooping ports 285 How MLD snooping works 287 MLD s...

Page 8: ...6 multicast group policy does not work 327 Configuring IPv6 PIM snooping 328 Overview 328 Configuring IPv6 PIM snooping 329 Displaying and maintaining IPv6 PIM snooping 330 IPv6 PIM snooping configuration example for VLANs 330 Network requirements 330 Configuration procedure 331 Verifying the configuration 333 Troubleshooting IPv6 PIM snooping 334 IPv6 PIM snooping does not work on a Layer 2 devic...

Page 9: ...guring MLD proxying 366 Configuration prerequisites 366 Enabling MLD proxying 366 Enabling IPv6 multicast forwarding on a non querier interface 367 Configuring IPv6 multicast load splitting on an MLD proxy 367 Enabling MLD NSR 367 Displaying and maintaining MLD 368 MLD configuration examples 368 Basic MLD features configuration examples 368 MLD SSM mapping configuration example 371 MLD proxying co...

Page 10: ...e of a join or prune message 411 Enabling BFD for IPv6 PIM 411 Enabling IPv6 PIM passive mode 411 Enabling IPv6 PIM NSR 412 Enabling SNMP notifications for IPv6 PIM 412 Displaying and maintaining IPv6 PIM 413 IPv6 PIM configuration examples 413 IPv6 PIM DM configuration example 413 IPv6 PIM SM non scoped zone configuration example 416 IPv6 PIM SM admin scoped zone configuration example 419 IPv6 BI...

Page 11: ...ast Unicast In unicast transmission the information source must send a separate copy of information to each host that needs the information Figure 1 Unicast transmission In Figure 1 Host B Host D and Host E need the information A separate transmission channel must be established from the information source to each of these hosts In unicast transmission the traffic transmitted over the network is p...

Page 12: ...n the same subnet Broadcast is disadvantageous in transmitting data to specific hosts Moreover broadcast transmission is a significant waste of network resources Multicast Multicast provides point to multipoint data transmissions with the minimum network consumption When some hosts on the network need multicast information the information sender or multicast source sends only one copy of the infor...

Page 13: ... is a multicast receiver set identified by an IP multicast address Hosts must join a multicast group to become members of the multicast group before they receive the multicast data addressed to that multicast group Typically a multicast source does not need to join a multicast group A multicast source is an information sender It can send data to multiple multicast groups at the same time Multiple ...

Page 14: ...ts a specific multicast source and G represents a specific multicast group For more information about the concepts RPT and SPT see Configuring PIM and Configuring IPv6 PIM Multicast benefits and applications Multicast benefits Enhanced efficiency Reduces the processor load of information source servers and network devices Optimal performance Reduces redundant traffic Distributed application Enable...

Page 15: ...eceivers exist on the network Host registration Where is the multicast source that will provide data to the receivers Multicast source discovery How is the information transmitted to the receivers Multicast routing IP multicast is an end to end service The multicast architecture involves the following parts Addressing mechanism A multicast source sends information to a group of receivers through a...

Page 16: ...ssigning multicast addresses between different ASs By filling an AS number into the middle two bytes of 233 0 0 0 you get 255 multicast addresses for that AS For more information see RFC 2770 Table 3 Common permanent multicast group addresses Address Description 224 0 0 1 All systems on this subnet including hosts and routers 224 0 0 2 All multicast routers on this subnet 224 0 0 3 Unassigned 224 ...

Page 17: ...dress not based on a unicast prefix When set to 1 this address is an IPv6 multicast address based on a unicast prefix The T bit must also be set to 1 T When set to 0 this address is an IPv6 multicast address permanently assigned by IANA When set to 1 this address is a transient or dynamically assigned IPv6 multicast address Scope The Scope field contains four bits which represent the scope of the ...

Page 18: ...esses As defined by IANA the most significant 16 bits of an IPv6 multicast MAC address are 0x3333 The least significant 32 bits are mapped from the least significant 32 bits of an IPv6 multicast address Therefore the problem of duplicate IPv6 to MAC address mapping also arises like IPv4 to MAC address mapping Figure 7 IPv6 to MAC address mapping Multicast protocols Multicast protocols include the ...

Page 19: ...blish and maintain multicast group memberships Multicast routing protocols A multicast routing protocol runs on Layer 3 multicast devices to establish and maintain multicast routes and correctly and efficiently forward multicast packets Multicast routes constitute loop free data transmission paths also known as multicast distribution trees from a data source to multiple receivers In the ASM model ...

Page 20: ...ages Then they add the ports that are interested in specific multicast data to a PIM snooping routing entry or IPv6 PIM snooping routing entry In this way multicast data can be forwarded to only the ports that are interested in the data Multicast VLAN and IPv6 multicast VLAN Multicast VLAN or IPv6 multicast VLAN runs on a Layer 2 device in a multicast network where multicast receivers for the same...

Page 21: ...routing and forwarding Multicast support for VPNs Multicast support for VPNs refers to multicast applied in VPNs Introduction to VPN instances VPNs are isolated from one another and from the public network As shown in Figure 10 VPN A and VPN B separately access the public network through PE devices Figure 10 VPN networking diagram The P device belongs to the public network The CE devices belong to...

Page 22: ...orwards multicast data based on the forwarding table or routing table for that VPN Implements the isolation between different VPNs Implements information exchange and data conversion between the public network and VPN instances For example as shown in Figure 10 a multicast source in VPN A sends multicast data to a multicast group Only receivers that belong to both the multicast group and VPN A can...

Page 23: ...r 2 switch forwards multicast packets of known multicast groups to only the receivers Figure 11 Multicast packet transmission without and with IGMP snooping IGMP snooping ports As shown in Figure 12 IGMP snooping runs on Switch A and Switch B and Host A and Host C are receivers in a multicast group IGMP snooping ports are divided into member ports and router ports Multicast packet transmission wit...

Page 24: ... in IGMP snooping is a Layer 2 interface Member ports On an IGMP snooping Layer 2 device the ports toward receiver hosts are called member ports In Figure 12 HundredGigE 1 0 2 and HundredGigE 1 0 3 of Switch A and HundredGigE 1 0 2 of Switch B are member ports Member ports contain the following types Dynamic member port When a port receives an IGMP report it is added to the associated dynamic IGMP...

Page 25: ...the matching forwarding entry does not contain the receiving port the Layer 2 device adds the receiving port to the outgoing interface list It also marks the receiving port as a dynamic member port and starts an aging timer for the port If a match is found and the matching forwarding entry contains the receiving port the Layer 2 device restarts the aging timer for the port In an application with a...

Page 26: ...uery to the multicast group through the receiving port After receiving the IGMP group specific query the Layer 2 device forwards the query through all router ports and member ports of the group in the VLAN or VSI Then it waits for the responding IGMP report from the directly connected hosts For the dynamic member port that received the leave message the Layer 2 device also performs one of the foll...

Page 27: ...und the device creates a forwarding entry with the receiving port as an outgoing interface It also marks the receiving port as a dynamic member port and starts an aging timer for the port Then it sends the report to all router ports Leave message After receiving the IGMP leave message on a port the device sends an IGMP group specific query through the receiving port The device sends the IGMP leave...

Page 28: ...ng port features Optional Setting aging timers for dynamic ports Configuring the IGMP snooping querier Optional Enabling the IGMP snooping querier Optional Configuring parameters for IGMP general queries and responses Configuring parameters for IGMP messages Optional Configuring source IP addresses for IGMP messages Optional Setting the 802 1p priority for IGMP messages Configuring IGMP snooping p...

Page 29: ...n takes effect Enabling IGMP snooping in IGMP snooping view Step Command Remarks 1 Enter system view system view N A 2 Enable IGMP snooping globally and enter IGMP snooping view igmp snooping By default IGMP snooping is globally disabled 3 Enable IGMP snooping for the specified VLANs enable vlan vlan list By default IGMP snooping is disabled for a VLAN Enabling IGMP snooping in VLAN or VSI view St...

Page 30: ...IGMP snooping view igmp snooping N A 3 Specify an IGMP snooping version for the specified VLANs version version number vlan vl an list The default setting is 2 Specifying an IGMP snooping version in VLAN or VSI view Step Command Remarks 1 Enter system view system view N A 2 Enter VLAN view or VSI view Enter VLAN view vlan vlan id Enter VSI view vsi vsi name N A 3 Specify an IGMP snooping version f...

Page 31: ...c multicast MAC address entry in interface view Step Command Remarks 1 Enter system view system view N A 2 Enter Layer 2 Ethernet interface or Layer 2 aggregate interface view interface interface type interface number N A 3 Configure a static multicast MAC address entry mac address multicast mac address vlan vlan id By default no static multicast MAC address entries exist Setting the IGMP last mem...

Page 32: ... group and multicast source Setting aging timers for dynamic ports When you set aging timers for dynamic ports follow these restrictions and guidelines If the memberships of multicast groups frequently change you can set a relatively small value for the aging timer of the dynamic member ports If the memberships of multicast groups rarely change you can set a relatively large value If a dynamic rou...

Page 33: ...conds Configuring static ports You can configure the following types of static ports Static member port When you configure a port as a static member port for a multicast group all hosts attached to the port will receive multicast data for the group The static member port does not respond to IGMP queries When you complete or cancel this configuration on a port the port does not send an unsolicited ...

Page 34: ...address source ip source address vla n vlan id By default the port is not a simulated member host Enabling fast leave processing This feature enables the device to immediately remove a port from the forwarding entry for a multicast group when the port receives a leave massage Configuration restrictions and guidelines When you enable fast leave processing follow these restrictions and guidelines Do...

Page 35: ...stream multicast routers These messages might affect the multicast routing protocol state such as the IGMP querier or DR election on the multicast routers This might further cause network interruption To solve these problems you can disable a port from becoming a dynamic router port This also improves network security and the control over receiver hosts To disable a port from becoming a dynamic ro...

Page 36: ... vlan vlan id Enter VSI view vsi vsi name N A 3 Enable the IGMP snooping querier igmp snooping querier By default the IGMP snooping querier is disabled Configuring parameters for IGMP general queries and responses CAUTION To avoid mistakenly deleting multicast group members make sure the IGMP general query interval is greater than the maximum response time for IGMP general queries You can modify t...

Page 37: ... igmp snooping max response time seconds The default setting is 10 seconds Enabling IGMP snooping proxying Before you enable IGMP snooping proxying for a VLAN enable IGMP snooping for the VLAN To enable IGMP snooping proxying Step Command Remarks 1 Enter system view system view N A 2 Enter VLAN view vlan vlan id N A 3 Enable IGMP snooping proxying for the VLAN igmp snooping proxy enable By default...

Page 38: ...IGMP general queries is the IP address of the current VLAN interface If the current VLAN interface does not have an IP address the source IP address is 0 0 0 0 4 Configure the source IP address for IGMP group specific queries igmp snooping special query source ip ip address By default the source IP address of IGMP group specific queries is one of the following The source address of IGMP group spec...

Page 39: ...s By default the source IP address of IGMP reports is the IP address of the gateway interface for a VSI If the gateway interface does not have an IP address the source IP address is 0 0 0 0 6 Configure the source IP address for IGMP leave messages igmp snooping leave source ip ip address By default the source IP address of IGMP leave messages is the IP address of the gateway interface for a VSI If...

Page 40: ...umber of multicast groups that a port can join Configuring a multicast group policy This feature enables the device to filter IGMP reports by using an ACL that specifies the multicast groups and the optional sources It is used to control the multicast groups that hosts can join Configuration restrictions and guidelines When you configure a multicast group policy follow these restrictions and guide...

Page 41: ...ast source port filtering in IGMP snooping view Step Command Remarks 1 Enter system view system view N A 2 Enter IGMP snooping view igmp snooping N A 3 Enable multicast source port filtering source deny port interface list By default multicast source port filtering is disabled Enabling multicast source port filtering in interface view Step Command Remarks 1 Enter system view system view N A 2 Ente...

Page 42: ...a port You can set the maximum number of multicast groups on a port to regulate the port traffic Configuration restrictions and guidelines When you set the maximum number of multicast groups on a port follow these restrictions and guidelines This configuration takes effect only on the multicast groups that a port joins dynamically If the number of multicast groups on a port exceeds the limit the s...

Page 43: ...replacement globally overflow replace vlan vlan list By default multicast group replacement is disabled globally Enabling multicast group replacement on a port Step Command Remarks 1 Enter system view system view N A 2 Enter Layer 2 Ethernet interface view or Layer 2 aggregate interface view interface interface type interface number N A 3 Enable multicast group replacement on a port igmp snooping ...

Page 44: ...ing statistics Display Layer 2 multicast fast forwarding entries display l2 multicast fast forwarding cache vlan vlan id source address group address slot slot number Display information about Layer 2 IP multicast groups display l2 multicast ip group group address source source address vlan vlan id vsi vsi name slot slot number Display Layer 2 IP multicast group entries display l2 multicast ip for...

Page 45: ...hough Host A and Host B fail to receive the multicast data Switch A will drop unknown multicast data instead of flooding it in VLAN 100 Figure 14 Network diagram Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Figure 14 Details not shown 2 Configure Router A Enable IP multicast routing RouterA system view RouterA multicast routing RouterA mrib quit Enab...

Page 46: ... 100 SwitchA igmp snooping quit Configure HundredGigE 1 0 3 and HundredGigE 1 0 4 as simulated member hosts of multicast group 224 1 1 1 SwitchA interface hundredgige 1 0 3 SwitchA HundredGigE1 0 3 igmp snooping host join 224 1 1 1 vlan 100 SwitchA HundredGigE1 0 3 quit SwitchA interface hundredgige 1 0 4 SwitchA HundredGigE1 0 4 igmp snooping host join 224 1 1 1 vlan 100 SwitchA HundredGigE1 0 4 ...

Page 47: ...cast data flows to the receivers along the path of Switch A Switch C In this case the multicast delivery is interrupted during the process For more information about the STP see Layer 2 LAN Switching Configuration Guide Configure HundredGigE 1 0 3 on Switch A as a static router port Then multicast data can flow to the receivers nearly uninterruptedly along the path of Switch A Switch C when the pa...

Page 48: ... 3 quit 4 Configure Switch B Enable IGMP snooping globally SwitchB system view SwitchB igmp snooping SwitchB igmp snooping quit Create VLAN 100 and assign HundredGigE 1 0 1 and HundredGigE 1 0 2 to the VLAN SwitchB vlan 100 SwitchB vlan100 port hundredgige 1 0 1 hundredgige 1 0 2 Enable IGMP snooping for VLAN 100 SwitchB vlan100 igmp snooping enable SwitchB vlan100 quit 5 Configure Switch C Enable...

Page 49: ...roup 224 1 1 1 IGMP snooping querier configuration example for VLANs Network requirements As shown in Figure 16 The network is a Layer 2 only network Source 1 and Source 2 send multicast data to multicast groups 224 1 1 1 and 225 1 1 1 respectively Host A and Host C are receivers of multicast group 224 1 1 1 and Host B and Host D are receivers of multicast group 225 1 1 1 All host receivers run IG...

Page 50: ...ies SwitchA vlan100 igmp snooping general query source ip 192 168 1 1 In VLAN 100 specify 192 168 1 1 as the source IP address of IGMP group specific queries SwitchA vlan100 igmp snooping special query source ip 192 168 1 1 SwitchA vlan100 quit 2 Configure Switch B Enable IGMP snooping globally SwitchB system view SwitchB igmp snooping SwitchB igmp snooping quit Create VLAN 100 and assign HundredG...

Page 51: ... vlan100 port hundredgige 1 0 1 to hundredgige 1 0 2 Enable IGMP snooping and enable dropping unknown multicast data for VLAN 100 SwitchD vlan100 igmp snooping enable SwitchD vlan100 igmp snooping drop unknown SwitchD vlan100 quit Verifying the configuration Display statistics for IGMP messages and PIMv2 hello messages learned through IGMP snooping on Switch B SwitchB display igmp snooping statist...

Page 52: ...ls not shown 2 Configure Router A Enable IP multicast routing RouterA system view RouterA multicast routing RouterA mrib quit Enable IGMP and PIM DM on HundredGigE 1 0 1 RouterA interface hundredgige 1 0 1 RouterA HundredGigE1 0 1 igmp enable RouterA HundredGigE1 0 1 pim dm RouterA HundredGigE1 0 1 quit Enable PIM DM on HundredGigE 1 0 2 RouterA interface hundredgige 1 0 2 RouterA HundredGigE1 0 2...

Page 53: ...0 1 are member ports of multicast group 224 1 1 1 Both Host A and Host B will receive multicast data for the group Display information about IGMP group entries on Router A RouterA display igmp group IGMP groups in total 1 HundredGigE1 0 1 10 1 1 1 IGMP groups reported in total 1 Group address Last reporter Uptime Expires 224 1 1 1 0 0 0 0 00 00 31 00 02 03 Send an IGMP leave message to leave multi...

Page 54: ...the switches on the VPLS network Details not shown 3 Configure CE 1 Enable IGMP snooping globally CE1 system view CE1 igmp snooping CE1 igmp snooping quit Create VLAN 100 and assign HundredGigE 1 0 2 to VLAN 100 CE1 vlan 100 CE1 vlan100 port hundredgige 1 0 2 In VLAN 100 enable IGMP snooping and enable dropping unknown multicast data CE1 vlan100 igmp snooping enable CE1 vlan100 igmp snooping drop ...

Page 55: ... assign it to VLAN 100 CE2 interface hundredgige 1 0 1 CE2 HundredGigE1 0 1 port link type trunk CE2 HundredGigE1 0 1 port trunk permit vlan 100 CE2 HundredGigE1 0 1 quit 5 Configure CE 3 Enable IGMP snooping globally CE3 system view CE3 igmp snooping CE3 igmp snooping quit Create VLAN 100 and assign HundredGigE 1 0 2 to VLAN100 CE3 vlan 100 CE3 vlan100 port hundredgige 1 0 2 In VLAN 100 enable IG...

Page 56: ...Bind HundredGigE 1 0 1 to VSI aaa PE1 interface hundredgige 1 0 1 PE1 HundredGigE1 0 1 service instance 1 PE1 HundredGigE1 0 1 srv1 encapsulation s vid 5 PE1 HundredGigE1 0 1 srv1 xconnect vsi aaa PE1 HundredGigE1 0 1 srv1 quit PE1 HundredGigE1 0 1 quit Enable IGMP snooping globally PE1 igmp snooping PE1 igmp snooping quit Enable IGMP snooping and enable dropping unknown multicast data for VSI aaa...

Page 57: ... vsi aaa PE2 HundredGigE1 0 1 srv1 quit PE2 HundredGigE1 0 1 quit Enable IGMP snooping globally PE2 igmp snooping PE2 igmp snooping quit In VSI aaa enable IGMP snooping and enable dropping unknown multicast data PE2 vsi aaa PE2 vsi aaa igmp snooping enable PE2 vsi aaa igmp snooping drop unknown PE2 vsi aaa quit 8 Configure PE 3 Configure the LSR ID as 3 3 3 3 for the local node and enable L2VPN an...

Page 58: ...pping unknown multicast data PE3 vsi aaa PE3 vsi aaa igmp snooping enable PE3 vsi aaa igmp snooping drop unknown PE3 vsi aaa quit Verifying the configuration Display detailed information about dynamic IGMP snooping group entries for VSI aaa on PE 1 PE1 display igmp snooping group vsi aaa verbose Total 1 entries VSI aaa Total 1 entries 0 0 0 0 225 0 0 1 Attribute global port FSM information normal ...

Page 59: ...t dynamic IGMP snooping group entries for VSI aaa on PE 3 PE3 display igmp snooping group vsi aaa verbose Total 1 entries VSI aaa Total 1 entries 0 0 0 0 225 0 0 1 Attribute global port FSM information normal Host slots 0 in total Host ports 1 in total GE1 0 1 Link ID 0 00 02 04 VLAN pairs 1 in total Outer VLAN 100 Inner VLAN 0 00 02 04 Display detailed information about dynamic router ports for V...

Page 60: ...address and subnet mask to each interface on the transport network as shown in Table 7 Details not shown 2 Configure OSPF on all the switches in the transport network Details not shown 3 Configure Switch A Enable L2VPN SwitchA system view SwitchA l2vpn enable Enable Layer 2 forwarding for VXLANs SwitchA undo vxlan ip forwarding Create a VSI named vpna and create VXLAN 10 SwitchA vsi vpna SwitchA v...

Page 61: ... address of the tunnel interface are 1 1 1 1 and 3 3 3 3 respectively SwitchA interface tunnel 2 mode vxlan SwitchA Tunnel2 source 1 1 1 1 SwitchA Tunnel2 destination 3 3 3 3 SwitchA Tunnel2 quit Assign Tunnel 1 and Tunnel 2 to VXLAN 10 SwitchA vsi vpna SwitchA vsi vpna vxlan 10 SwitchA vsi vpna vxlan 10 tunnel 1 SwitchA vsi vpna vxlan 10 tunnel 2 SwitchA vsi vpna vxlan 10 quit SwitchA vsi vpna qu...

Page 62: ...erface tunnel 2 mode vxlan SwitchB Tunnel2 source 2 2 2 2 SwitchB Tunnel2 destination 1 1 1 1 SwitchB Tunnel2 quit Create a VXLAN tunnel to Switch C The tunnel interface name is Tunnel 3 The source address and destination address of the tunnel interface are 2 2 2 2 and 3 3 3 3 respectively SwitchB interface tunnel 3 mode vxlan SwitchB Tunnel3 source 2 2 2 2 SwitchB Tunnel3 destination 3 3 3 3 Swit...

Page 63: ... vpna igmp snooping querier SwitchC vsi vpna quit Assign an IP address to Loopback 0 This address will be used as the source address of the VXLAN tunnels to Switch A and Switch B SwitchC interface loopback 0 SwitchC Loopback0 ip address 3 3 3 3 255 255 255 255 SwitchC Loopback0 quit Create a VXLAN tunnel to Switch A The tunnel interface name is Tunnel 1 The source address and destination address o...

Page 64: ...N ID 10 00 04 17 Display dynamic router port information for VSI vpna on Switch B SwitchB display igmp snooping router port vsi vpna VSI vpna Router ports 1 in total Tun3 VXLAN ID 10 00 04 07 Troubleshooting IGMP snooping Layer 2 multicast forwarding cannot function Symptom Layer 2 multicast forwarding cannot function on the Layer 2 device Solution To resolve the problem 1 Use the display igmp sno...

Page 65: ...in IGMP snooping view or in a corresponding interface view to verify that the correct multicast group policy has been applied If the applied policy is not correct use the group policy or igmp snooping group policy command to apply the correct multicast group policy 3 Use the display igmp snooping command to verify that dropping unknown multicast data is enabled If it is not use the igmp snooping d...

Page 66: ...ect to the PIM routers are in the same VLAN or VSI When the Layer 2 switch runs only IGMP snooping it performs the following actions a Maintains the router ports according to the received PIM hello messages that PIM routers send b Floods all other types of received PIM messages except PIM hello messages in the VLAN or VSI c Forwards all multicast data to all router ports in the VLAN or VSI Multica...

Page 67: ...maller than the path MTU of devices connected to PIM snooping devices Otherwise fragmented PIM join or prune messages prevent PIM snooping from correctly forwarding multicast data For more information about setting the maximum size of a join or prune message see Configuring PIM To configure PIM snooping for a VLAN or VSI you must enable IGMP snooping globally on the Layer 2 device and then enable ...

Page 68: ...d vsi vsi name slot slot number verbose Display statistics for the PIM messages learned through PIM snooping display pim snooping statistics Clear statistics for the PIM messages learned through PIM snooping reset pim snooping statistics PIM snooping configuration example for VLANs Network requirements As shown in Figure 21 OSPF runs on the network Source 1 and Source 2 send multicast data to mult...

Page 69: ... Set the maximum size of a join or prune message to 1400 bytes RouterA pim RouterA pim jp pkt size 1400 Configure HundredGigE 1 0 2 as a C BSR and a C RP RouterA pim c bsr 10 1 1 1 RouterA pim c rp 10 1 1 1 RouterA pim quit 4 Configure Router B Enable IP multicast routing RouterB system view RouterB multicast routing RouterB mrib quit Enable PIM SM on each interface RouterB interface hundredgige 1...

Page 70: ...undredGigE1 0 2 quit Set the maximum size of a join or prune message to 1400 bytes RouterC pim RouterC pim jp pkt size 1400 6 Configure Router D Enable IP multicast routing RouterD system view RouterD multicast routing RouterD mrib quit Enable IGMP on HundredGigE 1 0 1 RouterD interface hundredgige 1 0 1 RouterD HundredGigE1 0 1 igmp enable RouterD HundredGigE1 0 1 quit Enable PIM SM on HundredGig...

Page 71: ... 10 1 1 3 Ports 1 in total HGE1 0 3 00 32 43 10 1 1 4 Ports 1 in total HGE1 0 4 00 32 43 The output shows that Router A Router B Router C and Router D are PIM snooping neighbors On Switch A display PIM snooping routing entries for VLAN 100 SwitchA display pim snooping routing table vlan 100 Total 2 entries FSM Flag NI no info J join PP prune pending VLAN 100 Total 2 entries 224 1 1 1 Upstream neig...

Page 72: ...ice Symptom PIM snooping does not work on a Layer 2 device Solution To resolve the problem 1 Use the display current configuration command to display information about IGMP snooping and PIM snooping 2 If IGMP snooping is not enabled enable IGMP snooping globally and then enable IGMP snooping and PIM snooping for the VLAN or VSI 3 If PIM snooping is not enabled enable PIM snooping for the VLAN or V...

Page 73: ...n Switch B Switch A sends only one copy of the multicast data to the multicast VLAN on Switch B This method saves network bandwidth and lessens the burden on the Layer 3 device Multicast VLANs include sub VLAN based multicast VLANs and port based multicast VLANs Sub VLAN based multicast VLAN As shown in Figure 23 Host A Host B and Host C are in VLAN 2 through VLAN 4 respectively On Switch B VLAN 1...

Page 74: ... VLAN 10 IGMP snooping is enabled for the multicast VLAN and VLAN 2 through VLAN 4 Figure 24 Port based multicast VLAN IGMP snooping manages the router ports and member ports in the multicast VLAN When Switch A receives multicast data from the multicast source it sends only one copy of the multicast data to the multicast VLAN on Switch B Switch B sends a separate copy to each user port in the mult...

Page 75: ...rwarding entries When you configure the multicast VLANs follow these guidelines If you have configured both a sub VLAN based multicast VLAN and a port based multicast VLAN on a device the port based multicast VLAN configuration takes effect The multicast VLAN feature does not take effect on secondary VLANs As a best practice do not configure the multicast VLAN feature for secondary VLANs For more ...

Page 76: ...ng for the VLAN to be configured as the multicast VLAN Enable IGMP snooping for all the VLANs that contain the multicast receivers Configuring user port attributes Step Command Remarks 1 Enter system view system view N A 2 Enter interface view interface interface type interface number N A 3 Configure the link type of the user port as hybrid port link type hybrid The default setting is access For m...

Page 77: ...ast VLAN in interface view Step Command Remarks 1 Enter system view system view N A 2 Configure a VLAN as a multicast VLAN and enter its view multicast vlan vlan id By default a VLAN is not a multicast VLAN 3 Return to system view quit N A 4 Enter interface view interface interface type interface number N A 5 Assign the current port to the multicast VLAN port multicast vlan vlan id By default a us...

Page 78: ...ce address mask mask length mask slot slot number subvlan vlan id vlan vlan id Clear multicast groups in multicast VLANs reset multicast vlan group source address mask mask length mask group address mask mask length mask vlan vlan id Multicast VLAN configuration examples Sub VLAN based multicast VLAN configuration example Network requirements As shown in Figure 25 Layer 3 device Switch A runs IGMP...

Page 79: ...A vlan 10 SwitchA vlan10 quit Configure HundredGigE 1 0 1 as a hybrid port and assign the port to VLAN 10 as a tagged VLAN member SwitchA interface hundredgige 1 0 1 SwitchA HundredGigE1 0 1 port link type hybrid SwitchA HundredGigE1 0 1 port hybrid vlan 10 tagged SwitchA HundredGigE1 0 1 quit Assign an IP address to VLAN interface 10 and enable IGMP on the interface SwitchA interface vlan interfa...

Page 80: ...nable SwitchB vlan4 quit Create VLAN 10 and enable IGMP snooping for the VLAN SwitchB vlan 10 SwitchB vlan10 igmp snooping enable SwitchB vlan10 quit Configure HundredGigE 1 0 1 as a hybrid port and assign the port to VLAN 10 as a tagged VLAN member SwitchB interface hundredgige 1 0 1 SwitchB HundredGigE1 0 1 port link type hybrid SwitchB HundredGigE1 0 1 port hybrid vlan 10 tagged SwitchB Hundred...

Page 81: ... runs IGMPv2 snooping The multicast source sends multicast data to multicast group 224 1 1 1 Receivers Host A Host B and Host C belong to VLAN 2 VLAN 3 and VLAN 4 respectively Configure a port based multicast VLAN on Switch B to meet the following requirements Switch A sends multicast data to Switch B through the multicast VLAN Switch B forwards the multicast data to the receivers in different use...

Page 82: ...A Vlan interface10 quit 2 Configure Switch B Enable IGMP snooping globally SwitchB system view SwitchB igmp snooping SwitchB igmp snooping quit Create VLAN 10 assign HundredGigE 1 0 1 to the VLAN and enable IGMP snooping for the VLAN SwitchB vlan 10 SwitchB vlan10 port hundredgige 1 0 1 SwitchB vlan10 igmp snooping enable SwitchB vlan10 quit Create VLAN 2 and enable IGMP snooping for the VLAN Swit...

Page 83: ...1 0 4 port link type hybrid SwitchB HundredGigE1 0 4 port hybrid pvid vlan 4 Assign HundredGigE 1 0 4 to VLAN 4 and VLAN 10 as an untagged VLAN member SwitchB HundredGigE1 0 4 port hybrid vlan 4 untagged SwitchB HundredGigE1 0 4 port hybrid vlan 10 untagged SwitchB HundredGigE1 0 4 quit Configure VLAN 10 as a multicast VLAN SwitchB multicast vlan 10 Assign HundredGigE 1 0 2 and HundredGigE 1 0 3 t...

Page 84: ... Host ports 3 in total HGE1 0 2 00 03 23 HGE1 0 3 00 04 07 HGE1 0 4 00 04 16 The output shows that IGMP snooping maintains the user ports in the multicast VLAN VLAN 10 Switch B will forward the multicast data of VLAN 10 through these user ports ...

Page 85: ...hat travels along the RPT the packet source is the RP For a bootstrap message originated from the BSR the packet source is the BSR For more information about the concepts of SPT RPT source side RPT RP and BSR see Configuring PIM 2 The router selects one of the three optimal routes as the RPF route as follows If the router uses the longest prefix match principle the route with the highest subnet ma...

Page 86: ...e back to the packet source Then the router performs one of the following actions If the RPF interface is the incoming interface it means that the forwarding entry is correct but the packet traveled along a wrong path The packet fails the RPF check and the router discards the packet If the RPF interface is not the incoming interface it means that the forwarding entry has expired The router replace...

Page 87: ...ulticast traffic that is different from the transmission path for unicast traffic Figure 28 Changing an RPF route As shown in Figure 28 when no static multicast route is configured Device C s RPF neighbor on the path back to the source is Device A The multicast data from the source travels through Device A to Device C You can configure a static multicast route on Device C and specify Device B as D...

Page 88: ...ross unicast subnets Routers forward the multicast data from a multicast source hop by hop along the forwarding tree but some routers might not support multicast protocols in a network When the multicast data is forwarded to a router that does not support IP multicast the forwarding path is blocked In this case you can enable multicast forwarding across two unicast subnets by establishing a tunnel...

Page 89: ...nfiguring multicast load splitting Optional Configuring a multicast forwarding boundary Optional Enabling multicast forwarding between sub VLANs of a super VLAN NOTE The device can route and forward multicast data only through the primary IP addresses of interfaces rather than their secondary addresses or unnumbered IP addresses For more information about primary and secondary IP addresses and IP ...

Page 90: ... number preference preference By default no static multicast routes exist 3 Optional Delete static multicast routes Delete a specific static multicast route undo ip rpf route static vpn instance vpn instance name source address mask length mask rpf nbr address interface type interface number Delete all static multicast routes delete ip rpf route static vpn instance vp n instance name N A Specifyin...

Page 91: ... group range TIP You do not need to enable IP multicast routing before this configuration To configure a multicast forwarding boundary Step Command Remarks 1 Enter system view system view N A 2 Enter interface view interface interface type interface number N A 3 Configure the interface as a multicast forwarding boundary for a multicast group range multicast boundary group address mask length mask ...

Page 92: ...the MRIB display mrib vpn instance vpn instance name interface interface type interface number Display multicast boundary information display multicast vpn instance vpn instance name boundary gro up address mask length mask interface interface type interface number Display multicast fast forwarding entries display multicast vpn instance vpn instance name fast forwarding cache source address group ...

Page 93: ...stance name forwarding event Clear multicast forwarding entries reset multicast vpn instance vpn instance name forwarding table source address mask mask length mask group address mask mask length mask incoming interface interface type interface number all Clear multicast routing entries reset multicast vpn instance vpn instance name routing table source address mask mask length mask group address ...

Page 94: ...e100 quit Enable PIM DM on other interfaces SwitchB interface vlan interface 101 SwitchB Vlan interface101 pim dm SwitchB Vlan interface101 quit SwitchB interface vlan interface 102 SwitchB Vlan interface102 pim dm SwitchB Vlan interface102 quit On Switch A enable IP multicast routing SwitchA system view SwitchA multicast routing SwitchA mrib quit Enable PIM DM on each interface SwitchA interface ...

Page 95: ...B and specify Switch C as its RPF neighbor on the route to Source SwitchB ip rpf route static 50 1 1 100 24 20 1 1 2 Verifying the configuration Display RPF information for Source on Switch B SwitchB display multicast rpf info 50 1 1 100 RPF information about source 50 1 1 100 RPF interface Vlan interface101 RPF neighbor 20 1 1 2 Referenced route mask 50 1 1 0 24 Referenced route type multicast st...

Page 96: ... SwitchC Vlan interface101 quit On Switch A enable IP multicast routing SwitchA system view SwitchA multicast routing SwitchA mrib quit Enable PIM DM on each interface SwitchA interface vlan interface 300 SwitchA Vlan interface300 pim dm SwitchA Vlan interface300 quit SwitchA interface vlan interface 102 SwitchA Vlan interface102 pim dm SwitchA Vlan interface102 quit Enable IP multicast routing an...

Page 97: ...102 RPF neighbor 30 1 1 2 Referenced route mask 50 1 1 0 24 Referenced route type multicast static Route selection rule preference preferred Load splitting rule disable Display RPF information for Source 2 on Switch C SwitchC display multicast rpf info 50 1 1 100 RPF information about source 50 1 1 100 RPF interface Vlan interface101 RPF neighbor 20 1 1 2 Referenced route mask 50 1 1 0 24 Referenc...

Page 98: ... SwitchA Tunnel2 destination 30 1 1 2 SwitchA Tunnel2 quit On Switch C create service loopback group 1 and specify the unicast tunnel service for the group SwitchC system view SwitchC service loopback group 1 type tunnel Add HundredGigE 1 0 3 to service loopback group 1 HundredGigE 1 0 3 does not belong to VLAN 200 or VLAN 102 SwitchC interface hundredgige 1 0 3 SwitchC HundredGigE1 0 3 port servi...

Page 99: ...itchC Vlan interface200 igmp enable SwitchC Vlan interface200 quit Enable PIM DM on VLAN interface 102 SwitchC interface vlan interface 102 SwitchC Vlan interface102 pim dm SwitchC Vlan interface102 quit Enable PIM DM on Tunnel 2 SwitchC interface tunnel 2 SwitchC Tunnel2 pim dm SwitchC Tunnel2 quit 5 On Switch C configure a static multicast route to Source and specify Tunnel 2 on Switch A as the ...

Page 100: ...routing and forwarding Static multicast route failure Symptom No dynamic routing protocol is enabled on the routers and the physical status and link layer status of interfaces are both up but the static multicast route fails Solution To resolve the problem 1 Use the display multicast routing table static command to display information about static multicast routes Verify that the static multicast ...

Page 101: ...hat run IGMP on the same subnet can get IGMP membership report messages called reports from hosts However only one router can act as the IGMP querier to send IGMP query messages called queries The querier election mechanism determines which router acts as the IGMP querier on the subnet In IGMPv1 the DR elected by the multicast routing protocol such as PIM acts as the IGMP querier For more informat...

Page 102: ...tops sending reports to that multicast group If the subnet has no members for a multicast group the IGMP routers will not receive any report addressed to that multicast group In this case the routers clear the information for that multicast group after a period of time IGMPv2 enhancements Backwards compatible with IGMPv1 IGMPv2 has introduced a querier election mechanism and a leave group mechanis...

Page 103: ...icast sources When a host joins a multicast group one of the following occurs If the host expects to receive multicast data from specific sources like S1 S2 it sends a report with the Filter Mode denoted as Include Sources S1 S2 If the host expects to reject multicast data from specific sources like S1 S2 it sends a report with the Filter Mode denoted as Exclude Sources S1 S2 As shown in Figure 35...

Page 104: ...changed from Exclude to Include TO_EX The filtering mode has changed from Include to Exclude ALLOW The Source Address field contains a list of additional sources from which the receiver wants to obtain data If the current filtering mode is Include these sources are added to the multicast source list If the current filtering mode is Exclude these sources are deleted from the multicast source list B...

Page 105: ...range and matches IGMP SSM mappings Router A translates G in the report into G INCLUDE S1 S2 to provide SSM services NOTE The IGMP SSM mapping feature does not process IGMPv3 reports For more information about SSM group ranges see Configuring PIM IGMP proxying As shown in Figure 37 in a simple tree shaped topology it is not necessary to run multicast routing protocols such as PIM on edge devices I...

Page 106: ...n this membership database The host interfaces respond to queries according to the membership database or send join leave messages when the database changes The router interfaces participate in the querier election send queries and maintain memberships based on received IGMP reports IGMP support for VPNs IGMP maintains group memberships on a per interface basis After receiving an IGMP message on a...

Page 107: ...e you configure basic IGMP features complete the following tasks Configure any unicast routing protocol so that all devices can interoperate at the network layer Configure PIM Determine the IGMP version Determine the multicast group and multicast source addresses for static group member configuration Determine the ACL to be used in the multicast group policy Enabling IGMP Enable IGMP on the interf...

Page 108: ...s a static group member has the following restrictions If the interface is IGMP and PIM SM enabled it must be a PIM SM DR If the interface is IGMP enabled but not PIM SM enabled it must be an IGMP querier For more information about PIM SM and DR see Configuring PIM Configuration procedure To configure a static group member Step Command Remarks 1 Enter system view system view N A 2 Enter interface ...

Page 109: ...sends group specific queries after receiving a leave message In IGMPv3 it sets the interval at which a querier sends group and source specific queries after receiving a report that changes multicast source and group mappings IGMP last member query count In IGMPv2 it sets the number of group specific queries that a querier sends after receiving a leave message In IGMPv3 it sets the number of group ...

Page 110: ... IGMP view igmp vpn instance vpn instance nam e N A 3 Set the IGMP querier s robustness variable robust count count By default the IGMP querier s robustness variable is 2 4 Set the IGMP startup query interval startup query interval interval By default the IGMP startup query interval equals one quarter of the IGMP general query interval 5 Set the IGMP startup query count startup query count count B...

Page 111: ...ult the IGMP last member query count equals the IGMP querier s robustness variable 9 Set the maximum response time for IGMP general queries igmp max response time time By default the maximum response time for IGMP general queries is 10 seconds 10 Set the IGMP other querier present timer igmp other querier present inte rval interval By default the IGMP other querier present timer is calculated by u...

Page 112: ...ng Configuration prerequisites Before you configure the IGMP proxying feature complete the following tasks 1 Configure a unicast routing protocol so that all devices in the domain can interoperate at the network layer 2 Determine the router interfaces and host interfaces based on the network topology 3 Enable IGMP on the router interfaces Enabling IGMP proxying When you enable IGMP proxying follow...

Page 113: ...icast forwarding on the interface to forward multicast data to attached receiver hosts Configuration restrictions and guidelines A shared media network might have multiple MLD proxies including one proxy acting as a querier To avoid duplicate multicast traffic do not enable multicast forwarding on any of the non querier MLD proxies for the network Configuration procedure To enable multicast forwar...

Page 114: ...nds in user view Task Command Display information about IGMP multicast groups display igmp vpn instance vpn instance name group group address interface interface type interface number static verbose Display IGMP information for interfaces display igmp vpn instance vpn instance name interface interface type interface number host proxy verbose Display multicast group membership information maintaine...

Page 115: ...s a lower IP address Configure the routers to meet the following requirements The hosts in N1 can join only multicast group 224 1 1 1 The hosts in N2 can join any multicast groups Figure 38 Network diagram Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Figure 38 Details not shown 2 Configure OSPF on the switches in the PIM DM domain Details not shown 3...

Page 116: ...view SwitchC multicast routing SwitchC mrib quit Enable IGMP on VLAN interface 200 SwitchC interface vlan interface 200 SwitchC Vlan interface200 igmp enable SwitchC Vlan interface200 quit Enable PIM DM on VLAN interface 202 SwitchC interface vlan interface 202 SwitchC Vlan interface202 pim dm SwitchC Vlan interface202 quit 4 Configure a multicast group policy on Switch A so that hosts connected t...

Page 117: ...ticast packets to multicast groups in the SSM group range 232 1 1 0 24 Configure the IGMP SSM mapping feature on Switch D so that the receiver host can receive multicast data only from Source 1 and Source 3 Figure 39 Network diagram Table 8 Interface and IP address assignment Device Interface IP address Device Interface IP address Source 1 133 133 1 1 24 Source 3 133 133 3 1 24 Source 2 133 133 2 ...

Page 118: ...erface104 pim sm SwitchD Vlan interface104 quit On Switch A enable IP multicast routing SwitchA system view SwitchA multicast routing SwitchA mrib quit Enable PIM SM on each interface SwitchA interface vlan interface 100 SwitchA Vlan interface100 pim sm SwitchA Vlan interface100 quit SwitchA interface vlan interface 101 SwitchA Vlan interface101 pim sm SwitchA Vlan interface101 quit SwitchA interf...

Page 119: ...ly joined SwitchD display igmp group IGMP groups in total 1 Vlan interface400 133 133 4 2 IGMP groups reported in total 1 Group address Last reporter Uptime Expires 232 1 1 1 133 133 4 1 00 02 04 off Display PIM routing entries on Switch D SwitchD display pim routing table Total 0 G entry 2 S G entry 133 133 1 1 232 1 1 1 RP 192 168 4 1 Protocol pim ssm Flag UpTime 00 13 25 Upstream interface Vlan...

Page 120: ...ce as shown in Figure 40 Details not shown 2 Enable IP multicast routing PIM DM IGMP and IGMP proxying On Switch A enable IP multicast routing SwitchA system view SwitchA multicast routing SwitchA mrib quit Enable PIM DM on VLAN interface 101 SwitchA interface vlan interface 101 SwitchA Vlan interface101 pim dm SwitchA Vlan interface101 quit Enable IGMP on VLAN interface 100 SwitchA interface vlan...

Page 121: ...exists on the router closest to that host Solution To resolve the problem 1 Use the display igmp interface command to verify that the networking interface connection and IP address configuration are correct 2 Use the display current configuration command to verify that multicast routing is enabled If it is not enabled use the multicast routing command in system view to enable IP multicast routing ...

Page 122: ... interfaces 2 Use the display igmp interface command on all routers on the same subnet to verify the IGMP related timer settings Make sure the settings are consistent on all the routers 3 Use the display igmp interface command to verify that all routers on the same subnet are running the same IGMP version 4 If the problem persists contact Hewlett Packard Enterprise Support ...

Page 123: ...work Branches without downstream receivers are pruned from the forwarding trees When a pruned branch has new receivers the graft mechanism turns the pruned branch into a forwarding branch In PIM DM the multicast forwarding paths for a multicast group constitutes a forwarding tree The forwarding tree is rooted at the multicast source and has multicast group members as its leaves Because the forward...

Page 124: ... forwarding branches Graft A previously pruned branch might have new downstream receivers To reduce the latency for resuming the forwarding capability of this branch a graft mechanism is used as follows 1 The node that needs to receive the multicast data sends a graft message to its upstream node telling it to rejoin the SPT 2 After receiving this graft message on an interface the upstream node ad...

Page 125: ... uses the flood and prune cycles to build SPTs for multicast data forwarding Although an SPT has the shortest paths from the multicast source to the receivers it is built with a low efficiency Therefore PIM DM is not suitable for large and medium sized networks PIM SM uses the pull mode for multicast forwarding and it is suitable for large and medium sized networks with sparsely and widely distrib...

Page 126: ... is enough for multicast forwarding throughout the network In this case you can specify a static RP on each router in the PIM SM domain However in a PIM SM network that covers a wide area a huge amount of multicast data is forwarded by the RP To lessen the RP burden and optimize the topological structure of the RPT you can configure multiple candidate RPs C RPs in a PIM SM domain An RP is dynamica...

Page 127: ... redundancy backup among RPs by configuring multiple RPs with the same IP address A multicast source registers with the closest RP or a receiver joins the closest RP to implement source information synchronization Anycast RP has the following benefits Optimal RP path A multicast source registers with the closest RP to build an optimal SPT A receiver joins the closest RP to build an optimal RPT Red...

Page 128: ...siders that the register message is from the DR RP 1 changes the source IP address of the register message to its own address and sends the message to the other members RP 2 and RP 3 If a router acts as both a DR and an RP it creates a register message and then forwards the message to the other RP members b After receiving the register message RP 2 and RP 3 find out that the source address of the ...

Page 129: ...eaches the RP the RP forwards the data to the DR along the established RPT and finally to the receiver When a receiver is no longer interested in the multicast data addressed to the multicast group G the receiver side DR sends a prune message The prune message goes hop by hop along the RPT to the RP After receiving the prune message the upstream node deletes the interface that connects to this dow...

Page 130: ...R to prevent the DR from unnecessarily encapsulating the data Switchover to SPT CAUTION If the switch is an RP disabling switchover to SPT might cause multicast traffic forwarding failures on the source side DR When disabling switchover to SPT be sure you fully understand its impact on your network In a PIM SM domain only one RP and one RPT provide services for a specific multicast group Before th...

Page 131: ...M does For more information see Assert BIDIR PIM overview In some many to many applications such as a multi side video conference multiple receivers of a multicast group might be interested in the multicast data from multiple multicast sources With PIM DM or PIM SM each router along the SPT must create an S G entry for each multicast source consuming a lot of system resources BIDIR PIM addresses t...

Page 132: ...IM routers 224 0 0 13 to initiate a DF election process The election message carries the RP s address and the route preference and the metric of the unicast route or static multicast route to the RP A DF is elected as follows 1 The router with a higher route preference becomes the DF 2 If the routers have the same route preference the router with a lower metric becomes the DF 3 If the routers have...

Page 133: ...ds a G entry to its forwarding table After a receiver host leaves the multicast group G the directly connected router multicasts a prune message to all PIM routers on the subnet The prune message goes hop by hop along the reverse direction of the RPT to the RP After receiving the prune message an upstream node removes the interface that connects to the downstream node from the outgoing interface l...

Page 134: ...M SM domain or a BIDIR PIM domain contains only one BSR which is responsible for advertising RP set information within the entire domain The information about all multicast groups is forwarded within the network that the BSR administers This is called the non scoped BSR mechanism Administrative scoping mechanism To implement refined management you can divide a PIM SM domain or BIDIR PIM domain int...

Page 135: ...al zone for particular multicast groups The multicast packets for such multicast groups are confined within the local admin scoped zone and cannot cross the boundary of the zone Figure 51 Relationship in view of geographical locations As shown in Figure 51 for the multicast groups in a specific group address range the admin scoped zones must be geographically separated and isolated A router cannot...

Page 136: ...ual applications part of IGMPv3 and PIM SM techniques are adopted to implement the SSM model In the SSM model because receivers have located a multicast source no RP or RPT is required Multicast sources do not register with the RP and the MSDP is not needed for discovering multicast sources in other PIM domains Neighbor discovery PIM SSM uses the same neighbor discovery mechanism as PIM SM For mor...

Page 137: ...ld an SPT The SPT is rooted at the multicast source S and has the receivers as its leaves This SPT is the transmission channel in PIM SSM If the group address is not in the SSM group range the receiver side DR sends a G join message to the RP The multicast source registers with the source side DR In PIM SSM the term subscribe message refers to a join message Relationship among PIM protocols In a P...

Page 138: ...DM Protocol Specification Revised RFC 4601 Protocol Independent Multicast Sparse Mode PIM SM Protocol Specification Revised RFC 4610 Anycast RP Using Protocol Independent Multicast PIM RFC 5015 Bidirectional Protocol Independent Multicast BIDIR PIM RFC 5059 Bootstrap Router BSR Mechanism for Protocol Independent Multicast PIM RFC 4607 Source Specific Multicast for IP Draft ietf ssm overview 05 An ...

Page 139: ...All the interfaces on a device must operate in the same PIM mode in the public network or the same VPN instance To enable PIM DM Step Command Remarks 1 Enter system view system view N A 2 Enable IP multicast routing and enter MRIB view multicast routing vpn instance vpn instance nam e By default IP multicast routing is disabled 3 Return to system view quit N A 4 Enter interface view interface inte...

Page 140: ... The state refresh message stops being forwarded when the TTL value comes down to 0 A state refresh message with a large TTL value might cycle on a small network To effectively control the propagation scope of state refresh messages configure an appropriate TTL value based on the network size on the router directly connected with the multicast source To configure state refresh parameters Step Comm...

Page 141: ...etwork without C RPs Optional Configuring multicast source registration N A Optional Configuring the switchover to SPT N A Optional Configuring common PIM features N A Configuration prerequisites Before you configure PIM SM configure a unicast routing protocol so that all devices in the domain can interoperate at the network layer Enabling PIM SM Enable IP multicast routing before you configure PI...

Page 142: ... for different multicast groups by using the same RP address but different ACLs You do not need to enable PIM for an interface to be configured as a static RP If you configure multiple static RPs for a multicast group only the static RP with the highest IP address takes effect To configure a static RP for PIM SM Step Command Remarks 1 Enter system view system view N A 2 Enter PIM view pim vpn inst...

Page 143: ...er PIM view pim vpn instance vpn instance nam e N A 3 Enable Auto RP listening auto rp enable By default Auto RP listening is disabled Configuring Anycast RP IMPORTANT The Anycast RP address must be different from the BSR address Otherwise the other Anycast RP member devices will discard the BSM sent by the BSR You must configure a static RP or C RPs in the PIM SM domain before you configure the A...

Page 144: ...dress and continues to regard itself as the BSR The elected BSR distributes the RP set information collected from C RPs to all routers in the PIM SM domain All routers use the same hash algorithm to select an RP for a specific multicast group A BSR policy enables a PIM SM router to filter BSR messages by using an ACL that specifies the legal BSR addresses It is used to guard against the following ...

Page 145: ...g BSM semantic fragmentation BSM semantic fragmentation enables a BSR to split a BSM into multiple BSM fragments BSMFs if the BSM exceeds the MTU In this way a non BSR router can update the RP set information for a group range after receiving all BSMFs for the range The loss of one BSMF only affects the RP set information of the group ranges that the fragment contains If the PIM SM domain contains...

Page 146: ...ation integrity of a register message in the transmission process If a device that does not support this feature is present on the network you can configure the device to calculate the checksum based on the register message header The RP sends a register stop message to the source side DR in either of the following conditions The RP stops serving the receivers for a multicast group The receivers d...

Page 147: ...failures on the source side DR When disabling the switchover to SPT make sure you fully understand its impact on your network To configure the switchover to SPT Step Command Remarks 1 Enter system view system view N A 2 Enter PIM view pim vpn instance vpn instance name N A 3 Configure the RPT to SPT switchover spt switch threshold immediacy infinity group policy ipv4 acl number By default the firs...

Page 148: ...ith the same PIM mode To enable BIDIR PIM Step Command Remarks 1 Enter system view system view N A 2 Enable IP multicast routing and enter MRIB view multicast routing vpn instance vpn instance name By default IP multicast routing is disabled 3 Return to system view quit N A 4 Enter interface view interface interface type interface number N A 5 Enable PIM SM pim sm By default PIM SM is disabled 6 R...

Page 149: ...ct To configure a static RP Step Command Remarks 1 Enter system view system view N A 2 Enter PIM view pim vpn instance vpn instance name N A 3 Configure a static RP for BIDIR PIM static rp rp address bidir ipv4 acl number preferred By default no static RPs exist Configuring a C RP IMPORTANT When you configure a C RP reserve a large bandwidth between the C RP and other devices in the BIDIR PIM doma...

Page 150: ...cessary DF elections do not configure multiple RPs for BIDIR PIM This configuration sets a limit on the number of BIDIR PIM RPs If the number of RPs exceeds the limit excess RPs do not take effect and can be used only for DF election rather than multicast data forwarding The system does not delete the excess RPs They must be deleted manually To set the maximum number of BIDIR PIM RPs Step Command ...

Page 151: ...he router as a C BSR to win the BSR election Through this router the attacker controls the advertising of RP information When you configure a C BSR follow these restrictions and guidelines C BSRs should be configured on routers on the backbone network You must configure the same BSR policy on all routers in the BIDIR PIM domain The BSR policy discards illegal BSR messages but it partially guards a...

Page 152: ...m view N A 2 Enter PIM view pim vpn instance vpn instance name N A 3 Disable BSM semantic fragmentation undo bsm fragment enable By default BSM semantic fragmentation is enabled NOTE Generally a BSR performs BSM semantic fragmentation according to the MTU of its BSR interface For BSMs originated due to learning of a new PIM neighbor semantic fragmentation is performed according to the MTU of the i...

Page 153: ... on non border interfaces of the routers IMPORTANT All the interfaces on a device must be enabled with the same PIM mode To enable PIM SM Step Command Remarks 1 Enter system view system view N A 2 Enable IP multicast routing and enter MRIB view multicast routing vpn instance vpn instance nam e By default IP multicast routing is disabled 3 Return to system view quit N A 4 Enter interface view inter...

Page 154: ... ipv4 acl number By default the SSM group range is 232 0 0 0 8 Configuring common PIM features Configuration task list Tasks at a glance Optional Configuring a multicast source policy Optional Configuring a PIM hello policy Optional Configuring PIM hello message options Optional Configuring common PIM timers Optional Setting the maximum size of a join or prune message Optional Enabling BFD for PIM...

Page 155: ...view system view N A 2 Enter interface view interface interface type interface number N A 3 Configure a PIM hello policy pim neighbor policy ipv4 acl number By default no PIM hello policy exists on an interface and all PIM hello messages are regarded as legal Configuring PIM hello message options In either a PIM DM domain or a PIM SM domain hello messages exchanged among routers contain the follow...

Page 156: ...router has changed it assumes that the status of the upstream router has changed In this case it sends a join message to the upstream router for status update You can configure an interface to drop hello messages without the generation ID options to promptly know the status of an upstream router You can configure hello message options for all interfaces in PIM view or for the current interface in ...

Page 157: ...ge This random time is in the range of 0 to the triggered hello delay Join Prune interval Interval at which a PIM router sends join prune messages to its upstream routers for state update Joined Pruned state holdtime Time for which a PIM router keeps the joined pruned state for the downstream interfaces This joined pruned state holdtime is specified in a join prune message Multicast source lifetim...

Page 158: ...massive information You can set a small value for the size of a join or prune message to reduce the impact To set the maximum size of a join or prune message Step Command Remarks 1 Enter system view system view N A 2 Enter PIM view pim vpn instance vpn instance name N A 3 Set the maximum size of a join or prune message jp pkt size size The default setting is 8100 bytes Enabling BFD for PIM If a DR...

Page 159: ...marks 1 Enter system view system view N A 2 Enter interface view interface interface type interface number N A 3 Enable PIM passive mode on the interface pim passive By default PIM passive mode is disabled on an interface Enabling PIM NSR This feature enables PIM to back up protocol state information and data including PIM neighbor information and routes from the active process to the standby proc...

Page 160: ...lay BSR information in the PIM SM domain display pim vpn instance vpn instance name bsr info Display information about the routes used by PIM display pim vpn instance vpn instance name claimed route source address Display C RP information in the PIM SM domain display pim vpn instance vpn instance name c rp local Display DF information in the BIDIR PIM domain display pim vpn instance vpn instance n...

Page 161: ...igure 55 Network diagram Table 9 Interface and IP address assignment Device Interface IP address Device Interface IP address Switch A Vlan int100 10 110 1 1 24 Switch C Vlan int102 192 168 3 1 24 Switch A Vlan int103 192 168 1 1 24 Switch D Vlan int300 10 110 5 1 24 Switch B Vlan int200 10 110 2 1 24 Switch D Vlan int103 192 168 1 2 24 Switch B Vlan int101 192 168 2 1 24 Switch D Vlan int101 192 1...

Page 162: ...Switch A is configured Details not shown On Switch D enable IP multicast routing and enable PIM DM on each interface SwitchD system view SwitchD multicast routing SwitchD mrib quit SwitchD interface vlan interface 300 SwitchD Vlan interface300 pim dm SwitchD Vlan interface300 quit SwitchD interface vlan interface 103 SwitchD Vlan interface103 pim dm SwitchD Vlan interface103 quit SwitchD interface...

Page 163: ...tion Total number of downstreams 1 1 Vlan interface100 Protocol igmp UpTime 00 04 25 Expires 10 110 5 100 225 1 1 1 Protocol pim dm Flag ACT UpTime 00 06 14 Upstream interface Vlan interface103 Upstream neighbor 192 168 1 2 RPF prime neighbor 192 168 1 2 Downstream interface s information Total number of downstreams 1 1 Vlan interface100 Protocol pim dm UpTime 00 04 25 Expires Display PIM routing ...

Page 164: ... 225 1 1 0 24 Specify VLAN interface 101 of Switch D as the static RP on all the switches to back up the dynamic RP IGMPv2 runs between Switch A and N1 and between Switch B Switch C and N2 Figure 56 Network diagram Table 10 Interface and IP address assignment Device Interface IP address Device Interface IP address Switch A Vlan int100 10 110 1 1 24 Switch D Vlan int300 10 110 5 1 24 Switch A Vlan ...

Page 165: ...tchA interface vlan interface 101 SwitchA Vlan interface101 pim sm SwitchA Vlan interface101 quit SwitchA interface vlan interface 102 SwitchA Vlan interface102 pim sm SwitchA Vlan interface102 quit Enable IP multicast routing IGMP and PIM SM on Switch B and Switch C in the same way Switch A is configured Details not shown Enable IP multicast routing and PIM SM on Switch D and Switch E in the same...

Page 166: ...iority 64 Hash mask length 30 Uptime 00 11 18 Display BSR information on Switch E SwitchE display pim bsr info Scope non scoped State Elected Bootstrap timer 00 01 44 Elected BSR address 192 168 9 2 Priority 64 Hash mask length 30 Uptime 00 11 18 Candidate BSR address 192 168 9 2 Priority 64 Hash mask length 30 Display RP information on Switch A SwitchA display pim rp info BSR RP information Scope...

Page 167: ...that directly connect to them respectively Figure 57 Network diagram Table 11 Interface and IP address assignment Device Interface IP address Device Interface IP address Switch A Vlan int100 192 168 1 1 24 Switch D Vlan int105 10 110 5 2 24 Switch A Vlan int101 10 110 1 1 24 Switch D Vlan int108 10 110 7 1 24 Switch B Vlan int200 192 168 2 1 24 Switch D Vlan int107 10 110 8 1 24 Switch B Vlan int1...

Page 168: ... interface VLAN interface 100 SwitchA interface vlan interface 100 SwitchA Vlan interface100 igmp enable SwitchA Vlan interface100 quit Enable PIM SM on VLAN interface 101 SwitchA interface vlan interface 101 SwitchA Vlan interface101 pim sm SwitchA Vlan interface101 quit Enable IP multicast routing IGMP and PIM SM on Switch E and Switch I in the same way Switch A is configured Details not shown O...

Page 169: ...face vlan interface 107 SwitchD Vlan interface107 multicast boundary 239 0 0 0 8 SwitchD Vlan interface107 quit 5 Configure C BSRs and C RPs On Switch B configure the service scope of RP advertisements SwitchB acl basic 2001 SwitchB acl ipv4 basic 2001 rule permit source 239 0 0 0 0 255 255 255 SwitchB acl ipv4 basic 2001 quit Configure VLAN interface 101 as a C BSR and a C RP for admin scoped zon...

Page 170: ...Candidate BSR address 10 110 1 2 Priority 64 Hash mask length 30 Display BSR information on Switch D SwitchD display pim bsr info Scope non scoped State Accept Preferred Bootstrap timer 00 01 44 Elected BSR address 10 110 9 1 Priority 64 Hash mask length 30 Uptime 00 01 45 Scope 239 0 0 0 8 State Elected Bootstrap timer 00 01 12 Elected BSR address 10 110 5 2 Priority 64 Hash mask length 30 Uptime...

Page 171: ...4 0 0 0 4 RP address Priority HoldTime Uptime Expires 10 110 9 1 192 180 00 03 42 00 01 48 Scope 239 0 0 0 8 Group MaskLen 239 0 0 0 8 RP address Priority HoldTime Uptime Expires 10 110 5 2 local 192 180 00 06 54 00 02 41 Display RP information on Switch F SwitchF display pim rp info BSR RP information Scope non scoped Group MaskLen 224 0 0 0 4 RP address Priority HoldTime Uptime Expires 10 110 9 ...

Page 172: ...itch C Loop0 1 1 1 1 32 Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Figure 58 Details not shown 2 Configure OSPF on the switches in the BIDIR PIM domain Details not shown 3 Enable IP multicast routing PIM SM BIDIR PIM and IGMP On Switch A enable IP multicast routing enable PIM SM on each interface and enable BIDIR PIM SwitchA system view SwitchA mul...

Page 173: ...tchB pim quit On Switch C enable IP multicast routing enable PIM SM on each interface and enable BIDIR PIM SwitchC system view SwitchC multicast routing SwitchC mrib quit SwitchC interface vlan interface 102 SwitchC Vlan interface102 pim sm SwitchC Vlan interface102 quit SwitchC interface vlan interface 103 SwitchC Vlan interface103 pim sm SwitchC Vlan interface103 quit SwitchC interface loopback ...

Page 174: ...formation on Switch B SwitchB display pim df info RP address 1 1 1 1 Interface State DF Pref DF Metric DF Uptime DF Address Vlan200 Win 100 1 01 24 09 192 168 2 1 local Vlan101 Win 100 1 01 24 09 10 110 1 2 local Vlan102 Lose 0 0 01 23 12 10 110 2 2 Display BIDIR PIM DF information on Switch C SwitchC display pim df info RP address 1 1 1 1 Interface State DF Pref DF Metric DF Uptime DF Address Loo...

Page 175: ...nfo Total 1 RP 1 matched 00001 RP address 1 1 1 1 Flags 0x0 Uptime 00 07 21 RPF interface LoopBack0 List of 2 DF interfaces 1 Vlan interface102 2 Vlan interface103 Display information about DFs for multicast forwarding on Switch D SwitchD display multicast forwarding df info Total 1 RP 1 matched 00001 RP address 1 1 1 1 Flags 0x0 Uptime 00 05 12 RPF interface Vlan interface103 List of 2 DF interfa...

Page 176: ... 192 168 2 1 24 Switch E Vlan int103 192 168 2 2 24 Switch C Vlan int200 10 110 2 2 24 Switch E Vlan int102 192 168 9 2 24 Switch C Vlan int104 192 168 3 1 24 Switch E Vlan int105 192 168 4 1 24 Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Figure 59 Details not shown 2 Configure OSPF on the switches in the PIM SSM domain Details not shown 3 Enable IP...

Page 177: ...SM group range 232 1 1 0 24 on Switch A SwitchA acl basic 2000 SwitchA acl ipv4 basic 2000 rule permit source 232 1 1 0 0 0 0 255 SwitchA acl ipv4 basic 2000 quit SwitchA pim SwitchA pim ssm policy 2000 SwitchA pim quit Configure the SSM group range on Switch B Switch C Switch D and Switch E in the same way Switch A is configured Details not shown Verifying the configuration Display PIM informatio...

Page 178: ...etwork This means that a multicast distribution tree cannot be built correctly Solution To resolve the problem 1 Use display ip routing table to verify that a unicast route to the multicast source or the RP is available 2 Use display pim interface to verify PIM information on each interface especially on the RPF interface If PIM is not enabled on the interfaces use pim dm or pim sm to enable PIM D...

Page 179: ...ble to verify that a unicast route to the RP is available on each router 2 Use display pim rp info to verify that the dynamic RP information is consistent on all routers 3 Use display pim rp info to verify that the same static RPs are configured on all routers on the network 4 If the problem persists contact Hewlett Packard Enterprise Support An RPT cannot be built or multicast source registration...

Page 180: ...170 5 If the problem persists contact Hewlett Packard Enterprise Support ...

Page 181: ... domains This allows multicast data to be transmitted among different domains With MSDP peer relationships established between appropriate routers on the network the RPs of different PIM SM domains are interconnected with one another These MSDP peers exchange source active SA messages so that the multicast source information is shared among these domains MSDP is applicable only if the intra domain...

Page 182: ...r MSDP peer with multiple remote MSDP peers such as RP 2 An intermediate MSDP peer forwards SA messages received from one remote MSDP peer to other remote MSDP peers It acts as a relay for forwarding multicast source information MSDP peers created on PIM SM routers that are not RPs Router A and Router B are MSDP peers on multicast routers that are not RPs Such MSDP peers only forward SA messages I...

Page 183: ...peers into an MSDP mesh group to avoid SA message flooding between MSDP peers NOTE An MSDP mesh group refers to a group of MSDP peers that establish MSDP peering relationships with each other and share the same group name 4 SA messages are forwarded from one MSDP peer to another Finally information about the multicast source traverses all PIM SM domains with MSDP peers PIM SM 2 and PIM SM 3 in thi...

Page 184: ...timal RPT Redundancy backup among RPs When an RP fails the RP related sources and receiver side DRs will register with or join their closest available RPs This achieves redundancy backup among RPs Anycast RP is implemented by using either of the following methods Anycast RP through PIM SM In this method you can configure multiple RPs for one multicast group and add them to an Anycast RP set For mo...

Page 185: ...P forwards the data along the RPT to the receiver After receiving the multicast data the receiver side DR determines whether to initiate an RPT to SPT switchover process based on its configuration MSDP peer RPF forwarding The MSDP peer RPF check is used for forwarding SA messages on a network that runs MSDP If the peer RPF check succeeds the SA message is accepted and forwarded Otherwise the SA me...

Page 186: ...message because RP 6 is its static RPF peer 7 RP 8 accepts and forwards the SA message because RP 7 is the EBGP or MBGP next hop of the peer RPF route to RP 1 8 RP 9 accepts the SA message because RP 8 is the only RP of RP 9 MSDP support for VPNs Interfaces on the multicast routers in a VPN can set up MSDP peering relationships with each other With the SA messages exchanged between MSDP peers the ...

Page 187: ...sages Optional Configuring SA message policies Optional Configuring the SA cache mechanism Optional Enabling MSDP NSR Configuring basic MSDP features All the configuration tasks in this section should be performed on RPs in PIM SM domains and each of these RPs acts as an MSDP peer Configuration prerequisites Before you configure basic MSDP features complete the following tasks Configure a unicast ...

Page 188: ...PF check mechanism for SA messages You can configure an RP policy for the static RPF peer to filter SA messages based on the used IPv4 prefix list that specifies the RP addresses If only one MSDP peer is configured on a router this MSDP peer is considered to be a static RPF peer To configure a static RPF peer Step Command Remarks 1 Enter system view system view N A 2 Enter MSDP view msdp vpn insta...

Page 189: ...P view msdp vpn instance vpn instance name N A 3 Configure an MSDP mesh group peer peer address mesh group name By default an MSDP peer does not belong to any mesh group If you assign an MSDP peer to multiple mesh groups the most recent configuration takes effect Controlling MSDP peering connections MSDP peers are interconnected over TCP port number 639 You can tear down or re establish MSDP peeri...

Page 190: ...kes effect on an established session 5 Configure the MSDP connection retry interval timer retry interval The default setting is 30 seconds 6 Configure the device to perform MD5 authentication when establishing a TCP connection with an MSDP peer peer peer address password cipher simple password By default the device does not perform MD5 authentication when establishing a TCP connection with an MSDP...

Page 191: ...er Anycast RP is the Anycast RP address The SA messages will fail the RPF check on the other members because the RP address in SA messages is the same as the local RP address In this case source information cannot be exchanged within the Anycast RP To solve the problem you must specify an interface other than the interface where the member Anycast RP resides as the originating RP of SA messages To...

Page 192: ...based on the used ACL that specifies the multicast sources and groups By default multicast data packets are encapsulated in SA messages and forwarded to MSDP peers only if the TTL values in the packets are larger than zero You can set the lower TTL threshold for multicast data packets encapsulated in SA messages that are sent to an MSDP peer Then only multicast data packets whose TTL values are la...

Page 193: ...iew msdp vpn instance vpn instance name N A 3 Enable the SA cache mechanism cache sa enable By default the SA message cache mechanism is enabled The device caches the S G entries contained in the received SA messages 4 Set the maximum number of S G entries in the SA cache from an MSDP peer peer peer address sa cache maximum sa limit The default setting is 4294967295 Enabling MSDP NSR This command ...

Page 194: ...h an MSDP peer and clear statistics for the MSDP peer reset msdp vpn instance vpn instance name peer peer address Delete S G entries in the SA cache reset msdp vpn instance vpn instance name sa cach e group address Clear statistics for an MSDP peer without resetting the TCP connection with the MSDP peer reset msdp vpn instance vpn instance name statistic s peer address MSDP configuration examples ...

Page 195: ...e 2 10 110 5 100 24 Switch C Loop0 2 2 2 2 32 Switch D Vlan int104 10 110 4 2 24 Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Figure 64 Details not shown 2 Configure OSPF on the switches in the ASs Details not shown 3 Enable IP multicast routing and PIM SM and configure PIM SM domain borders On Switch A enable IP multicast routing SwitchA system view...

Page 196: ...Switch B SwitchB pim SwitchB pim c bsr 1 1 1 1 SwitchB pim c rp 1 1 1 1 SwitchB pim quit Configure C BSRs and C RPs on Switch C and Switch E in the same way Switch B is configured Details not shown 5 Configure BGP for mutual route redistribution between BGP and OSPF On Switch B configure an EBGP peer and redistribute OSPF routes SwitchB bgp 100 SwitchB bgp router id 1 1 1 1 SwitchB bgp peer 192 16...

Page 197: ...peer groups on Switch B SwitchB display bgp peer ipv4 BGP local router ID 1 1 1 1 Local AS number 100 Total number of peers 1 Peers in established state 1 Peer AS MsgRcvd MsgSent OutQ PrefRcv Up Down State 192 168 1 2 200 24 21 0 6 00 20 07 Established Display information about BGP peer groups on Switch C SwitchC display bgp peer ipv4 BGP local router ID 2 2 2 2 Local AS number 1 Total number of p...

Page 198: ...8 3 2 Established 01 43 57 8 0 192 168 1 1 Established 01 43 57 13 0 Display brief information about MSDP peer groups on Switch E SwitchE display msdp brief Configured Established Listen Connect Shutdown Disabled 1 1 0 0 0 0 Peer address State Up Down time AS SA count Reset count 192 168 3 1 Established 01 07 57 200 8 0 Display detailed MSDP peer information on Switch B SwitchB display msdp peer s...

Page 199: ...Inter AS multicast configuration by leveraging static RPF peers Network requirements As shown inFigure 65 The network has two ASs AS 100 and AS 200 OSPF runs within each AS BGP runs between the two ASs PIM SM 1 belongs to AS 100 and PIM SM 2 and PIM SM 3 belong to AS 200 Each PIM SM domain has a minimum of one multicast source or receiver Configure the switches to meet the network requirements Con...

Page 200: ...tch G Vlan int400 192 168 4 1 24 Switch C Vlan int200 192 168 2 1 24 Switch G Loop0 3 3 3 3 32 Switch C Vlan int104 10 110 4 1 24 Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Table 15 Details not shown 2 Configure OSPF on the switches in the ASs Details not shown 3 Enable IP multicast routing PIM SM and IGMP and configure PIM SM domain borders On Swi...

Page 201: ... configure Loopback 0 as a C BSR and a C RP SwitchA pim SwitchA pim c bsr 1 1 1 1 SwitchA pim c rp 1 1 1 1 SwitchA pim quit Configure C BSRs and C RPs on Switch D and Switch G in the same way Switch A is configured Details not shown 5 Configure BGP and redistribute BGP routing information into OSPF and OSPF routing information into BGP On Switch B configure an EBGP peer and redistribute OSPF routi...

Page 202: ... redistribute BGP routing information into OSPF SwitchC ospf 1 SwitchC ospf 1 import route bgp SwitchC ospf 1 quit On Switch F redistribute BGP routing information into OSPF SwitchF ospf 1 SwitchF ospf 1 import route bgp SwitchF ospf 1 quit 6 Configure MSDP peers and static RPF peers On Switch A configure Switch D and Switch G as the MSDP peers and static RPF peers SwitchA ip prefix list list dg p...

Page 203: ...0 Display brief information about MSDP peers on Switch D SwitchD display msdp brief Configured Established Listen Connect Shutdown Disabled 1 1 0 0 0 0 Peer address State Up Down time AS SA count Reset count 10 110 1 1 Established 01 07 09 8 0 Display brief information about MSDP peers on Switch G SwitchG display msdp brief Configured Established Listen Connect Shutdown Disabled 1 1 0 0 0 0 Peer a...

Page 204: ...24 Switch B Loop20 10 1 1 1 32 Switch E Vlan int104 10 110 4 2 24 Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Figure 66 Details not shown 2 Configure OSPF on the switches Details not shown 3 Enable IP multicast routing IGMP and PIM SM On Switch B enable IP multicast routing SwitchB system view SwitchB multicast routing SwitchB mrib quit Enable IGMP ...

Page 205: ... BSR and Loopback 20 as a C RP on Switch B SwitchB pim SwitchB pim c bsr 3 3 3 3 SwitchB pim c rp 10 1 1 1 SwitchB pim quit Configure a C BSR and a C RP on Switch D in the same way Switch B is configured Details not shown 5 Configure MSDP peers Configure an MSDP peer on Loopback 0 of Switch B SwitchB msdp SwitchB msdp originating rp loopback 0 SwitchB msdp peer 2 2 2 2 connect interface loopback 0...

Page 206: ...F prime neighbor NULL Downstream interface s information Total number of downstreams 1 1 Vlan interface100 Protocol igmp UpTime 00 15 04 Expires 10 110 5 100 225 1 1 1 RP 10 1 1 1 local Protocol pim sm Flag SPT 2MSDP ACT UpTime 00 46 28 Upstream interface Vlan interface103 Upstream neighbor 10 110 2 2 RPF prime neighbor 10 110 2 2 Downstream interface s information Total number of downstreams 1 1 ...

Page 207: ...tal number of downstreams 1 1 Vlan interface200 Protocol pim sm UpTime Expires The output shows that Switch D now acts as the RP for Source 2 and Host B SA message filtering configuration Network requirements As shown in Figure 67 OSPF runs within and among the PIM SM domains to provide unicast routing Set up an MSDP peering relationship between Switch A and Switch C and between Switch C and Switc...

Page 208: ... 3 3 3 3 32 Configuration procedure 1 Assign an IP address and subnet mask to each interface as shown in Figure 67 Details not shown 2 Configure OSPF on the switches in the PIM SM domains Details not shown 3 Enable IP multicast routing IGMP and PIM SM and configure PIM domain borders On Switch A enable IP multicast routing SwitchA system view SwitchA multicast routing SwitchA mrib quit Enable IGMP...

Page 209: ...on Switch A Switch B and Switch D in the same way Switch C is configured Details not shown 4 Configure C BSRs and C RPs Configure Loopback 0 as a C BSR and a C RP on Switch A SwitchA pim SwitchA pim c bsr 1 1 1 1 SwitchA pim c rp 1 1 1 1 SwitchA pim quit Configure C BSRs and C RPs on Switch C and Switch D in the same way Switch A is configured Details not shown 5 Configure MSDP peers Configure an ...

Page 210: ...ntries Matched 8 entries Source Group Origin RP Pro AS Uptime Expires 10 110 3 100 225 1 1 0 1 1 1 1 02 03 30 00 05 31 10 110 3 100 225 1 1 1 1 1 1 1 02 03 30 00 05 31 10 110 3 100 225 1 1 2 1 1 1 1 02 03 30 00 05 31 10 110 3 100 225 1 1 3 1 1 1 1 02 03 30 00 05 31 10 110 3 100 226 1 1 0 1 1 1 1 02 03 30 00 05 31 10 110 3 100 226 1 1 1 1 1 1 1 02 03 30 00 05 31 10 110 3 100 226 1 1 2 1 1 1 1 02 03...

Page 211: ...ckard Enterprise Support No SA entries exist in the router s SA message cache Symptom MSDP fails to send S G entries through SA messages Analysis Possible reasons for the problem might include the following The import source command controls sending S G entries through SA messages to MSDP peers If this command is executed without the ipv4 acl number argument all the S G entries are filtered out an...

Page 212: ...f the interface specified in the command When an MSDP peer receives an SA message it performs an RPF check on the message If the MSDP peer finds that the remote RP address is the local RP address it discards the SA message Solution To resolve the problem 1 Use the display ip routing table command to verify that the unicast route between the routers is reachable 2 Verify that a unicast route is ava...

Page 213: ...ces and processes VPN routing CE device Edge device on a customer network A CE device implements route distribution on the customer network The device can be a router a switch or a host As shown in Figure 68 the network that runs multicast VPN provides independent multicast services for the public network VPN A and VPN B The multicast device PE supports multiple VPN instances and acts as multiple ...

Page 214: ...ance Connecting with the public network and supporting multicast for the public network Supporting information exchange and data conversion between the public network and VPNs The device implements multicast VPN by using the multicast domain MD method This multicast VPN implementation is referred to as MD VPN The most significant advantage of MD VPN is that it requires only the PE devices to suppo...

Page 215: ...ndent multicast address called data group It also notifies other PE devices that they must use this address to forward the multicast traffic for that VPN This initiates the switchover to the data MDT Data MDT A data MDT is an MDT that uses a data group as it group address At MDT switchover PE devices with downstream receivers join a data group building a data MDT The ingress PE forwards the encaps...

Page 216: ...ault group corresponds to a unique MD For each default group a unique default MDT is constructed through the public network resources for multicast data forwarding All the VPN multicast packets transmitted in this VPN are forwarded along this default MDT regardless of which PE device they used to enter the public network An MD is assigned a unique data group range for MDT switchover When the rate ...

Page 217: ...of PIM neighboring relationships exist in MD VPN PE P PIM neighboring relationship Established between the public network interface on a PE device and the peer interface on the P device over the link PE PE PIM neighboring relationship Established between PE devices that are in the same VPN instance after they receive the PIM hello packets PE CE PIM neighboring relationship Established between a PE...

Page 218: ...and PE 3 through the MTI for VPN instance A PE 1 does the following a Encapsulates the PIM protocol packet of the private network into a public network multicast data packet PE 1 does this by specifying the source address as the IP address of the MD source interface and the multicast group address as the default group address b Sends the multicast data packet to the public network For other PE dev...

Page 219: ... the PIM protocol packet of the private network into a public network multicast data packet PE 1 does this by specifying the source address as the IP address of the MD source interface and the multicast group address as the default group address b Sends the multicast data packet to the public network The public network interface of PE 1 registers the multicast source with the public network RP and...

Page 220: ...in the MD with the public network RP as the root and PE 1 PE 2 and PE 3 as leaves 2 PE 1 sends a multicast packet with the default group address as the multicast group address The DF of each network segment on the public network forwards the multicast packet to the RP Each device on the path creates a 239 1 1 1 state entry At the same time PE 2 and PE 3 separately initiate a similar process Finall...

Page 221: ...acteristics All PE devices that support the same VPN instance join the default MDT All multicast packets that belong to this VPN are forwarded along the default MDT to every PE device on the public network even if no active downstream receivers exist Default MDT based delivery The default MDT delivers multicast protocol packets and multicast data packets differently Multicast protocol packet deliv...

Page 222: ...es join processes are initiated across the public network to establish source side RPTs NOTE PIM mode must be the same for all interfaces that belong to the same VPN including those interfaces that are bound with the VPN instance and the MTI interfaces on PE devices As shown in Figure 76 PIM SM is running in both the public network and the VPN network Receiver for the VPN multicast group G 225 1 1...

Page 223: ...he receivers in each site along the default MDT The VPN multicast packets are encapsulated into public network multicast packets on the local PE device and transmitted along the default MDT Then they are decapsulated on the remote PE device and transmitted in that VPN site VPN multicast data packets are forwarded across the public network differently in the following circumstances If PIM DM or PIM...

Page 224: ...passes it to the corresponding VPN instance If a PE device has a downstream interface for an SPT it forwards the VPN multicast packet down the SPT Otherwise it discards the packet 5 The VPN instance on PE 2 looks up the MVRF and finally delivers the VPN multicast data to Receiver By now the process of transmitting a VPN multicast data packet across the public network is completed MDT switchover Sw...

Page 225: ...devices with attached receivers can then join the data MDT When a downstream PE device no longer has active receivers attached to it it leaves the data MDT For a given VPN instance the default MDT and the data MDT are both forwarding tunnels in the same MD A default MDT is uniquely identified by a default group address and a data MDT is uniquely identified by a data group address Each default grou...

Page 226: ...ards the multicast packet to PE 2 through the MTI interface in MD 2 on the public network 5 PE 2 forwards the multicast packet to CE 2 Because only VPN multicast data is forwarded between ASBRs different PIM modes can run within different ASs However the same PIM mode must run on all interfaces that belong to the same VPN including interfaces with VPN bindings on ASBRs MD VPN inter AS option B In ...

Page 227: ...in message the upstream neighbor address is the IP address of PE 2 the BGP connector The RPF vector attribute is the IP address of PE 3 PE 1 encapsulates the join message as a public network packet and forwards it through the MTI 2 P 1 determines that the RPF vector is not an IP address of its own It looks up the routing table for a route to PE 3 and forwards the packet to PE 3 3 PE 3 removes the ...

Page 228: ...TI interface on the public network 3 PE 3 and PE 4 are interconnected through MP EBGP so PE 3 forwards the public network multicast packet to PE 4 along the VPN IPv4 route 4 The public network multicast packet arrives at the MTI interface of PE 2 in AS 2 PE 2 decapsulates the public network multicast packet and forwards the VPN multicast packet to CE 2 M6VPE The multicast IPv6 VPN provider edge M6...

Page 229: ... Configuring BGP MDT peers or peer groups Optional Configuring a BGP MDT route reflector The MTI interfaces are automatically created and bound with the VPN instance when you create an MD for the VPN instance Follow these guidelines to make sure the MTI interfaces are correctly created The MTI interfaces take effect only after the default group and the MD source interface are specified and the MD ...

Page 230: ... VPN instance Perform this task on PE devices To enable IP multicast routing for a VPN instance Step Command Remarks 1 Enter system view system view N A 2 Create a VPN instance and enter its view ip vpn instance vpn instance name By default no VPN instances exist For more information about this command see MPLS Command Reference 3 Configure an RD for the VPN instance route distinguisher route dist...

Page 231: ...e an MD address family Step Command Remarks 1 Enter system view system view N A 2 Enter MD view of a VPN instance multicast domain vpn instance vpn instance name N A 3 Create an MD address family and enter its view Create an MD IPv4 address family and enter its view address family ipv4 Create an MD IPv4 address family and enter its view address family ipv6 By default no MD IPv4 or IPv6 address fam...

Page 232: ...terface For an MD that transmits both IPv4 and IPv6 multicast packets you must specify the same MD source interface in MD IPv4 and IPv6 address family views Configuration procedure To specify the MD source interface Step Command Remarks 1 Enter system view system view N A 2 Enter MD view multicast domain vpn instance vpn instance name N A 3 Enter MD address family view Enter MD IPv4 address family...

Page 233: ...ength mask acl acl number By default no data group range exists and the default MDT to data MDT switchover never occurs 5 Optional Set the data delay period data delay delay The default setting is 3 seconds Configuring the RPF vector feature Enabling the RPF vector feature This feature enables the device to insert the RPF vector IP address of the ASBR in the local AS in PIM join messages for other...

Page 234: ... see Network Management and Monitoring Configuration Guide Perform this task on PE devices To enable data group reuse logging Step Command Remarks 1 Enter system view system view N A 2 Enter MD view multicast domain vpn instance vpn instance name N A 3 Enter MD address family view Enter MD IPv4 address family view address family ipv4 Enter MD IPv4 address family view address family ipv6 N A 4 Enab...

Page 235: ...n Guide IMPORTANT Before you configure this command you must create a BGP peer or peer group in BGP instance view For more information see Layer 3 IP Routing Configuration Guide Configuring a BGP MDT route reflector BGP MDT peers in the same AS must be fully meshed to maintain connectivity However when multiple BGP MDT peers exist in an AS connection establishment among them might result in increa...

Page 236: ...s display bgp instance instance name peer ipv4 mdt ip address mask length ip address group name group name log info ip address verbose Display BGP MDT routing information display bgp instance instance name routing table ipv4 mdt route distinguisher route distinguisher ip address advertise info Display information about BGP update groups for the BGP IPv4 MDT address family display bgp instance inst...

Page 237: ...st source and R 1 R 2 and R 3 are receivers In VPN instance b S 2 is a multicast source and R 4 is a receiver For VPN instance a the default group is 239 1 1 1 and the data group range is 225 2 2 0 to 225 2 2 15 For VPN instance b the default group is 239 2 2 and the data group range is 225 4 4 0 to 225 4 4 15 VPN instances to which PE interfaces belong PE 1 VLAN interface 11 and VLAN interface 20...

Page 238: ...rk diagram Table 19 Interface and IP address assignment Device Interface IP address Device Interface IP address S 1 10 110 7 2 24 PE 3 Vlan int19 192 168 8 1 24 S 2 10 110 8 2 24 PE 3 Vlan int17 10 110 5 1 24 R 1 10 110 1 2 24 PE 3 Vlan int18 10 110 6 1 24 R 2 10 110 9 2 24 PE 3 Loop1 1 1 1 3 32 R 3 10 110 10 2 24 PE 3 Loop2 33 33 33 33 32 R 4 10 110 11 2 24 CE a1 Vlan int10 10 110 7 1 24 P Vlan i...

Page 239: ...nel Assign HundredGigE 1 0 4 to service loopback group 1 The interface does not belong to VLAN 11 VLAN 12 or VLAN 20 PE1 interface hundredgige 1 0 4 PE1 HundredGigE1 0 4 port service loopback group 1 PE1 HundredGigE1 0 4 quit Configure an LSR ID and enable LDP globally PE1 mpls lsr id 1 1 1 1 PE1 mpls ldp PE1 ldp quit Create a VPN instance named a and configure an RD and route targets for the VPN ...

Page 240: ...ace11 ip binding vpn instance a Assign an IP address to VLAN interface 11 and enable PIM SM on the interface PE1 Vlan interface11 ip address 10 110 2 1 24 PE1 Vlan interface11 pim sm PE1 Vlan interface11 quit Assign an IP address to Loopback 1 and enable PIM SM on the interface PE1 interface loopback 1 PE1 LoopBack1 ip address 1 1 1 1 32 PE1 LoopBack1 pim sm PE1 LoopBack1 quit Configure BGP PE1 bg...

Page 241: ...ace hundredgige 1 0 4 PE2 HundredGigE1 0 4 port service loopback group 1 PE2 HundredGigE1 0 4 quit Configure an MPLS LSR ID and enable LDP globally PE2 mpls lsr id 1 1 1 2 PE2 mpls ldp PE2 ldp quit Create a VPN instance named b and configure an RD and route targets for the VPN instance PE2 ip vpn instance b PE2 vpn instance b route distinguisher 200 1 PE2 vpn instance b vpn target 200 1 export ext...

Page 242: ...vlan interface 15 PE2 Vlan interface15 ip address 192 168 7 1 24 Enable PIM SM MPLS and IPv4 LDP on VLAN interface 15 PE2 Vlan interface15 pim sm PE2 Vlan interface15 mpls enable PE2 Vlan interface15 mpls ldp enable PE2 Vlan interface15 quit Associate VLAN interface 13 with VPN instance b assign an IP address to VLAN interface 13 and enable PIM SM on the interface PE2 interface vlan interface 13 P...

Page 243: ...quit PE2 bgp default quit Configure OSPF PE2 ospf 1 PE2 ospf 1 area 0 0 0 0 PE2 ospf 1 area 0 0 0 0 network 1 1 1 2 0 0 0 0 PE2 ospf 1 area 0 0 0 0 network 192 168 7 0 0 0 0 255 PE2 ospf 1 area 0 0 0 0 quit PE2 ospf 1 quit Configure RIP PE2 rip 2 vpn instance a PE2 rip 2 network 10 110 3 0 0 0 0 255 PE2 rip 2 import route bgp PE2 rip 2 quit PE2 rip 3 vpn instance b PE2 rip 3 network 10 110 4 0 0 0...

Page 244: ...instance a PE3 md a ipv4 default group 239 1 1 1 PE3 md a ipv4 source loopback 1 PE3 md a ipv4 data group 225 2 2 0 28 PE3 md a ipv4 quit PE3 md a quit Create a VPN instance named b and configure an RD and route targets for the VPN instance PE3 ip vpn instance b PE3 vpn instance b route distinguisher 200 1 PE3 vpn instance b vpn target 200 1 export extcommunity PE3 vpn instance b vpn target 200 1 ...

Page 245: ...1 24 PE3 Vlan interface18 pim sm PE3 Vlan interface18 quit Assign an IP address to Loopback 1 and enable PIM SM on the interface PE3 interface loopback 1 PE3 LoopBack1 ip address 1 1 1 3 32 PE3 LoopBack1 pim sm PE3 LoopBack1 quit Associate Loopback 2 with VPN instance b PE3 interface loopback 2 PE3 LoopBack2 ip binding vpn instance b Assign an IP address to Loopback 2 and enable PIM SM on the inte...

Page 246: ...p 2 vpn instance a PE3 rip 2 network 10 110 5 0 0 0 0 255 PE3 rip 2 import route bgp PE3 rip 2 quit PE3 rip 3 vpn instance b PE3 rip 3 network 10 110 6 0 0 0 0 255 PE3 rip 3 network 33 33 33 33 0 0 0 0 PE3 rip 3 import route bgp PE3 rip 3 return 4 Configure P Enable IP multicast routing on the public network P system view P multicast routing P mrib quit Configure an MPLS LSR ID and enable LDP glob...

Page 247: ... Loopback 1 as a C BSR and a C RP P pim P pim c bsr 2 2 2 2 P pim c rp 2 2 2 2 P pim quit Configure OSPF P ospf 1 P ospf 1 area 0 0 0 0 P ospf 1 area 0 0 0 0 network 2 2 2 2 0 0 0 0 P ospf 1 area 0 0 0 0 network 192 168 6 0 0 0 0 255 P ospf 1 area 0 0 0 0 network 192 168 7 0 0 0 0 255 P ospf 1 area 0 0 0 0 network 192 168 8 0 0 0 0 255 5 Configure CE a1 Enable IP multicast routing CEa1 system view...

Page 248: ...55 7 Configure CE a2 Enable IP multicast routing CEa2 system view CEa2 multicast routing CEa2 mrib quit Assign an IP address to VLAN interface 40 and enable IGMP on the interface CEa2 interface vlan interface 40 CEa2 Vlan interface40 ip address 10 110 9 1 24 CEa2 Vlan interface40 igmp enable CEa2 Vlan interface40 quit Assign an IP address to VLAN interface 14 and enable PIM SM on the interface CEa...

Page 249: ...erface CEa3 interface vlan interface 17 CEa3 Vlan interface17 ip address 10 110 5 2 24 CEa3 Vlan interface17 pim sm CEa3 Vlan interface17 quit Assign an IP address to VLAN interface 16 and enable PIM SM on the interface CEa3 interface vlan interface 16 CEa3 Vlan interface16 ip address 10 110 12 2 24 CEa3 Vlan interface16 pim sm CEa3 Vlan interface16 quit Configure RIP CEa3 rip 2 CEa3 rip 2 network...

Page 250: ...IPv4 multicast transmission in each VPN instance on PE 3 PE3 display multicast domain default group local MD local default group information Group address Source address Interface VPN instance 239 1 1 1 1 1 1 3 MTunnel0 a 239 2 2 2 1 1 1 3 MTunnel1 b Intra AS M6VPE configuration example Network requirements As shown in Figure 83 configure intra AS M6VPE to meet the following requirements Item Netw...

Page 251: ...ble IPv6 multicast routing on CE a1 CE a2 CE a3 CE b1 and CE b2 MLDv1 Enable MLDv1 on VLAN interface 20 of PE 1 Enable MLDv1 on VLAN interface 40 of CE a2 Enable MLDv1 on VLAN interface 50 of CE a3 Enable MLDv1 on VLAN interface 60 of CE b2 PIM and IPv6 PIM Enable PIM SM on the public network and IPv6 PIM SM for VPN instances a and b Enable PIM SM on all interfaces of P Enable PIM SM on all public...

Page 252: ...12 192 168 6 1 24 CE a2 Loop1 22 22 22 22 128 PE 1 Vlan int20 10 110 1 1 64 CE a3 Vlan int50 10 110 10 1 64 PE 1 Vlan int11 10 110 2 1 64 CE a3 Vlan int17 10 110 5 2 64 PE 1 Loop1 1 1 1 1 32 CE a3 Vlan int16 10 110 12 2 64 PE 2 Vlan int15 192 168 7 1 24 CE b1 Vlan int30 10 110 8 1 64 PE 2 Vlan int13 10 110 3 1 64 CE b1 Vlan int13 10 110 3 2 64 PE 2 Vlan int14 10 110 4 1 64 CE b2 Vlan int60 10 110 ...

Page 253: ...PE1 vpn instance a route distinguisher 100 1 PE1 vpn instance a vpn target 100 1 export extcommunity PE1 vpn instance a vpn target 100 1 import extcommunity PE1 vpn instance a quit Enable IPv6 multicast routing for VPN instance a PE1 ipv6 multicast routing vpn instance a PE1 mrib6 a quit Create an MD for VPN instance a PE1 multicast domain vpn instance a Create an MD IPv6 address family for VPN in...

Page 254: ...a 0 0 0 0 PE1 Vlan interface11 ipv6 pim sm PE1 Vlan interface11 quit Assign an IP address to Loopback 1 and enable PIM SM on the interface PE1 interface loopback 1 PE1 LoopBack1 ip address 1 1 1 1 32 PE1 LoopBack1 pim sm PE1 LoopBack1 quit Configure BGP PE1 bgp 100 PE1 bgp default group vpn g internal PE1 bgp default peer vpn g connect interface loopback 1 PE1 bgp default peer 1 1 1 2 group vpn g ...

Page 255: ...DP globally PE2 mpls lsr id 1 1 1 2 PE2 mpls ldp PE2 ldp quit Create a VPN instance named b and configure the RD and route targets for the VPN instance PE2 ip vpn instance b PE2 vpn instance b route distinguisher 200 1 PE2 vpn instance b vpn target 200 1 export extcommunity PE2 vpn instance b vpn target 200 1 import extcommunity PE2 vpn instance b quit Enable IPv6 multicast routing for VPN instanc...

Page 256: ...an interface15 pim sm PE2 Vlan interface15 mpls enable PE2 Vlan interface15 mpls ldp enable PE2 Vlan interface15 quit Associate VLAN interface 13 with VPN instance b and assign an IPv6 address to the interface PE2 interface vlan interface 13 PE2 Vlan interface13 ip binding vpn instance b PE2 Vlan interface13 ipv6 address 10 110 3 1 64 Configure VLAN interface 13 to run OSPFv3 process 3 in Area 0 a...

Page 257: ... direct PE2 bgp default ipv6 b quit PE2 bgp default b quit PE2 bgp default address family vpnv6 PE2 bgp default vpnv6 peer vpn g enable PE2 bgp default vpnv6 quit PE2 bgp default quit Configure OSPF PE2 ospf 1 PE2 ospf 1 area 0 0 0 0 PE2 ospf 1 area 0 0 0 0 network 1 1 1 2 0 0 0 0 PE2 ospf 1 area 0 0 0 0 network 192 168 7 0 0 0 0 255 PE2 ospf 1 area 0 0 0 0 quit PE2 ospf 1 quit Configure OSPFv3 PE...

Page 258: ...ing for VPN instance a PE3 ipv6 multicast routing vpn instance a PE3 mrib6 a quit Create an MD for VPN instance a PE3 multicast domain vpn instance a Create an MD IPv6 address family for VPN instance a PE3 md a address family ipv6 Specify the default group the MD source interface and the data group range for VPN instance a PE3 md a ipv6 default group 239 1 1 1 PE3 md a ipv6 source loopback 1 PE3 m...

Page 259: ...3 Vlan interface17 ospfv3 2 area 0 0 0 0 PE3 Vlan interface17 ipv6 pim sm PE3 Vlan interface17 quit Associate VLAN interface 18 with VPN instance b and assign an IPv6 address to the interface PE3 interface vlan interface 18 PE3 Vlan interface18 ip binding vpn instance b PE3 Vlan interface18 ipv6 address 10 110 6 1 64 Configure VLAN interface 18 to run OSPFv3 process 3 in Area 0 and enable IPv6 PIM...

Page 260: ...ult ipv6 b import route ospfv3 3 PE3 bgp default ipv6 b import route direct PE3 bgp default ipv6 b quit PE3 bgp default b quit PE3 bgp default address family vpnv6 PE3 bgp default vpnv6 peer vpn g enable PE3 bgp default vpnv6 quit PE3 bgp default quit Configure OSPF PE3 ospf 1 PE3 ospf 1 area 0 0 0 0 PE3 ospf 1 area 0 0 0 0 network 1 1 1 3 0 0 0 0 PE3 ospf 1 area 0 0 0 0 network 192 168 8 0 0 0 0 ...

Page 261: ... interface15 mpls enable P Vlan interface15 mpls ldp enable P Vlan interface15 quit Assign an IP address to VLAN interface 19 P interface vlan interface 19 P Vlan interface19 ip address 192 168 8 2 24 Enable PIM SM MPLS and IPv4 LDP on VLAN interface 19 P Vlan interface19 pim sm P Vlan interface19 mpls enable P Vlan interface19 mpls ldp enable P Vlan interface19 quit Assign an IP address to Loopba...

Page 262: ...a 0 0 0 0 CEa1 Vlan interface11 ipv6 pim sm CEa1 Vlan interface11 quit Configure OSPFv3 CEa1 ospfv3 2 CEa1 ospfv3 2 router id 6 6 6 6 CEa1 ospfv3 2 area 0 CEa1 ospfv3 2 area 0 0 0 0 quit 6 Configure CE b1 Enable IPv6 multicast routing CEb1 system view CEb1 ipv6 multicast routing CEb1 mrib6 quit Assign an IPv6 address to VLAN interface 30 CEb1 interface vlan interface 30 CEb1 Vlan interface30 ipv6 ...

Page 263: ...rocess 2 in Area 0 and enable IPv6 PIM SM on the interface CEa2 Vlan interface14 ospfv3 2 area 0 0 0 0 CEa2 Vlan interface14 ipv6 pim sm CEa2 Vlan interface14 quit Assign an IPv6 address to VLAN interface 16 CEa2 interface vlan interface 16 CEa2 Vlan interface16 ipv6 address 10 110 12 1 64 Configure VLAN interface 16 to run OSPFv3 process 2 in Area 0 and enable IPv6 PIM SM on the interface CEa2 Vl...

Page 264: ...a 0 and enable IPv6 PIM SM on the interface CEa3 Vlan interface17 ospfv3 2 area 0 0 0 0 CEa3 Vlan interface17 ipv6 pim sm CEa3 Vlan interface17 quit Assign an IPv6 address to VLAN interface 16 CEa3 interface vlan interface 16 CEa3 Vlan interface16 ipv6 address 10 110 12 2 64 Configure VLAN interface 16 to run OSPFv3 process 2 in Area 0 and enable IPv6 PIM SM on the interface CEa3 Vlan interface16 ...

Page 265: ...ion about the local default group for IPv6 multicast transmission in each VPN instance on PE 2 PE2 display multicast domain default group ipv6 local MD local default group information Group address Source address Interface VPN instance 239 1 1 1 1 1 1 2 MTunnel0 a 239 1 1 1 1 1 1 2 MTunnel1 b Display information about the local default group for IPv6 multicast transmission in each VPN instance on ...

Page 266: ...ir respective VLAN interface 4 Establish EBGP peer connections between VLAN interface 4 on PE 2 and PE 3 Configure MPLS separately in AS 100 and AS 200 IP multicast routing Enable IP multicast routing on P 1 and P 2 Enable IP multicast routing on the public network on PE 1 PE 2 PE 3 and PE 4 Enable IP multicast routing for VPN instance a on PE 1 and PE 4 Enable IP multicast routing for VPN instanc...

Page 267: ...1 1 24 P 2 Vlan int5 10 4 1 2 24 P 1 Loop1 5 5 5 5 32 P 2 Loop1 6 6 6 6 32 CE a1 Vlan int21 12 1 1 1 24 CE b1 Vlan int22 12 2 1 1 24 CE a1 Vlan int11 11 1 1 2 24 CE b1 Vlan int12 11 2 1 2 24 CE a2 Vlan int23 12 3 1 1 24 CE b2 Vlan int24 12 4 1 1 24 CE a2 Vlan int13 11 3 1 2 24 CE b2 Vlan int14 11 4 1 2 24 Configuration procedure 1 Configure PE 1 Configure a global router ID and enable IP multicast...

Page 268: ...nce a quit Enable IP multicast routing for VPN instance a PE1 multicast routing vpn instance a Enable the RPF vector feature PE1 mrib a rpf proxy vector PE1 mrib a quit Create an MD for VPN instance a PE1 multicast domain vpn instance a Create an MD IPv4 address family for VPN instance a PE1 md a address family ipv4 Specify the default group the MD source interface and the data group range for VPN...

Page 269: ...nstance a Assign an IP address to VLAN interface 11 and enable PIM SM on the interface PE1 Vlan interface11 ip address 11 1 1 1 24 PE1 Vlan interface11 pim sm PE1 Vlan interface11 quit Associate VLAN interface 12 with VPN instance b PE1 interface vlan interface 12 PE1 Vlan interface12 ip binding vpn instance b Assign an IP address to VLAN interface 12 and enable PIM SM on the interface PE1 Vlan in...

Page 270: ... ospf 2 vpn instance a PE1 ospf 2 area 0 0 0 0 PE1 ospf 2 area 0 0 0 0 network 11 1 1 0 0 0 0 255 PE1 ospf 2 area 0 0 0 0 quit PE1 ospf 2 quit PE1 ospf 3 vpn instance b PE1 ospf 3 area 0 0 0 0 PE1 ospf 3 area 0 0 0 0 network 11 2 1 0 0 0 0 255 PE1 ospf 3 area 0 0 0 0 quit PE1 ospf 3 quit 2 Configure PE 2 Configure a global router ID and enable IP multicast routing on the public network PE2 system ...

Page 271: ...pnv4 peer 1 1 1 1 enable PE2 bgp default vpnv4 peer 10 3 1 2 enable PE2 bgp default vpnv4 quit PE2 bgp default address family ipv4 mdt PE2 bgp default mdt peer 1 1 1 1 enable PE2 bgp default mdt peer 10 3 1 2 enable PE2 bgp default mdt quit PE2 bgp default quit Configure OSPF PE2 ospf 1 PE2 ospf 1 area 0 0 0 0 PE2 ospf 1 area 0 0 0 0 network 2 2 2 2 0 0 0 0 PE2 ospf 1 area 0 0 0 0 network 10 2 1 0...

Page 272: ...v4 PE3 bgp default vpnv4 undo policy vpn target PE3 bgp default vpnv4 peer 4 4 4 4 enable PE3 bgp default vpnv4 peer 10 3 1 1 enable PE3 bgp default vpnv4 quit PE3 bgp default address family ipv4 mdt PE3 bgp default mdt peer 4 4 4 4 enable PE3 bgp default mdt peer 10 3 1 1 enable PE3 bgp default mdt quit PE3 bgp default quit Configure OSPF PE3 ospf 1 PE3 ospf 1 area 0 0 0 0 PE3 ospf 1 area 0 0 0 0...

Page 273: ...instance a PE4 md a address family ipv4 Specify the default group the MD source interface and the data group range for VPN instance a PE4 md a ipv4 default group 232 1 1 1 PE4 md a ipv4 source loopback 1 PE4 md a ipv4 data group 232 2 2 0 28 PE4 md a ipv4 quit PE4 md a quit Create a VPN instance named b and configure the RD and route targets for the VPN instance PE4 ip vpn instance b PE4 vpn insta...

Page 274: ...ance b PE4 interface vlan interface 14 PE4 Vlan interface14 ip binding vpn instance b Assign an IP address to VLAN interface 14 and enable PIM SM on the interface PE4 Vlan interface14 ip address 11 4 1 1 24 PE4 Vlan interface14 pim sm PE4 Vlan interface14 quit Assign an IP address to Loopback 1 and enable PIM SM on the interface PE4 interface loopback 1 PE4 LoopBack1 ip address 4 4 4 4 32 PE4 Loop...

Page 275: ...pf 3 area 0 0 0 0 network 11 4 1 0 0 0 0 255 PE4 ospf 3 area 0 0 0 0 quit PE4 ospf 3 quit 5 Configure P 1 Enable IP multicast routing on the public network P1 system view P1 multicast routing P1 mrib quit Configure an LSR ID and enable LDP globally P1 mpls lsr id 5 5 5 5 P1 mpls ldp P1 ldp quit Assign an IP address to VLAN interface 2 P1 interface vlan interface 2 P1 Vlan interface2 ip address 10 ...

Page 276: ... 6 P2 interface vlan interface 6 P2 Vlan interface6 ip address 10 5 1 1 24 Enable PIM SM MPLS and IPv4 LDP on VLAN interface 6 P2 Vlan interface6 pim sm P2 Vlan interface6 mpls enable P2 Vlan interface6 mpls ldp enable P2 Vlan interface6 quit Assign an IP address to VLAN interface 5 P2 interface vlan interface 5 P2 Vlan interface5 ip address 10 4 1 2 24 Enable PIM SM MPLS and IPv4 LDP on VLAN inte...

Page 277: ...im c rp 11 1 1 2 CEa1 pim quit Configure OSPF CEa1 ospf 1 CEa1 ospf 1 area 0 0 0 0 CEa1 ospf 1 area 0 0 0 0 network 12 1 1 0 0 0 0 255 CEa1 ospf 1 area 0 0 0 0 network 11 1 1 0 0 0 0 255 CEa1 ospf 1 area 0 0 0 0 quit CEa1 ospf 1 quit 8 Configure CE b1 Enable IP multicast routing CEb1 system view CEb1 multicast routing CEb1 mrib quit Assign an IP address to VLAN interface 22 and enable PIM SM on th...

Page 278: ...Vlan interface13 ip address 11 3 1 2 24 CEa2 Vlan interface13 pim sm CEa2 Vlan interface13 quit Configure OSPF CEa2 ospf 1 CEa2 ospf 1 area 0 0 0 0 CEa2 ospf 1 area 0 0 0 0 network 12 3 1 0 0 0 0 255 CEa2 ospf 1 area 0 0 0 0 network 11 3 1 0 0 0 0 255 CEa2 ospf 1 area 0 0 0 0 quit CEa2 ospf 1 quit 10 Configure CE b2 Enable IP multicast routing CEb2 system view CEb2 multicast routing CEb2 mrib quit...

Page 279: ...display multicast domain default group local MD local default group information Group address Source address Interface VPN instance 232 1 1 1 4 4 4 4 MTunnel0 a 233 3 3 3 4 4 4 4 MTunnel1 b Display information about the remote default group for IPv4 multicast transmission in each VPN instance on PE 4 PE4 display multicast domain default group remote MD remote default group information Group addres...

Page 280: ... PE 4 Enable IP multicast routing for VPN instance a on PE 1 and PE 4 Enable IP multicast routing for VPN instance b on PE 1 and PE 4 Enable IP multicast routing on CE a1 CE a2 CE b1 and CE b2 IGMPv2 Enable IGMPv2 on VLAN interface 30 of CE a2 Enable IGMPv2 on VLAN interface 40 of CE b2 PIM SM Enable PIM SM on the public network and for VPN instances a and b Enable PIM SM on all public network int...

Page 281: ...2 PE 4 Loop1 1 1 1 4 32 CE a1 Vlan int10 10 11 5 1 24 CE b1 Vlan int20 10 11 6 1 24 CE a1 Vlan int11 10 11 1 2 24 CE b1 Vlan int12 10 11 2 2 24 CE a1 Loop0 2 2 2 2 32 CE b2 Vlan int40 10 11 8 1 24 CE a2 Vlan int30 10 11 7 1 24 CE b2 Vlan int14 10 11 4 2 24 CE a2 Vlan int13 10 11 3 2 24 CE b2 Loop0 3 3 3 3 32 Configuration procedure 1 Configure PE 1 Configure a global router ID and enable IP multic...

Page 282: ...P multicast routing for VPN instance a PE1 multicast routing vpn instance a PE1 mrib a quit Create an MD for VPN instance a PE1 multicast domain vpn instance a Create an MD IPv4 address family for VPN instance a PE1 md a address family ipv4 Specify the default group the MD source interface and the data group range for VPN instance a PE1 md a ipv4 default group 239 1 1 1 PE1 md a ipv4 source loopba...

Page 283: ...it Associate VLAN interface 12 with VPN instance b PE1 interface vlan interface 12 PE1 Vlan interface12 ip binding vpn instance b Assign an IP address to VLAN interface 12 and enable PIM SM on the interface PE1 Vlan interface12 ip address 10 11 2 1 24 PE1 Vlan interface12 pim sm PE1 Vlan interface12 quit Assign an IP address to Loopback 1 and enable PIM SM on the interface PE1 interface loopback 1...

Page 284: ...1 0 0 0 0 PE1 ospf 1 area 0 0 0 0 network 10 10 1 0 0 0 0 255 PE1 ospf 1 area 0 0 0 0 quit PE1 ospf 1 quit PE1 ospf 2 vpn instance a PE1 ospf 2 import route bgp PE1 ospf 2 area 0 0 0 0 PE1 ospf 2 area 0 0 0 0 network 10 11 1 0 0 0 0 255 PE1 ospf 2 area 0 0 0 0 quit PE1 ospf 2 quit PE1 ospf 3 vpn instance b PE1 ospf 3 import route bgp PE1 ospf 3 area 0 0 0 0 PE1 ospf 3 area 0 0 0 0 network 10 11 2 ...

Page 285: ...pBack2 pim sm PE2 LoopBack2 quit Configure Loopback 2 as a C BSR and a C RP PE2 pim PE2 pim c bsr 11 11 11 11 PE2 pim c rp 11 11 11 11 PE2 pim quit Configure VLAN interface 3 as a PIM SM domain border PE2 interface vlan interface 3 PE2 Vlan interface3 pim bsr boundary PE2 Vlan interface3 quit Establish an MSDP peering relationship PE2 msdp PE2 msdp encap data enable PE2 msdp peer 1 1 1 3 connect i...

Page 286: ...ing PE3 mrib quit Configure an LSR ID and enable LDP globally PE3 mpls lsr id 1 1 1 3 PE3 mpls ldp PE3 ldp quit Assign an IP address to VLAN interface 4 PE3 interface vlan interface 4 PE3 Vlan interface4 ip address 10 10 2 1 24 Enable PIM SM MPLS and IPv4 LDP on VLAN interface 4 PE3 Vlan interface4 pim sm PE3 Vlan interface4 mpls enable PE3 Vlan interface4 mpls ldp enable PE3 Vlan interface4 quit ...

Page 287: ...t group pe3 pe2 external PE3 bgp default peer pe3 pe2 as number 100 PE3 bgp default peer 192 168 1 1 group pe3 pe2 PE3 bgp default address family ipv4 PE3 bgp default ipv4 peer pe3 pe4 enable PE3 bgp default ipv4 peer pe3 pe4 route policy map2 export PE3 bgp default ipv4 peer pe3 pe4 label route capability PE3 bgp default ipv4 peer pe3 pe2 enable PE3 bgp default ipv4 peer pe3 pe2 route policy map1...

Page 288: ...ng vpn instance a PE4 mrib a quit Create an MD for VPN instance a PE4 multicast domain vpn instance a Create an MD IPv4 address family for VPN instance a PE4 md a address family ipv4 Specify the default group the MD source interface and the data group range for VPN instance a PE4 md a ipv4 default group 239 1 1 1 PE4 md a ivp4 source loopback 1 PE4 md a ivp4 data group 225 1 1 0 28 PE4 md a ipv4 q...

Page 289: ...erface 14 PE4 Vlan interface14 ip binding vpn instance b Assign an IP address to VLAN interface 14 and enable PIM SM on the interface PE4 Vlan interface14 ip address 10 11 4 1 24 PE4 Vlan interface14 pim sm PE4 Vlan interface14 quit Assign an IP address to Loopback 1 and enable PIM SM on the interface PE4 interface loopback 1 PE4 LoopBack1 ip address 1 1 1 4 32 PE4 LoopBack1 pim sm PE4 LoopBack1 q...

Page 290: ...spf 1 quit PE4 ospf 2 vpn instance a PE4 ospf 2 import route bgp PE4 ospf 2 area 0 0 0 0 PE4 ospf 2 area 0 0 0 0 network 10 11 3 0 0 0 0 255 PE4 ospf 2 area 0 0 0 0 quit PE4 ospf 2 quit PE4 ospf 3 vpn instance b PE4 ospf 3 import route bgp PE4 ospf 3 area 0 0 0 0 PE4 ospf 3 area 0 0 0 0 network 10 11 4 0 0 0 0 255 PE4 ospf 3 area 0 0 0 0 quit PE4 ospf 3 quit 5 Configure CE a1 Enable IP multicast r...

Page 291: ...quit Assign an IP address to VLAN interface 20 and enable PIM SM on the interface CEb1 interface vlan interface 20 CEb1 Vlan interface20 ip address 10 11 6 1 24 CEb1 Vlan interface20 pim sm CEb1 Vlan interface20 quit Assign an IP address to VLAN interface 12 and enable PIM SM on the interface CEb1 interface vlan interface 12 CEb1 Vlan interface12 ip address 10 11 2 2 24 CEb1 Vlan interface12 pim s...

Page 292: ...n the interface CEb2 interface vlan interface 40 CEb2 Vlan interface40 ip address 10 11 8 1 24 CEb2 Vlan interface40 igmp enable CEb2 Vlan interface40 quit Assign an IP address to VLAN interface 14 and enable PIM SM on the interface CEb2 interface vlan interface 14 CEb2 Vlan interface14 ip address 10 11 4 2 24 CEb2 Vlan interface14 pim sm CEb2 Vlan interface14 quit Assign an IP address to Loopback...

Page 293: ...een PE devices interfaces that are in the same VPN instance Solution To resolve the problem 1 Use the display interface command to examine the MTI interface state and address encapsulation on the MTI 2 Use the display multicast domain default group command to verify that the same default group address has been configured for the same VPN instance on different PE devices 3 Use the display pim inter...

Page 294: ...display pim rp info command to examine the RP information If no RP information is available verify that a unicast route exists to the RP Use the display pim neighbor command to verify that the PIM adjacencies have been correctly established on the public network and the VPN 3 Use the ping command to examine the connectivity between the VPN DR and the VPN RP 4 If the problem persists contact Hewlet...

Page 295: ...wards multicast packets of known IPv6 multicast groups to only the receivers Figure 86 Multicast packet transmission processes without and with MLD snooping MLD snooping ports As shown in Figure 87 MLD snooping runs on Switch A and Switch B and Host A and Host C are receiver hosts in an IPv6 multicast group MLD snooping ports are divided into member ports and router ports IPv6 multicast packet tra...

Page 296: ... in MLD snooping is a Layer 2 interface Member ports On an MLD snooping Layer 2 device the ports toward receiver hosts are called member ports In Figure 87 HundredGigE 1 0 2 and HundredGigE 1 0 3 of Switch A and HundredGigE 1 0 2 of Switch B are member ports Member ports contain the following types Dynamic member port When a port receives an MLD report it is added to the associated dynamic MLD sno...

Page 297: ...arks the receiving port as a dynamic member port and starts an aging timer for the port If a match is found but the matching forwarding entry does not contain the receiving port the Layer 2 device adds the receiving port to the outgoing interface list It also marks the port as a dynamic member port to the forwarding entry and starts an aging timer for the port If a match is found and the matching ...

Page 298: ...through the receiving port After receiving the MLD multicast address specific query the Layer 2 device forwards the query through all router ports and member ports of the group in the VLAN or VSI Then it waits for the responding MLD report from the directly connected hosts For the dynamic member port that received the done message the Layer 2 device also performs one of the following actions If th...

Page 299: ...ic member port and starts an aging timer for the port If no match is found the device creates a forwarding entry with the receiving port as an outgoing interface It also marks the receiving port as a dynamic member port and starts an aging timer for the port Then it sends the report to all router ports Done message After receiving the MLD done message on a port the device sends an MLD multicast ad...

Page 300: ...onal Setting the MLD last listener query interval Configuring MLD snooping port features Optional Setting aging timers for dynamic ports Configuring the MLD snooping querier Optional Enabling the MLD snooping querier Optional Configuring parameters for MLD general queries and responses Configuring parameters for MLD messages Optional Configuring source IPv6 addresses for MLD messages Optional Sett...

Page 301: ...onfiguration takes effect Enabling MLD snooping in MLD snooping view Step Command Remarks 1 Enter system view system view N A 2 Enable MLD snooping globally and enter MLD snooping view mld snooping By default MLD snooping is globally disabled 3 Enable MLD snooping for the specified VLANs enable vlan vlan list By default MLD snooping is disabled for a VLAN Enabling MLD snooping in VLAN or VSI view ...

Page 302: ... MLD snooping view mld snooping N A 3 Specify an MLD snooping version for the specified VLANs version version number vlan vlan list The default setting is 1 Specifying an MLD snooping version in VLAN view Step Command Remarks 1 Enter system view system view N A 2 Enter VLAN view or VSI view Enter VLAN view vlan vlan id Enter VSI view vsi vsi name N A 3 Specify an MLD snooping version for the VLAN ...

Page 303: ...ntry mac address multicast mac address interface interface list vlan vlan id By default no static IPv6 multicast MAC address entries exist For more information about this command see IP Multicast Command Reference Configuring a static IPv6 multicast MAC address entry in interface view Step Command Remarks 1 Enter system view system view N A 2 Enter Layer 2 Ethernet interface or Layer 2 aggregate i...

Page 304: ... last listener query interval in the VLAN or VSI mld snooping last listener query interval interval The default setting is 1 second Configuring MLD snooping port features Before you configure MLD snooping port features complete the following tasks Enable MLD snooping for the VLAN or VSI Determine the aging timer for dynamic router ports Determine the aging timer for dynamic member ports Determine ...

Page 305: ...i vsi name N A 3 Set the aging timer for dynamic router ports in the VLAN or VSI mld snooping router aging time seconds The default setting is 260 seconds 4 Set the aging timer for dynamic member ports in the VLAN or VSI mld snooping host aging time seconds The default setting is 260 seconds Configuring static ports You can configure the following types of static ports Static member port When you ...

Page 306: ...terface view interface interface type interface number N A 3 Configure the port as a simulated member host mld snooping host join ipv6 group address source ip ipv6 source address vlan vlan id By default the port is not a simulated member host Enabling fast leave processing This feature enables the device to immediately remove a port from the forwarding entry for an IPv6 multicast group when the po...

Page 307: ... does not expect The port forwards the MLD general queries or IPv6 PIM hello messages to its upstream multicast routers These messages might affect the multicast routing protocol state such as the MLD querier or DR election on the multicast routers This might further cause network interruption To solve these problems you can disable the router port from becoming a dynamic router port when receivin...

Page 308: ...VSI Step Command Remarks 1 Enter system view system view N A 2 Enter VLAN view or VSI view Enter VLAN view vlan vlan id Enter VSI view vsi vsi name N A 3 Enable the MLD snooping querier for the VLAN or VSI mld snooping querier By default the MLD snooping querier is disabled for a VLAN or VSI Configuring parameters for MLD general queries and responses CAUTION To avoid mistakenly deleting IPv6 mult...

Page 309: ...l int erval The default setting is 125 seconds 4 Set the maximum response time for MLD general queries in the VLAN or VSI mld snooping max response time seconds The default setting is 10 seconds Enabling MLD snooping proxying Before you enable MLD snooping proxying for a VLAN enable MLD snooping for the VLAN To enable MLD snooping proxying Step Command Remarks 1 Enter system view system view N A 2...

Page 310: ...F FE00 0001 4 Configure the source IPv6 address for MLD multicast address specific queries mld snooping special query source ip ipv6 address By default the source IPv6 address of MLD multicast address specific queries is one of the following The source address of MLD general queries if the MLD snooping querier of the VLAN has received MLD general queries The IPv6 link local address of the current ...

Page 311: ...ific queries is one of the following The source address of MLD general queries if the MLD snooping querier of the VSI has received MLD general queries IPv6 link local address of the gateway interface for the VSI if the MLD snooping querier does not receive an MLD general query FE80 02FF FFFF FE00 000 1 if the gateway interface does not have an IPv6 link local address 5 Configure the source IPv6 ad...

Page 312: ...D messages in a VLAN Step Command Remarks 1 Enter system view system view N A 2 Enter VLAN view vlan vlan id N A 3 Set the 802 1p priority for MLD messages in the VLAN mld snooping dot1p priority priority By default the 802 1p priority for MLD messages is not configured For MLD messages created by the device the 802 1p priority is 0 For MLD messages to be forwarded the device does not change the 8...

Page 313: ...ups Enabling IPv6 multicast source port filtering This feature enables the device to discard all IPv6 multicast data packets and to accept IPv6 multicast protocol packets You can enable this feature on ports that connect to only IPv6 multicast receivers You can enable multicast source port filtering for the specified ports in MLD snooping view or for a port in interface view For a port the configu...

Page 314: ...to forward only the first MLD report for an IPv6 multicast group to its directly connected Layer 3 device Other reports for the same group in the same query interval are discarded Use this feature to reduce the multicast traffic To enable MLD report suppression Step Command Remarks 1 Enter system view system view N A 2 Enter MLD snooping view mld snooping N A 3 Enable MLD report suppression report...

Page 315: ...ly You can enable this feature globally for all ports in MLD snooping view or for a port in interface view For a port the port specific configuration takes priority over the global configuration Enabling IPv6 multicast group replacement globally Step Command Remarks 1 Enter system view system view N A 2 Enter MLD snooping view mld snooping N A 3 Enable IPv6 multicast group replacement globally ove...

Page 316: ...an vlan id vsi vsi name slot slot number Display information about Layer 2 IPv6 MAC multicast groups display ipv6 l2 multicast mac mac address vlan vlan id vsi vsi name slot slot number Display Layer 2 IPv6 MAC multicast group entries display ipv6 l2 multicast mac forwarding mac address vlan vlan id vsi vsi name slot slot number Display static IPv6 multicast MAC address entries display mac address...

Page 317: ...hrough MLD snooping reset mld snooping statistics For more information about the display mac address multicast command see IP Multicast Command Reference MLD snooping configuration examples IPv6 group policy and simulated joining configuration example for VLANs Network requirements As shown in Figure 89 Router A runs MLDv1 and acts as the MLD querier and Switch A runs MLDv1 snooping Configure the ...

Page 318: ...E1 0 2 quit 3 Configure Switch A Enable MLD snooping globally SwitchA system view SwitchA mld snooping SwitchA mld snooping quit Create VLAN 100 and assign HundredGigE 1 0 1 through HundredGigE 1 0 4 to the VLAN SwitchA vlan 100 SwitchA vlan100 port hundredgige 1 0 1 to hundredgige 1 0 4 Enable MLD snooping and enable dropping IPv6 unknown multicast data for VLAN 100 SwitchA vlan100 mld snooping e...

Page 319: ...e following information Host A and Host B have joined IPv6 multicast group FF1E 101 through the member ports HundredGigE 1 0 4 and HundredGigE 1 0 3 on Switch A respectively Host A and Host B have failed to join the multicast group FF1E 202 Static port configuration example for VLANs Network requirements As shown in Figure 90 Router A runs MLDv1 and acts as the MLD querier Switch A Switch B and Sw...

Page 320: ... ipv6 multicast routing RouterA mrib6 quit Enable MLD on HundredGigE 1 0 1 RouterA interface hundredgige 1 0 1 RouterA HundredGigE1 0 1 mld enable RouterA HundredGigE1 0 1 quit Enable IPv6 PIM DM on HundredGigE 1 0 2 RouterA interface hundredgige 1 0 2 RouterA HundredGigE1 0 2 ipv6 pim dm RouterA HundredGigE1 0 2 quit 3 Configure Switch A Enable MLD snooping globally SwitchA system view SwitchA ml...

Page 321: ... system view SwitchC mld snooping SwitchC mld snooping quit Create VLAN 100 and assign HundredGigE 1 0 1 through HundredGigE 1 0 5 to the VLAN SwitchC vlan 100 SwitchC vlan100 port hundredgige 1 0 1 to hundredgige 1 0 5 Enable MLD snooping for VLAN 100 SwitchC vlan100 mld snooping enable SwitchC vlan100 quit Configure HundredGigE 1 0 3 and HundredGigE 1 0 5 as static member ports for IPv6 multicas...

Page 322: ...ectively Host A and Host C are receivers of IPv6 multicast group FF1E 101 and Host B and Host D are receivers of IPv6 multicast group FF1E 102 All host receivers run MLDv1 and all switches run MLDv1 snooping Switch A which is close to the multicast sources acts as the MLD snooping querier To prevent the switches from flooding unknown IPv6 packets in the VLAN enable all the switches to drop unknown...

Page 323: ...for VLAN 100 SwitchB vlan100 mld snooping enable SwitchB vlan100 mld snooping drop unknown SwitchB vlan100 quit 3 Configure Switch C Enable MLD snooping globally SwitchC system view SwitchC mld snooping SwitchC mld snooping quit Create VLAN 100 and assign HundredGigE 1 0 1 through HundredGigE 1 0 3 to the VLAN SwitchC vlan 100 SwitchC vlan100 port hundredgige 1 0 1 to hundredgige 1 0 3 Enable MLD ...

Page 324: ...lo 0 Received error MLD messages 0 The output shows that all switches except Switch A can receive the MLD general queries after Switch A acts as the MLD snooping querier MLD snooping proxying configuration example for VLANs Network requirements As shown in Figure 92 Router A runs MLDv1 and acts as the MLD querier Switch A runs MLDv1 snooping Configure MLD snooping proxying so that Switch A can per...

Page 325: ...SwitchA mld snooping quit Create VLAN 100 and assign HundredGigE 1 0 1 through HundredGigE 1 0 4 to the VLAN SwitchA vlan 100 SwitchA vlan100 port hundredgige 1 0 1 to hundredgige 1 0 4 Enable MLD snooping and MLD snooping proxying for the VLAN SwitchA vlan100 mld snooping enable SwitchA vlan100 mld snooping proxy enable SwitchA vlan100 quit Verifying the configuration Display brief information ab...

Page 326: ...icate with CE 1 CE 2 and CE 3 respectively Configure the devices so that Host A and Host B can receive IPv6 multicast data from Source Figure 93 Network diagram Table 23 Interface and IP address assignment Device Interface IP address Device Interface IP address PE 1 Vlan int101 10 110 1 1 24 PE 2 Loop0 2 2 2 2 32 PE 1 Vlan int102 10 110 2 1 24 PE 3 Vlan int102 10 110 2 2 24 PE 1 Loop0 1 1 1 1 32 P...

Page 327: ... CE1 HundredGigE1 0 1 quit Enable the MLD snooping querier in VLAN 100 CE1 vlan100 mld snooping querier 4 Configure CE 2 Enable MLD snooping globally CE2 system view CE2 mld snooping CE2 mld snooping quit Create VLAN 100 and assign HundredGigE 1 0 2 to VLAN 100 CE2 vlan 100 CE2 vlan100 port hundredgige 1 0 2 In VLAN 100 enable MLD snooping and enable dropping unknown IPv6 multicast data CE2 vlan10...

Page 328: ...lan interface102 mpls ldp enable PE1 Vlan interface102 quit Create a VSI named aaa specify the VSI to establish PWs statically and configure PWs for it PE1 vsi aaa PE1 vsi aaa pwsignaling static PE1 vsi aaa static peer 2 2 2 2 pw id 3 in label 100 out label 100 PE1 vsi aaa static 2 2 2 2 3 quit PE1 vsi aaa static peer 3 3 3 3 pw id 3 in label 200 out label 200 PE1 vsi aaa static 3 3 3 3 3 quit PE1...

Page 329: ...2 vsi aaa static 1 1 1 1 3 quit PE2 vsi aaa static peer 3 3 3 3 pw id 3 in label 300 out label 300 PE2 vsi aaa static 3 3 3 3 3 quit PE2 vsi aaa static quit PE2 vsi aaa quit Bind HundredGigE 1 0 1 to VSI aaa PE2 interface hundredgige 1 0 1 PE2 HundredGigE1 0 1 service instance 1 PE2 HundredGigE1 0 1 srv1 encapsulation s vid 5 PE2 HundredGigE1 0 1 srv1 xconnect vsi aaa PE2 HundredGigE1 0 1 srv1 qui...

Page 330: ...ige 1 0 1 PE3 HundredGigE1 0 1 service instance 1 PE3 HundredGigE1 0 1 srv1 encapsulation s vid 5 PE3 HundredGigE1 0 1 srv1 xconnect vsi aaa PE3 HundredGigE1 0 1 srv1 quit PE3 HundredGigE1 0 1 quit Enable MLD snooping globally PE3 mld snooping PE3 mld snooping quit Enable MLD snooping and enable dropping unknown IPv6 multicast data for VSI aaa PE3 vsi aaa PE3 vsi aaa mld snooping enable PE3 vsi aa...

Page 331: ...mic router ports for VSI aaa on PE 2 PE2 display mld snooping router port vsi aaa verbose VSI aaa Router slots 0 in total Router ports 1 in total NPW Link ID 8 00 01 26 VLAN pairs 1 in total Outer VLAN 100 Inner VLAN 0 00 01 26 Display detailed information about dynamic MLD snooping group entries for VSI aaa on PE 3 PE3 display mld snooping group vsi aaa verbose Total 1 entries VSI aaa Total 1 ent...

Page 332: ... Switch A Loop0 1 1 1 1 32 Switch C Loop0 3 3 3 3 32 Switch B Vlan int12 12 1 1 2 24 Switch D Vlan int11 11 1 1 4 24 Switch B Loop0 2 2 2 2 32 Switch D Vlan int12 12 1 1 4 24 Switch D Vlan int13 13 1 1 4 24 Configuration procedure 1 Assign an IP address and subnet mask to each interface on the transport network as shown in Table 24 Details not shown 2 Configure OSPF on all the switches in the tran...

Page 333: ...rface tunnel 1 mode vxlan SwitchA Tunnel1 source 1 1 1 1 SwitchA Tunnel1 destination 2 2 2 2 SwitchA Tunnel1 quit Create a VXLAN tunnel to Switch C The tunnel interface name is Tunnel 2 The source address and destination address of the tunnel interface are 1 1 1 1 and 3 3 3 3 respectively SwitchA interface tunnel 2 mode vxlan SwitchA Tunnel2 source 1 1 1 1 SwitchA Tunnel2 destination 3 3 3 3 Switc...

Page 334: ...ip address 2 2 2 2 255 255 255 255 SwitchB Loopback0 quit Create a VXLAN tunnel to Switch A The tunnel interface name is Tunnel 2 The source address and destination address of the tunnel interface are 2 2 2 2 and 1 1 1 1 respectively SwitchB interface tunnel 2 mode vxlan SwitchB Tunnel2 source 2 2 2 2 SwitchB Tunnel2 destination 1 1 1 1 SwitchB Tunnel2 quit Create a VXLAN tunnel to Switch C The tu...

Page 335: ...Enable dropping unknown IPv6 multicast data packets for VSI vpna SwitchC vsi vpna mld snooping drop unknown Specify FE80 3 as the source IPv6 address of MLD general queries in VSI vpna SwitchC vsi vpna mld snooping general query source ip fe80 3 Enable the MLD snooping querier for VSI vpna SwitchC vsi vpna mld snooping querier SwitchC vsi vpna quit Assign an IP address to Loopback 0 This address w...

Page 336: ...2 Map Ethernet service instance 1000 to VSI vpna SwitchC HundredGigE1 0 1 srv1000 xconnect vsi vpna SwitchC HundredGigE1 0 1 srv1000 quit SwitchC HundredGigE1 0 1 quit Verifying the configuration Display dynamic router port information for VSI vpna on Switch A SwitchA display mld snooping router port vsi vpna VSI vpna Router ports 1 in total Tun2 VXLAN ID 10 00 04 17 Display dynamic router port in...

Page 337: ...ups that are not permitted by the IPv6 multicast group policy Solution To resolve the problem 1 Use the display acl ipv6 command to verify that the configured IPv6 ACL meets the IPv6 multicast group policy requirements 2 Use the display this command in MLD snooping view or in interface view to verify that the correct IPv6 multicast group policy has been applied If the applied policy is not correct...

Page 338: ...s to G2 The Layer 2 switch s interfaces that connect to the IPv6 PIM capable routers are in the same VLAN or VSI When the Layer 2 switch only runs MLD snooping it performs the following actions a Maintains the router ports according to the received IPv6 PIM hello messages that IPv6 PIM capable routers send IPv6 multicast packet transmission when only MLD snooping runs IPv6 multicast packet transmi...

Page 339: ... IMPORTANT Do not configure IPv6 PIM snooping in secondary VLANs because IPv6 PIM snooping does not take effect on secondary VLANs For more information about secondary VLANs see Layer 2 LAN Switching Configuration Guide Make sure the maximum size of an IPv6 PIM join or prune message is smaller than the path MTU of devices connected to IPv6 PIM snooping devices Otherwise fragmented IPv6 PIM join or...

Page 340: ...6 PIM snooping neighbor information display ipv6 pim snooping neighbor vlan vlan id vsi vsi name slot slot number verbose Display IPv6 PIM snooping router port information display ipv6 pim snooping router port vlan vlan id vsi vsi name slot slot number verbose Display IPv6 PIM snooping routing entries display ipv6 pim snooping routing table vlan vlan id vsi vsi name slot slot number verbose Displa...

Page 341: ...multicast routing RouterA mrib6 quit Enable IPv6 PIM SM on each interface RouterA interface hundredgige 1 0 1 RouterA HundredGigE1 0 1 ipv6 pim sm RouterA HundredGigE1 0 1 quit RouterA interface hundredgige 1 0 2 RouterA HundredGigE1 0 2 ipv6 pim sm RouterA HundredGigE1 0 2 quit Set the maximum size of a join or prune message to 1400 bytes RouterA ipv6 pim RouterA pim6 jp pkt size 1400 Configure H...

Page 342: ...enable RouterC HundredGigE1 0 1 quit Enable IPv6 PIM SM on HundredGigE 1 0 2 RouterC interface hundredgige 1 0 2 RouterC HundredGigE1 0 2 ipv6 pim sm RouterC HundredGigE1 0 2 quit Set the maximum size of a join or prune message to 1400 bytes RouterC ipv6 pim RouterC pim6 jp pkt size 1400 6 Configure Router D Enable IPv6 multicast routing RouterD system view RouterD ipv6 multicast routing RouterD m...

Page 343: ...eighbor vlan 100 Total 4 neighbors VLAN 100 Total 4 neighbors FE80 1 Ports 1 in total HGE1 0 1 00 32 43 FE80 2 Ports 1 in total HGE1 0 2 00 32 43 FE80 3 Ports 1 in total HGE1 0 3 00 32 43 FE80 4 Ports 1 in total HGE1 0 4 00 32 43 The output shows that Router A Router B Router C and Router D are IPv6 PIM snooping neighbors On Switch A display IPv6 PIM snooping routing entries for VLAN 100 SwitchA d...

Page 344: ...IM snooping problems and how to troubleshoot them IPv6 PIM snooping does not work on a Layer 2 device Symptom IPv6 PIM snooping does not work on a Layer 2 device Solution To resolve the problem 1 Use the display current configuration command to display information about MLD snooping and IPv6 PIM snooping 2 If MLD snooping is not enabled enable MLD snooping globally and then enable MLD snooping and...

Page 345: ...ch B Switch A sends one copy of the IPv6 multicast data to the IPv6 multicast VLAN on Switch B This saves network bandwidth and lessens the burden on the Layer 3 device IPv6 multicast VLANs include sub VLAN based IPv6 multicast VLANs and port based IPv6 multicast VLANs Sub VLAN based IPv6 multicast VLAN As shown in Figure 98 Host A Host B and Host C are in VLAN 2 through VLAN 4 respectively On Swi...

Page 346: ...ports are assigned to VLAN 10 MLD snooping is enabled for the IPv6 multicast VLAN and its sub VLANs Figure 99 Port based IPv6 multicast VLAN MLD snooping manages the router ports and member ports in the IPv6 multicast VLAN When Switch A receives IPv6 multicast data from the IPv6 multicast source it sends only one copy of the IPv6 multicast data to the IPv6 multicast VLAN on Switch B Then Switch B ...

Page 347: ...N based IPv6 multicast VLAN To configure a sub VLAN based IPv6 multicast VLAN configure a VLAN as an IPv6 multicast VLAN and assign the VLANs that contain multicast receivers to the IPv6 multicast VLAN as sub VLANs Configuration prerequisites Before you configure a sub VLAN based IPv6 multicast VLAN complete the following tasks Create VLANs as required Enable MLD snooping for the VLAN to be config...

Page 348: ... attributes Step Command Remarks 1 Enter system view system view N A 2 Enter interface view interface interface type interface number N A 3 Configure the link type of the user port as hybrid port link type hybrid The default setting is access For more information about this command see Layer 2 LAN Switching Command Reference 4 Specify the PVID of the current user port as the VLAN to which the user...

Page 349: ... an IPv6 multicast VLAN 3 Return to system view quit N A 4 Enter interface view interface interface type interface number N A 5 Assign the current port to the IPv6 multicast VLAN ipv6 port multicast vlan vlan id By default a user port does not belong to any IPv6 multicast VLAN Setting the maximum number of IPv6 multicast VLAN forwarding entries You can set the maximum number of IPv6 multicast VLAN...

Page 350: ...v6 multicast group entries in IPv6 multicast VLANs reset ipv6 multicast vlan group ipv6 group address prefix length ipv6 source address prefix length vlan vlan id IPv6 multicast VLAN configuration examples Sub VLAN based IPv6 multicast VLAN configuration example Network requirements As shown in Figure 100 Layer 3 device Switch A runs MLD and acts as the MLD querier Layer 2 device Switch B runs MLD...

Page 351: ...te VLAN 10 SwitchA vlan 10 SwitchA vlan10 quit Configure HundredGigE 1 0 1 as a hybrid port and assign the port to VLAN 10 as a tagged VLAN member SwitchA interface hundredgige 1 0 1 SwitchA HundredGigE1 0 1 port link type hybrid SwitchA HundredGigE1 0 1 port hybrid vlan 10 tagged SwitchA HundredGigE1 0 1 quit Assign an IPv6 address to VLAN interface 10 and enable MLD on the interface SwitchA inte...

Page 352: ...eate VLAN 10 and enable MLD snooping for the VLAN SwitchB vlan 10 SwitchB vlan10 mld snooping enable SwitchB vlan10 quit Configure HundredGigE 1 0 1 as a hybrid port and assign the port to VLAN 10 as a tagged VLAN member SwitchB interface hundredgige 1 0 1 SwitchB HundredGigE1 0 1 port link type hybrid SwitchB HundredGigE1 0 1 port hybrid vlan 10 tagged SwitchB HundredGigE1 0 1 quit Configure VLAN...

Page 353: ...B runs MLDv1 snooping The IPv6 multicast source sends IPv6 multicast data to IPv6 multicast group FF1E 101 Receivers Host A Host B and Host C belong to VLAN 2 VLAN 3 and VLAN 4 respectively Configure a port based IPv6 multicast VLAN on Switch B to meet the following requirements Switch A sends IPv6 multicast data to Switch B through the IPv6 multicast VLAN Switch B forwards the IPv6 multicast data...

Page 354: ...enable SwitchA Vlan interface10 quit 2 Configure Switch B Enable MLD snooping globally SwitchB system view SwitchB mld snooping SwitchB mld snooping quit Create VLAN 10 assign HundredGigE 1 0 1 to the VLAN and enable MLD snooping for the VLAN SwitchB vlan 10 SwitchB vlan10 port hundredgige 1 0 1 SwitchB vlan10 mld snooping enable SwitchB vlan10 quit Create VLAN 2 and enable MLD snooping for the VL...

Page 355: ...hybrid SwitchB HundredGigE1 0 4 port hybrid pvid vlan 4 Assign HundredGigE 1 0 4 to VLAN 4 and VLAN 10 as an untagged VLAN member SwitchB HundredGigE1 0 4 port hybrid vlan 4 untagged SwitchB HundredGigE1 0 4 port hybrid vlan 10 untagged SwitchB HundredGigE1 0 4 quit Configure VLAN 10 as an IPv6 multicast VLAN SwitchB ipv6 multicast vlan 10 Assign HundredGigE 1 0 2 and HundredGigE 1 0 3 to VLAN 10 ...

Page 356: ...ports 3 in total HGE1 0 2 00 03 23 HGE1 0 3 00 04 07 HGE1 0 4 00 04 16 The output shows that MLD snooping maintains the user ports in the multicast VLAN VLAN 10 Switch B will forward the IPv6 multicast data of VLAN 10 through these user ports ...

Page 357: ...e packet source is the RP For a bootstrap message originated from the BSR the packet source is the BSR For more information about the concepts of SPT RPT source side RPT RP and BSR see Configuring IPv6 PIM 2 The router selects one of the optimal routes as the RPF route as follows If the router uses the longest prefix match principle the route with a higher prefix length becomes the RPF route If th...

Page 358: ...warding entry has expired The router replaces the incoming interface with the RPF interface and matches the receiving interface against the RPF interface If the receiving interface is the RPF interface the router forwards the packet out of all outgoing interfaces Otherwise it discards the packet Figure 102 RPF check process As shown in Figure 102 assume that IPv6 unicast routes are available on th...

Page 359: ...off the unicast IPv6 header and continues to forward the IPv6 multicast data down toward the receivers Configuration task list Tasks at a glance Required Enabling IPv6 multicast routing Optional Configuring IPv6 multicast routing and forwarding Optional Specifying the longest prefix match principle Optional Configuring IPv6 multicast load splitting Optional Configuring an IPv6 multicast forwarding...

Page 360: ... preference principle is used Configuring IPv6 multicast load splitting You can enable the device to split multiple IPv6 multicast data flows on a per source basis or on a per source and group basis You do not need to enable IPv6 multicast routing before this configuration To configure IPv6 multicast load splitting Step Command Remarks 1 Enter system view system view N A 2 Enter IPv6 MRIB view ipv...

Page 361: ...lan interface interface number N A 3 Enable IPv6 multicast forwarding between sub VLANs that are associated with a super VLAN ipv6 multicast forwarding supervlan community By default IPv6 multicast data cannot be forwarded among sub VLANs that are associated with a super VLAN 4 Delete all IPv6 multicast forwarding entries with super VLAN interface as the incoming interface reset ipv6 multicast vpn...

Page 362: ...nstance vpn instance name routing table ipv6 source address prefix length ipv6 group address prefix length incoming interface interface type interface number outgoing interface exclude include match interface type interface number Display RPF information for an IPv6 multicast source display ipv6 multicast vpn instance vpn instance name rpf info ipv6 s ource address ipv6 group address Clear statist...

Page 363: ...vice loopback group 1 and specify the unicast tunnel service for the group SwitchA system view SwitchA service loopback group 1 type tunnel Assign HundredGigE 1 0 3 to service loopback group 1 HundredGigE 1 0 3 does not belong to VLAN 100 or VLAN 101 SwitchA interface hundredgige 1 0 3 SwitchA HundredGigE1 0 3 port service loopback group 1 SwitchA HundredGigE1 0 3 quit Create a GRE tunnel interfac...

Page 364: ...ination 2001 1 SwitchC Tunnel2 quit 4 Enable IPv6 multicast routing IPv6 PIM DM and MLD On Switch A enable IPv6 multicast routing and enable IPv6 PIM DM on each interface SwitchA ipv6 multicast routing SwitchA mrib6 quit SwitchA interface vlan interface 100 SwitchA Vlan interface100 ipv6 pim dm SwitchA Vlan interface100 quit SwitchA interface vlan interface 101 SwitchA Vlan interface101 ipv6 pim d...

Page 365: ...entry FF1E 101 Protocol pim dm Flag WC UpTime 00 04 25 Upstream interface NULL Upstream neighbor NULL RPF prime neighbor NULL Downstream interface s information Total number of downstreams 1 1 Vlan interface200 Protocol mld UpTime 00 04 25 Expires 1001 100 FF1E 101 Protocol pim dm Flag ACT UpTime 00 06 14 Upstream interface Tunnel2 Upstream neighbor FE80 A01 101 1 RPF prime neighbor FE80 A01 101 1...

Page 366: ...ten called reports from hosts However only one router can act as the MLD querier to send MLD query messages often called queries A querier election mechanism determines which router acts as the MLD querier on the subnet 1 Initially every MLD router assumes itself as the querier Each router sends MLD general query messages often called general queries to all hosts and routers on the local subnet Th...

Page 367: ...s a minimum of one member other members do not need to report their memberships This mechanism known as the host MLD report suppression helps reduce traffic on the local subnet 4 At the same time because Host A is interested in G2 it sends a report to the IPv6 multicast group G2 5 Through the query report process the MLD routers determine that G1 and G2 have members on the local subnet The IPv6 mu...

Page 368: ... multicast group one of the following occurs If the host expects IPv6 multicast data from specific IPv6 multicast sources like S1 S2 it sends a report with Filter Mode denoted as Include Sources S1 S2 If the host does not expect IPv6 multicast data from specific IPv6 multicast sources like S1 S2 it sends a report with Filter Mode denoted as Exclude Sources S1 S2 As shown in Figure 106 the network ...

Page 369: ... configured MLD SSM mappings Figure 107 Network diagram As shown in Figure 107 Host A and Host B on the IPv6 SSM network run MLDv1 and Host C runs MLDv2 To provide the SSM service for Host A and Host B you must configure the MLD SSM mapping feature on Router A After MLD SSM mappings are configured Router A checks the IPv6 multicast group address G carried in the message and performs the following ...

Page 370: ...ts as a router that is running MLD MLD must be configured on this interface An MLD proxy device maintains a group membership database which stores the group memberships on all the router interfaces The host interfaces and router interfaces perform actions based on this membership database The host interfaces respond to queries according to the membership database or sends join done messages when t...

Page 371: ...ing basic MLD features Before you configure basic MLD features complete the following tasks Enable IPv6 forwarding and configure an IPv6 unicast routing protocol so that all devices can interoperate at the network layer Configure IPv6 PIM Determine the MLD version Determine the IPv6 multicast group address and IPv6 multicast source address for static group member configuration Determine the ACL to...

Page 372: ...ic member of an IPv6 multicast group has the following restrictions If the interface is MLD and IPv6 PIM SM enabled it must be an IPv6 PIM SM DR If the interface is MLD enabled but not IPv6 PIM SM enabled it must be an MLD querier For more information about IPv6 PIM SM and DR see Configuring IPv6 PIM Configuration procedure To configure a static group member Step Command Remarks 1 Enter system vie...

Page 373: ...general queries to check for IPv6 multicast group members on the network MLD last listener query interval In MLDv1 it sets the interval at which a querier sends multicast address specific queries after receiving a done message In MLDv2 it sets the interval at which a querier sends multicast address and source specific queries after receiving a report that changes IPv6 multicast source and group ma...

Page 374: ...s variable is 2 4 Set the MLD startup query interval startup query interval interval By default the MLD startup query interval equals one quarter of the MLD general query interval 5 Set the MLD startup query count startup query count count By default the MLD startup query count equals the MLD querier s robustness variable 6 Set the MLD general query interval query interval interval By default the ...

Page 375: ... response time for MLD general queries is 10 seconds 10 Set the MLD other querier present timer mld other querier present timeout ti me By default the MLD other querier present timer is calculated by using the following formula MLD general query interval MLD robustness variable maximum response time for MLD general queries 2 Enabling fast leave processing This feature enables an MLD querier to sen...

Page 376: ... any IPv6 unicast routing protocol so that all devices in the domain can interoperate at the network layer Determine the router interfaces and host interface based on the network topology Enable MLD on the router interfaces Enabling MLD proxying When you enable MLD proxying follow these restrictions and guidelines You must enable MLD proxying on the receiver side interfaces On an interface enabled...

Page 377: ... on a non querier interface Step Command Remarks 1 Enter system view system view N A 2 Enter interface view interface interface type interface number N A 3 Enable multicast forwarding on the interface mld proxy forwarding By default IPv6 multicast forwarding is disabled on a non querier interface Configuring IPv6 multicast load splitting on an MLD proxy This feature enables all proxy interfaces on...

Page 378: ...e vpn instance name interface interf ace type interface number proxy verbose Display IPv6 multicast routing entries maintained by the MLD proxy display mld vpn instance vpn instance name proxy group ipv6 group address interface interface type interface number verbose Display information about the MLD proxy routing table display mld vpn instance vpn instance name proxy routing table ipv6 source add...

Page 379: ...n IPv6 address and prefix length to each interface as shown in Figure 109 Details not shown 2 Configure OSPFv3 on the switches in the IPv6 PIM DM domain Details not shown 3 Enable the IPv6 multicast routing MLD and IPv6 PIM DM On Switch A enable IPv6 multicast routing SwitchA system view SwitchA ipv6 multicast routing SwitchA mrib6 quit Enable MLD on VLAN interface 100 SwitchA interface vlan inter...

Page 380: ...2 SwitchC interface vlan interface 202 SwitchC Vlan interface202 ipv6 pim dm SwitchC Vlan interface202 quit 4 Configure an IPv6 multicast group policy on Switch A so that the hosts connected to VLAN interface 100 can join only IPv6 multicast group FF1E 101 SwitchA acl ipv6 basic 2001 SwitchA acl ipv6 basic 2001 rule permit source ff1e 101 128 SwitchA acl ipv6 basic 2001 quit SwitchA interface vlan...

Page 381: ...Device Interface IPv6 address Device Interface IPv6 address Source 1 1001 1 64 Source 3 3001 1 64 Source 2 2001 1 64 Receiver 4001 1 64 Switch A Vlan int100 1001 2 64 Switch C Vlan int300 3001 2 64 Switch A Vlan int101 1002 1 64 Switch C Vlan int103 3002 1 64 Switch A Vlan int104 1003 1 64 Switch C Vlan int102 2002 2 64 Switch B Vlan int200 2001 2 64 Switch D Vlan int400 4001 2 64 Switch B Vlan in...

Page 382: ...erface 100 SwitchA Vlan interface100 ipv6 pim sm SwitchA Vlan interface100 quit SwitchA interface vlan interface 101 SwitchA Vlan interface101 ipv6 pim sm SwitchA Vlan interface101 quit SwitchA interface vlan interface 104 SwitchA Vlan interface104 ipv6 pim sm SwitchA Vlan interface104 quit Configure Switch B and Switch C in the same way Switch A is configured Details not shown 4 On Router D confi...

Page 383: ...04 Expires Off Display IPv6 PIM routing entries on Switch D SwitchD display pim ipv6 routing table Total 0 G entry 2 S G entry 1001 1 FF3E 101 Protocol pim ssm Flag UpTime 00 13 25 Upstream interface Vlan interface104 Upstream neighbor 1003 1 RPF prime neighbor 1003 1 Downstream interface s information Total number of downstreams 1 1 Vlan interface400 Protocol mld UpTime 00 13 25 Expires 3001 1 FF...

Page 384: ...e IPv6 PIM DM on VLAN interface 101 SwitchA interface vlan interface 101 SwitchA Vlan interface101 ipv6 pim dm SwitchA Vlan interface101 quit Enable MLD on VLAN interface 100 SwitchA interface vlan interface 100 SwitchA Vlan interface100 mld enable SwitchA Vlan interface100 quit On Switch B enable IPv6 multicast routing SwitchB system view SwitchB multicast ipv6 routing enable SwitchB mrib6 quit E...

Page 385: ...enable IPv6 multicast routing In addition verify that MLD is enabled on the associated interfaces 3 Use the display mld interface command to verify that the MLD version on the interface is lower than that on the host 4 Use the display current configuration interface command to verify that no IPv6 multicast group policies have been configured to filter MLD reports for IPv6 multicast group G 5 If th...

Page 386: ...multicast members IPv6 PIM DM assumes that all downstream nodes want to receive IPv6 multicast data from a source so IPv6 multicast data is flooded to all downstream nodes on the network Branches without downstream receivers are pruned from the forwarding trees leaving only those branches that contain receivers When the pruned branch has new receivers the graft mechanism turns the pruned branch in...

Page 387: ... the timer expires IPv6 multicast data is again forwarded to the pruned branch The flood and prune cycle takes place periodically to maintain the forwarding branches Graft A previously pruned branch might have new downstream receivers To reduce the latency for resuming the forwarding capability of this branch a graft mechanism is used as follows 1 The node that needs to receive the IPv6 multicast ...

Page 388: ...DM uses the flood and prune cycles to build SPTs for IPv6 multicast data forwarding Although an SPT has the shortest paths from the IPv6 multicast source to the receivers it is built with a low efficiency Therefore IPv6 PIM DM is not suitable for large and medium sized networks IPv6 PIM SM uses the pull mode for IPv6 multicast forwarding and it is suitable for large sized and medium sized networks...

Page 389: ...is enough for multicast forwarding throughout the network In this case you can specify a static RP on each router in the IPv6 PIM SM domain However in an IPv6 PIM SM network that covers a wide area a huge amount of IPv6 multicast data is forwarded by the RP To lessen the RP burden and optimize the topological structure of the RPT you can configure multiple candidate RPs C RPs in an IPv6 PIM SM dom...

Page 390: ... and hash value the C RP with the highest IPv6 address wins Embedded RP The embedded RP mechanism enables a router to resolve the RP address from an IPv6 multicast group address to map the IPv6 multicast group to an RP This RP can take the place of the configured static RP or the RP dynamically elected by the bootstrap mechanism A DR does not need to learn the RP address beforehand The process is ...

Page 391: ...RP member Each RP in the Anycast RP set Anycast RP member address IPv6 address of each Anycast RP member for communication among the RP members Anycast RP address IPv6 address of the Anycast RP set for communication within the IPv6 PIM SM domain It is also known as RPA As shown in Figure 116 RP 1 RP 2 and RP 3 are members of an Anycast RP set Figure 116 Anycast RP through IPv6 PIM SM The following...

Page 392: ...rds the data to the DR along the established RPT Finally the DR forwards the IPv6 multicast data to the receiver hosts When a receiver is no longer interested in the IPv6 multicast data addressed to the IPv6 multicast group G the receiver side DR sends a prune message The prune message goes hop by hop along the RPT to the RP After receiving the prune message the upstream node deletes the interface...

Page 393: ...R to prevent the DR from unnecessarily encapsulating the data Switchover to SPT CAUTION If the switch is an RP disabling switchover to SPT might cause multicast traffic forwarding failures on the source side DR When disabling switchover to SPT be sure you fully understand its impact on your network In an IPv6 PIM SM domain only one RP and one RPT provide services for a specific IPv6 multicast grou...

Page 394: ... For more information see Assert IPv6 BIDIR PIM overview In some many to many applications such as a multi side video conference multiple receivers of an IPv6 multicast group might be interested in the IPv6 multicast data from multiple IPv6 multicast sources With IPv6 PIM DM or IPv6 PIM SM each router along the SPT must create an S G entry for each IPv6 multicast source consuming a lot of system r...

Page 395: ... to all IPv6 PIM routers on the subnet to initiate a DF election process The election message carries the RP s address and the route preference and metric of the unicast route to the RP A DF is elected as follows 1 The router with higher route preference becomes the DF 2 If the routers have the same route preference the router with lower metric becomes the DF 3 If the routers have the same metric ...

Page 396: ... G entry to its forwarding table After a receiver host leaves the IPv6 multicast group G the directly connected router multicasts a prune message to all IPv6 PIM routers on the subnet The prune message goes hop by hop along the reverse direction of the RPT to the RP After receiving the prune message an upstream node removes the interface that connects to the downstream node from the outgoing inter...

Page 397: ...r an IPv6 BIDIR PIM domain contains only one BSR which is responsible for advertising RP set information within the entire domain Information about all IPv6 multicast groups is forwarded within the network that the BSR administers This is called the IPv6 non scoped BSR mechanism IPv6 administrative scoping mechanism To implement refined management you can divide an IPv6 PIM SM domain or IPv6 BIDIR...

Page 398: ...You can have a better understanding of the IPv6 global scoped zone and IPv6 admin scoped zones based on geographical locations and the scope field values In view of geographical locations An IPv6 admin scoped zone is a logical zone for particular IPv6 multicast groups with the same scope field value The IPv6 multicast packets for such IPv6 multicast groups are confined within the local IPv6 admin ...

Page 399: ...s also called IPv6 PIM SSM The SSM model provides a solution for source specific multicast It maintains the relationship between hosts and routers through MLDv2 In actual applications part of MLDv2 and IPv6 PIM SM techniques are adopted to implement the SSM model In the SSM model because receivers have located an IPv6 multicast source no RP or RPT is required No source registration process is requ...

Page 400: ... SPT is rooted the IPv6 multicast source S and has the receivers as its leaves This SPT is the transmission channel in IPv6 PIM SSM If the group address is not in the IPv6 SSM group range the receiver side DR sends a G join message to the RP The IPv6 multicast source registers with the source side DR In IPv6 PIM SSM the term subscribe message refers to a join message Relationship among IPv6 PIM pr...

Page 401: ...C 4601 Protocol Independent Multicast Sparse Mode PIM SM Protocol Specification Revised RFC 4610 Anycast RP Using Protocol Independent Multicast PIM RFC 3956 Embedding the Rendezvous Point RP Address in an IPv6 Multicast Address RFC 5015 Bidirectional Protocol Independent Multicast BIDIR PIM RFC 5059 Bootstrap Router BSR Mechanism for Protocol Independent Multicast PIM RFC 4607 Source Specific Mul...

Page 402: ...in IMPORTANT All the interfaces on a device must operate in the same IPv6 PIM mode in the public network or the same VPN instance To enable IPv6 PIM DM Step Command Remarks 1 Enter system view system view N A 2 Enable IPv6 multicast routing and enter IPv6 MRIB view ipv6 multicast routing vpn instance vpn instance nam e By default IPv6 multicast routing is disabled 3 Return to system view quit N A ...

Page 403: ...stops being forwarded when the hop limit comes down to 0 A state refresh message with a large hop limit value might cycle on a small network To control the propagation scope of state refresh messages configure an appropriate hop limit value based on the network size on the router directly connected with the IPv6 multicast source To configure state refresh parameters Step Command Remarks 1 Enter sy...

Page 404: ...egistration N A Optional Configuring the switchover to SPT N A Optional Configuring common IPv6 PIM features N A Configuration prerequisites Before you configure IPv6 PIM SM configure an IPv6 unicast routing protocol so that all devices in the domain can interoperate at the network layer Enabling IPv6 PIM SM Enable IPv6 multicast routing before configuring IPv6 PIM With IPv6 PIM SM enabled on inte...

Page 405: ...face to be configured as a static RP If you configure multiple static RPs for an IPv6 multicast group only the static RP with the highest IPv6 address takes effect You must configure the same static RP on all routers in the IPv6 PIM SM domain To configure a static RP Step Command Remarks 1 Enter system view system view N A 2 Enter IPv6 PIM view ipv6 pim vpn instance vpn instance name N A 3 Configu...

Page 406: ... RFC 2362 bsr rp mapping rfc2362 By default the device uses the BSR RP hash algorithm described in RFC 4601 Configuring Anycast RP IMPORTANT The Anycast RP address must be different from the BSR address Otherwise the other Anycast member devices will discard the BSM sent by the BSR You must configure the static RP or C RPs in the IPv6 PIM SM domain before you configure the Anycast RP Use the addre...

Page 407: ...s own BSR address and no longer regards itself as the BSR The winner retains its own BSR address and continues to regard itself as the BSR The elected BSR distributes the RP set information collected from C RPs to all routers in the IPv6 PIM SM domain All routers use the same hash algorithm to get an RP for a specific IPv6 multicast group Configuring a C BSR A BSR policy enables the router to filt...

Page 408: ...ion for a group range after receiving all BSMFs for the group range The loss of one BSMF only affects the RP set information of the group ranges that the fragment contains If the IPv6 PIM SM domain contains a device that does not support this feature you must disable BSM semantic fragmentation on all C BSRs If you do not disable this feature such a device regards a BSMF as a BSM and updates the RP...

Page 409: ... The RP sends a register stop message to the source side DR in one of the following conditions The RP stops providing services to the receivers for an IPv6 multicast group The receivers do not receive IPv6 multicast data addressed to the IPv6 multicast group through the RP The RP receives IPv6 multicast data that travels along the SPT After receiving the register stop message the DR stops sending ...

Page 410: ...ew N A 2 Enter IPv6 PIM view ipv6 pim vpn instance vpn instance name N A 3 Configure the switchover to SPT spt switch threshold immediacy infinity group policy ipv6 acl number By default the first IPv6 multicast data packet triggers the RPT to SPT switchover Configuring IPv6 BIDIR PIM This section describes how to configure IPv6 BIDIR PIM IPv6 BIDIR PIM configuration task list Tasks at a glance Re...

Page 411: ...ystem view quit N A 4 Enter interface view interface interface type interface number N A 5 Enable IPv6 PIM SM ipv6 pim sm By default IPv6 PIM SM is disabled 6 Return to system view quit N A 7 Enter IPv6 PIM view ipv6 pim vpn instance vpn instance name N A 8 Enable IPv6 BIDIR PIM bidir pim enable By default IPv6 BIDIR SM is disabled Configuring an RP CAUTION When both IPv6 PIM SM and IPv6 BIDIR PIM...

Page 412: ...xist Configuring a C RP IMPORTANT When you configure a C RP reserve a large bandwidth between the C RP and other devices in the IPv6 BIDIR PIM domain As a best practice configure C RPs on backbone routers In an IPv6 BIDIR PIM domain if you want a router to become the RP you can configure the router as a C RP The BSR collects the C RP information according to the received advertisement messages fro...

Page 413: ...nce vpn instance name N A 3 Set the maximum number of IPv6 BIDIR PIM RPs bidir rp limit limit By default the maximum number of IPv6 BIDIR PIM RPs is 32 Configuring a BSR You must configure a BSR if C RPs are configured to dynamically select the RP You do not need to configure a BSR when you have configured only a static RP but no C RPs An IPv6 BIDIR PIM domain can have only one BSR but must have a...

Page 414: ...rks 1 Enter system view system view N A 2 Enter IPv6 PIM view ipv6 pim vpn instance vpn instance name N A 3 Configure a C BSR c bsr ipv6 address scope scope id hash length hash length priority priority By default no C BSRs exist 4 Optional Configure a BSR policy bsr policy ipv6 acl number By default no BSR policy exists and all bootstrap messages are regarded as legal Configuring an IPv6 PIM domai...

Page 415: ... the device from forwarding BSMs out of their incoming interfaces By default the device forwards BSMs out of their incoming interfaces to avoid the situation that some devices cannot receive the BSMs because of inconsistent routing information This results in duplicated traffic If the devices have consistent routing information you can disable the device to forward BSMs out of their incoming inter...

Page 416: ...ber N A 5 Enable IPv6 PIM SM ipv6 pim sm By default IPv6 PIM SM is disabled Configuring the IPv6 SSM group range When an IPv6 PIM SM enabled interface receives an IPv6 multicast packet it checks whether the IPv6 multicast group address of the packet is in the IPv6 SSM group range If the IPv6 multicast group address is in this range the IPv6 PIM mode for this packet is IPv6 PIM SSM If the IPv6 mult...

Page 417: ...mplete the following tasks Configure an IPv6 unicast routing protocol so that all devices in the domain can interoperate at the network layer Configure IPv6 PIM DM or IPv6 PIM SSM Configuring an IPv6 multicast source policy This feature enables the device to filter IPv6 multicast data by using an ACL that specifies the IPv6 multicast sources and the optional groups It filters not only IPv6 multica...

Page 418: ...nterval and neighbor tracking support the capability to disable join message suppression The LAN delay defines the IPv6 PIM message propagation delay The override interval defines a time period for a downstream router to override a prune message If the propagation delay or override interval on different IPv6 PIM routers on a shared media LAN are different the largest ones apply On the shared media...

Page 419: ...the override interval hello option override interval interval The default setting is 2500 milliseconds 7 Enable neighbor tracking hello option neighbor tracking By default neighbor tracking is disabled Configuring hello message options on an interface Step Command Remarks 1 Enter system view system view N A 2 Enter interface view interface interface type interface number N A 3 Set the DR priority ...

Page 420: ... source S when the timer expires it deletes the S G entry for the IPv6 multicast source You can configure common IPv6 PIM timers for all interfaces in IPv6 PIM view or for the current interface in interface view The configuration made in interface view takes priority over the configuration made in IPv6 PIM view TIP As a best practice use the defaults for a network without special requirements Conf...

Page 421: ...default setting is 8100 bytes Enabling BFD for IPv6 PIM If a DR on a shared media network fails a new DR election process will start after the DR ages out However it might take a long period of time before other routers detect the link failures and trigger a new DR election To start a new DR election process immediately after the original DR fails you can enable BFD for IPv6 PIM to detect link fai...

Page 422: ... up protocol state information including IPv6 PIM neighbor information and routes from the active process to the standby process The standby process immediately takes over when the active process fails Use this feature to avoid route flapping and forwarding interruption for IPv6 PIM when an active standby switchover occurs To enable IPv6 PIM NSR Step Command Remarks 1 Enter system view system view...

Page 423: ...ame neighbor ipv6 neighbor a ddress interface interface type interface number verbose Display IPv6 PIM routing entries display ipv6 pim vpn instance vpn instance name routing table ipv6 group address prefix length ipv6 source address prefix length flags flag value fsm incoming interface interface type interface number mode mode type outgoing interface exclude include match interface type interface...

Page 424: ...ails not shown 2 Configure OSPFv3 on the switches in the IPv6 PIM DM domain Details not shown 3 Enable IPv6 multicast routing MLD and IPv6 PIM DM On Switch A enable IPv6 multicast routing SwitchA system view SwitchA ipv6 multicast routing SwitchA mrib6 quit Enable MLD on VLAN interface 100 the interface that is connected to the stub network SwitchA interface vlan interface 100 SwitchA Vlan interfa...

Page 425: ...dm SwitchD Vlan interface102 quit Verifying the configuration Display IPv6 PIM information on Switch D SwitchD display ipv6 pim interface Interface NbrCnt HelloInt DR Pri DR Address Vlan300 0 30 1 FE80 A01 201 1 local Vlan103 0 30 1 FE80 A01 201 2 local Vlan101 1 30 1 FE80 A01 201 3 local Vlan102 1 30 1 FE80 A01 201 4 local Display IPv6 PIM neighboring relationship on Switch D SwitchD display ipv6...

Page 426: ... IPv6 PIM multicast routing table information on Switch D SwitchD display ipv6 pim routing table Total 0 G entry 1 S G entry 4001 100 FF0E 101 Protocol pim dm Flag LOC ACT UpTime 00 02 19 Upstream interface Vlan interface300 Upstream neighbor NULL RPF prime neighbor NULL Downstream interface s information Total number of downstreams 2 1 Vlan interface103 Protocol pim dm UpTime 00 02 19 Expires 2 V...

Page 427: ...t300 4001 1 64 Switch A Vlan int101 1002 1 64 Switch D Vlan int101 1002 2 64 Switch A Vlan int102 1003 1 64 Switch D Vlan int105 4002 1 64 Switch B Vlan int200 2001 1 64 Switch E Vlan int104 3001 2 64 Switch B Vlan int103 2002 1 64 Switch E Vlan int103 2002 2 64 Switch C Vlan int200 2001 2 64 Switch E Vlan int102 1003 2 64 Switch C Vlan int104 3001 1 64 Switch E Vlan int105 4002 2 64 Configuration...

Page 428: ...wn 4 Configure C BSRs C RPs and static RPs On Switch E configure the service scope of RP advertisements SwitchE system view SwitchE acl ipv6 basic 2005 SwitchE acl ipv6 basic 2005 rule permit source ff0e 101 64 SwitchE acl ipv6 basic 2005 quit Configure VLAN interface 102 as a C BSR and a C RP and configure VLAN interface 101 of Switch D as the static RP SwitchE ipv6 pim SwitchE pim6 c bsr 1003 2 ...

Page 429: ... Figure 128 OSPFv3 runs on the network VOD streams are sent to receiver hosts in multicast The entire IPv6 PIM SM domain is divided into IPv6 admin scoped zone 1 IPv6 admin scoped zone 2 and the IPv6 global scoped zone Switch B Switch C and Switch D are ZBRs of the three zones respectively Source 1 and Source 2 send different IPv6 multicast data to the IPv6 multicast group FF14 101 Host A receives...

Page 430: ... Vlan int104 3002 1 64 Switch H Vlan int110 4001 1 64 Switch C Vlan int105 3003 1 64 Switch H Vlan int106 3004 2 64 Switch C Vlan int103 2002 2 64 Switch I Vlan int600 5001 1 64 Switch C Vlan int106 3004 1 64 Switch I Vlan int110 4001 2 64 Switch D Vlan int105 3003 2 64 Source 1 2001 100 64 Switch D Vlan int108 6001 1 64 Source 2 3001 100 64 Switch D Vlan int107 6002 1 64 Source 3 9001 100 64 Swit...

Page 431: ...d enable IPv6 PIM SM on each interface SwitchB system view SwitchB ipv6 multicast routing SwitchB mrib6 quit SwitchB interface vlan interface 200 SwitchB Vlan interface200 ipv6 pim sm SwitchB Vlan interface200 quit SwitchB interface vlan interface 101 SwitchB Vlan interface101 ipv6 pim sm SwitchB Vlan interface101 quit SwitchB interface vlan interface 102 SwitchB Vlan interface102 ipv6 pim sm Swit...

Page 432: ...onfigure VLAN interface 101 as a C BSR and a C RP for IPv6 admin scoped zone 1 SwitchB ipv6 pim SwitchB pim6 c bsr 1002 2 scope 4 SwitchB pim6 c rp 1002 2 scope 4 SwitchB pim6 quit On Switch D configure VLAN interface 105 as a C BSR and a C RP for IPv6 admin scoped zone 2 SwitchD ipv6 pim SwitchD pim6 c bsr 3003 2 scope 4 SwitchD pim6 c rp 3003 2 scope 4 SwitchD pim6 quit On Switch F configure VLA...

Page 433: ...ess 3003 2 Priority 64 Hash mask length 126 Uptime 00 01 45 Candidate BSR address 3003 2 Priority 64 Hash mask length 126 Display BSR information on Switch F SwitchF display ipv6 pim bsr info Scope non scoped State Elected Bootstrap timer 00 00 49 Elected BSR address 8001 1 Priority 64 Hash mask length 126 Uptime 00 01 11 Candidate BSR address 8001 1 Priority 64 Hash mask length 126 Display RP inf...

Page 434: ... address Priority HoldTime Uptime Expires 1002 2 local 192 180 00 02 03 00 02 56 Group MaskLen FF84 16 RP address Priority HoldTime Uptime Expires 1002 2 local 192 180 00 02 03 00 02 56 Group MaskLen FF94 16 RP address Priority HoldTime Uptime Expires 1002 2 local 192 180 00 02 03 00 02 56 Group MaskLen FFA4 16 RP address Priority HoldTime Uptime Expires 1002 2 local 192 180 00 02 03 00 02 56 Grou...

Page 435: ...terface 102 of Switch C acts as a C BSR Loopback 0 of Router C acts as the C RP MLDv1 runs between Switch B and Host A and between Switch D and Host B Figure 129 Network diagram Table 30 Interface and IPv6 address assignment Device Interface IPv6 address Device Interface IPv6 address Switch A Vlan int100 1001 1 64 Switch D Vlan int300 4001 1 64 Switch A Vlan int101 1002 1 64 Switch D Vlan int400 5...

Page 436: ...SwitchA Vlan interface101 ipv6 pim sm SwitchA Vlan interface101 quit SwitchA ipv6 pim SwitchA pim6 bidir pim enable SwitchA pim6 quit On Switch B enable IPv6 multicast routing SwitchB system view SwitchB ipv6 multicast routing SwitchB mrib6 quit Enable MLD on the receiver side interface VLAN interface 200 SwitchB interface vlan interface 200 SwitchB Vlan interface200 mld enable SwitchB Vlan interf...

Page 437: ...nterface 400 SwitchD Vlan interface400 ipv6 pim sm SwitchD Vlan interface400 quit Enable IPv6 BIDIR PIM SwitchD interface vlan interface 103 SwitchD Vlan interface103 ipv6 pim sm SwitchD Vlan interface103 quit SwitchD ipv6 pim SwitchD pim6 bidir pim enable SwitchD pim6 quit 4 On Switch C configure VLAN interface 102 as a C BSR and loopback interface 0 as a C RP for the entire IPv6 BIDIR PIM domain...

Page 438: ...nterface State DF Pref DF Metric DF Uptime DF Address Vlan300 Win 100 1 01 19 53 FE80 200 5EFF FE71 2803 local Vlan400 Win 100 1 00 39 34 FE80 200 5EFF FE71 2802 local Vlan103 Lose 0 0 01 21 40 FE80 20F E2FF FE15 5602 2 Display information about DFs for IPv6 multicast forwarding Display information about DFs for IPv6 multicast forwarding on Switch A SwitchA display ipv6 multicast forwarding df inf...

Page 439: ... RP address 6001 1 Flags 0x0 Uptime 00 05 12 RPF interface Vlan interface103 List of 2 DF interfaces 1 Vlan interface300 2 Vlan interface400 IPv6 PIM SSM configuration example Network requirements As shown in Figure 130 OSPFv3 runs on the network Receivers receive VOD information through multicast The receiver groups of different organizations form stub networks and one or more receiver hosts exis...

Page 440: ... to each interface as shown in Figure 130 Details not shown 2 Configure OSPFv3 on the switches in the IPv6 PIM SSM domain Details not shown 3 Enable IPv6 multicast routing MLD and IPv6 PIM SM On Switch A enable IPv6 multicast routing SwitchA system view SwitchA ipv6 multicast routing SwitchA mrib6 quit Enable MLDv2 on VLAN interface 100 the interface that connects to the stub network SwitchA inter...

Page 441: ...re the IPv6 SSM group range on Switch B Switch C Switch D and Switch E in the same way Switch B is configured Details not shown Verifying the configuration Display IPv6 PIM information on Switch A SwitchA display ipv6 pim interface Interface NbrCnt HelloInt DR Pri DR Address Vlan100 0 30 1 FE80 A01 201 1 local Vlan101 1 30 1 FE80 A01 201 2 Vlan102 1 30 1 FE80 A01 201 3 Send an MLDv2 report from Ho...

Page 442: ...tion on each interface especially on the RPF interface If IPv6 PIM is not enabled on the interfaces use ipv6 pim dm or ipv6 pim sm to enable IPv6 PIM DM or IPv6 PIM SM for the interfaces 3 Use display ipv6 pim neighbor to verify that the RPF neighbor is an IPv6 PIM neighbor 4 Verify that IPv6 PIM and MLD are enabled on the interfaces that directly connect to the IPv6 multicast sources or the recei...

Page 443: ...pim rp info to verify that the same static RPs are configured on all routers on the network 4 If the problem persists contact Hewlett Packard Enterprise Support An RPT cannot be built or IPv6 multicast source registration fails in IPv6 PIM SM Symptom The C RPs cannot unicast advertisement messages to the BSR The BSR does not advertise BSMs containing C RP information and has no IPv6 unicast route ...

Page 444: ...ast one x y Asterisk marked square brackets enclose optional syntax choices separated by vertical bars from which you select one choice multiple choices or none 1 n The argument or keyword and argument combination before the ampersand sign can be entered 1 to n times A line that starts with a pound sign is comments GUI conventions Convention Description Boldface Window names button names field nam...

Page 445: ... Represents an access controller a unified wired WLAN module or the access controller engine on a unified wired WLAN switch Represents an access point Represents a wireless terminator unit Represents a wireless terminator Represents a mesh access point Represents omnidirectional signals Represents directional signals Represents a security product such as a firewall UTM multiservice security gatewa...

Page 446: ... for accessing software updates through the product interface Review your product documentation to identify the recommended software update method To download product updates go to either of the following Hewlett Packard Enterprise Support Center Get connected with updates page www hpe com support e updates Software Depot website www hpe com support softwaredepot To view and update your entitlemen...

Page 447: ... so that you can install it at your convenience Some parts do not qualify for CSR Your Hewlett Packard Enterprise authorized service provider will determine whether a repair can be accomplished by CSR For more information about CSR contact your local service provider or go to the CSR website www hpe com support selfrepair Remote support Remote support is available with supported devices as part of...

Page 448: ...SDP inter AS multicast configuration static RPF peers on switch 189 multicast inter AS MD VPN 215 multicast intra AS MD VPN configuration 227 multicast VPN inter AS option B 255 multicast VPN inter AS option C 269 ASBR multicast VPN inter AS option A 216 multicast VPN inter AS option B 216 ASM IP multicast model 4 assert IPv6 PIM DM 377 IPv6 PIM SM 384 PIM DM 114 PIM SM 121 assigning port based mu...

Page 449: ...04 IPv6 PIM SM 398 BSR BIDIR PIM C BSR configuration 140 BIDIR PIM configuration 140 BIDIR PIM RP discovery 121 IPv6 BIDIR PIM BSR 403 IPv6 BIDIR PIM C BSR 404 IPv6 PIM SM 397 IPv6 PIM SM administrative scoping zone border router 387 IPv6 PIM SM C BSR 397 PIM SM administrative scoping zones 124 PIM SM BSR configuration 134 PIM SM C BSR configuration 134 PIM SM RP discovery 116 C cache MSDP SA mess...

Page 450: ...2 IPv6 multicast forwarding boundary 350 IPv6 multicast forwarding GRE tunnel configuration 353 IPv6 multicast load splitting 350 IPv6 multicast port based VLAN 338 IPv6 multicast port based VLAN user port attribute 338 IPv6 multicast routing forwarding 347 349 350 353 IPv6 multicast sub VLAN based VLAN 337 IPv6 multicast VLAN 335 337 340 IPv6 PIM 376 413 IPv6 PIM features 407 IPv6 PIM hello messa...

Page 451: ...e filtering 197 MSDP SA message originating RP 181 MSDP SA message policy 182 MSDP SA message related parameters 180 MSDP SA request message 181 multicast forwarding boundary 81 multicast forwarding GRE tunnel 87 multicast group policy global 30 multicast intra AS MD VPN 227 multicast routing load splitting 81 multicast routing longest prefix match principle 80 multicast routing forwarding 75 79 8...

Page 452: ...nt BIDIR PIM network 210 multicast VPN default MDT establishment PIM DM network 208 multicast VPN default MDT establishment PIM SM network 209 multicast VPN default MDT establishment PIM SSM network 211 multicast VPN MDT establishment 208 multicast VPN MDT based delivery 211 troubleshooting multicast MD VPN default MDT establishment 283 describing MSDP peer description 178 device BIDIR PIM configu...

Page 453: ... 183 multicast routing forwarding 82 multicast VLAN 68 multicast VPN 226 PIM 150 PIM snooping 58 domain BIDIR PIM domain border configuration 141 IPv6 BIDIR PIM domain border 404 IPv6 PIM SM domain border 398 MSDP configuration 171 MSDP inter domain multicast delivery 172 MSDP PIM SM inter domain multicast 184 PIM domain border 135 PIM SM administrative scoping 124 124 done message MLD snooping 28...

Page 454: ...ticast group replacement port 305 MLD snooping IPv6 multicast source port filtering 303 MLD snooping proxying 299 MLD snooping querier 298 MSDP 177 MSDP NSR 183 MSDP SA message multicast data encapsulation 180 multicast forwarding sub VLANs 81 multicast group replacement global 33 multicast group replacement port 33 multicast MD VPN RPF vector 223 multicast VPN data group reuse logging 224 multica...

Page 455: ...v6 PIM common feature 407 IPv6 PIM configuration 376 413 IPv6 PIM multicast source policy 407 IPv6 PIM protocol relationships 390 IPv6 PIM snooping configuration 328 329 IPv6 PIM snooping configuration for VLAN 330 IPv6 PIM timer 409 IPv6 PIM DM 376 IPv6 PIM DM configuration 391 413 IPv6 PIM DM state refresh enable 392 IPv6 PIM DM state refresh parameters 393 IPv6 PIM SM 378 IPv6 PIM SM admin scop...

Page 456: ...IPv6 PIM hello message options 408 IPv6 PIM policy 408 PIM common timer configuration global 147 PIM common timer configuration on interface 148 PIM hello message option configuration global 146 PIM hello message option configuration on interface 146 PIM hello message options 145 PIM hello policy 145 holdtime IPv6 PIM hello message option 408 PIM hello message option 145 host IGMP snooping host tr...

Page 457: ...bership report 15 message 802 1p priority 29 message parameter configuration 27 message source IP address 28 multicast group policy configuration 30 multicast group policy configuration restrictions 30 multicast group replacement 33 multicast group replacement restrictions 33 multicast groups on port 32 multicast groups on port restrictions 32 multicast source port filtering 31 policy configuratio...

Page 458: ...0 IGMP proxying enable 102 IGMP query response parameters 99 IGMP snooping basic configuration 19 IGMP snooping configuration 13 17 35 IGMP snooping configuration for VSI 43 IGMP snooping configuration for VXLAN 49 IGMP snooping display 34 IGMP snooping dynamic router port change 25 IGMP snooping fast leave processing 24 IGMP snooping forwarding entries 20 IGMP snooping general query 15 IGMP snoop...

Page 459: ...D fast leave processing 365 MLD maintain 368 MLD performance adjustment 363 MLD proxying 360 MLD proxying configuration 373 MLD proxying enable 366 MLD snooping 802 1p message priority 302 MLD snooping basic configuration 291 MLD snooping configuration 285 289 307 MLD snooping configuration for VSI 316 MLD snooping configuration for VXLAN 322 MLD snooping display 306 MLD snooping dynamic port agin...

Page 460: ...nooping maintain 58 PIM VPN support 128 PIM DM 113 PIM DM assert 114 PIM DM configuration 128 151 PIM DM enable 129 PIM DM graft 114 PIM DM graft retry timer 130 PIM DM neighbor discovery 113 PIM DM SPT building 113 PIM DM state refresh 129 PIM DM state refresh parameters 130 PIM SM 115 PIM SM administrative scoping 124 PIM SM admin scoped zone configuration 156 PIM SM Anycast RP 117 PIM SM config...

Page 461: ...357 multicast See IPv6 multicast multicast MLD basic configuration 361 multicast MLD configuration 356 361 368 multicast MLD SSM mapping configuration 371 multicast VLAN See IPv6 multicast VLAN PIM See IPv6 PIM PIM snooping See PIM DM See PIM DM configuration 128 PIM SM See PIM SM DR election 115 PIM SSM See IPv6 BIDIR PIM administrative scoping 387 bidirectional RPT building 385 BSM forwarding di...

Page 462: ... VPN support 391 IPv6 PIM snooping configuration 328 329 configuration for VLAN 330 display 330 maintain 330 troubleshoot 334 troubleshoot IPv6 PIM snooping on Layer 2 device 334 IPv6 PIM DM assert 377 configuration 391 413 enable 392 graft 377 graft retry timer 393 introduction 376 IPv6 PIM NSR enable 412 IPv6 PIM passive mode enable 411 IPv6 PIM protocol relationships 390 neighbor discovery 376 ...

Page 463: ...non scoped zone configuration 154 PIM SSM configuration 165 leave message IGMP snooping 15 leaving IGMPv2 leave group mechanism 92 MLDv1 IPv6 group leave 357 load splitting IGMP multicast load splitting IGMP proxy 103 IPv6 multicast configuration 350 MLD IPv6 multicast load splitting MLD proxy 367 multicast routing configuration 81 logging multicast VPN data group reuse logging 224 M M6VPE network...

Page 464: ...snooping message source IPv6 address 300 MLD snooping static port configuration for VLAN 309 MSDP SA message cache 183 MSDP SA message filtering configuration 197 MSDP SA message multicast data encapsulation 180 MSDP SA message originating RP 181 MSDP SA message policy 182 MSDP SA message related parameters 180 MSDP SA request message 181 PIM hello message options 145 PIM hello policy 145 PIM join...

Page 465: ... 373 MLD SSM mapping configuration 371 policy configuration 302 port feature configuration 294 port types 285 protocols and standards 289 proxying 288 proxying configuration 299 proxying configuration for VLAN 314 querier configuration 297 querier configuration for VLAN 312 querier enable 298 querier enable restrictions 298 report suppression 304 simulated member host port 296 static port configur...

Page 466: ...tion 75 79 80 83 display 82 forwarding GRE tunnel configuration 87 IP multicast routing enable 79 load splitting configuration 81 longest prefix match principle 80 maintain 82 RPF check mechanism 75 RPF route change 77 83 RPF route creation 77 85 static route 77 static route configuration 80 sub VLAN forwarding 81 troubleshoot 90 troubleshoot static route failure 90 unicast subnets 78 multicast VL...

Page 467: ...IM static RP configuration 139 IGMP basic configuration 97 105 IGMP fast leave processing 101 IGMP multicast group policy 98 IGMP proxying configuration 110 IGMP query response parameters 99 IGMP snooping basic configuration 19 IGMP snooping configuration for VSI 43 IGMP snooping configuration for VXLAN 49 IGMP snooping group policy simulated joining configuration for VLAN 35 IGMP snooping host tr...

Page 468: ... port configuration for VLAN 309 MLD SSM mapping configuration 371 MLD static group member 362 MLD version specification 362 MSDP Anycast RP configuration 193 MSDP basics configuration 177 MSDP configuration 184 MSDP inter AS multicast configuration static RPF peers on switch 189 MSDP mesh group 179 MSDP NSR enable 183 MSDP peer 178 MSDP peer description 178 MSDP peering connection 178 MSDP peerin...

Page 469: ...ibute 66 static multicast MAC address entry 21 sub VLAN based IPv6 multicast VLAN configuration 340 sub VLAN based multicast VLAN configuration 65 68 network management BIDIR PIM 121 IGMP configuration 91 97 105 IGMP performance adjustment 99 IGMP snooping configuration 13 17 35 IP multicast overview 1 IP multicast VPN support 11 IPv6 multicast routing forwarding configuration 347 349 353 IPv6 mul...

Page 470: ...ulticast VPN inter AS option A 216 multicast VPN inter AS option B 216 multicast VPN inter AS option C 217 peer MSDP Anycast RP 174 MSDP inter AS multicast configuration static RPF peers on switch 189 MSDP inter domain multicast delivery 172 MSDP intermediate 171 MSDP NSR enable 183 MSDP peer 178 MSDP peer description 178 MSDP peering connection 178 MSDP peering connection control 179 MSDP peer RP...

Page 471: ... configuration 133 assert 121 Auto RP listening configuration 133 BSM forwarding disable 136 BSM semantic fragmentation 135 BSR configuration 134 C BSR configuration 134 configuration 131 C RP configuration 132 DR election 115 enable 131 introduction 115 IPv6 See MSDP Anycast RP 174 MSDP Anycast RP configuration 193 MSDP basics configuration 177 MSDP configuration 171 177 184 MSDP enable 177 MSDP ...

Page 472: ...ps on port 32 IGMP snooping multicast source port filtering 31 IGMP snooping port 13 IGMP snooping port feature 22 IGMP snooping simulated member host 24 IGMP snooping static port 23 IGMP snooping static port configuration for VLAN 37 IP multicast port based IPv6 multicast VLAN implementation 336 IPv6 PIM snooping configuration 328 329 IPv6 PIM snooping configuration for VLAN 330 MLD snooping basi...

Page 473: ...ess 28 configuring IGMP snooping multicast group policy 30 configuring IGMP snooping multicast group policy port 31 configuring IGMP snooping multicast source port filtering IGMP snooping view 31 configuring IGMP snooping multicast source port filtering interface view 31 configuring IGMP snooping policy 30 configuring IGMP snooping port feature 22 configuring IGMP snooping proxying for VLAN 42 con...

Page 474: ...g MLD snooping basic features 291 configuring MLD snooping general query response parameters 298 configuring MLD snooping general query response parameters global 299 configuring MLD snooping general query response parameters VLAN 299 configuring MLD snooping general query response parameters VSI 299 configuring MLD snooping group policy 302 configuring MLD snooping group policy simulated joining ...

Page 475: ...SM 131 configuring PIM SM admin scoped zone 156 configuring PIM SM Anycast RP 133 configuring PIM SM BSR 134 configuring PIM SM C BSR 134 configuring PIM SM C RP 132 configuring PIM SM multicast source registration 136 configuring PIM SM non scoped zone 154 configuring PIM SM RP 132 configuring PIM SM SPT switchover 137 configuring PIM SM static RP 132 configuring PIM SSM 143 165 configuring PIM S...

Page 476: ...IM DM 392 enabling IPv6 PIM DM state refresh feature 392 enabling IPv6 PIM SM 394 enabling MD VPN instance IP multicast routing 220 enabling MLD 361 enabling MLD fast leave processing 365 enabling MLD NSR 367 enabling MLD proxying 366 enabling MLD snooping 291 enabling MLD snooping MLD snooping view 291 enabling MLD snooping VLAN view 291 enabling MLD snooping VSI view 291 enabling MLD snooping fa...

Page 477: ...rval 293 setting multicast VLAN forwarding entries max 67 setting PIM join prune message size 148 specifying IGMP snooping version 19 19 specifying IGMP snooping version IGMP snooping view 20 specifying IGMP snooping version VLAN view 20 specifying IGMP snooping version VSI view 20 specifying IGMP version 98 specifying IPv6 multicast longest prefix match principle 350 specifying MLD snooping versi...

Page 478: ...essage max size 411 IPv6 PIM DM SPT building 376 PIM hello message LAN_Prune_Delay option 145 PIM join prune message size 148 PIM DM SPT building 113 Q querier IGMP snooping querier 25 26 IGMP snooping querier configuration for VLAN 39 IGMPv2 querier election 92 MLD querier election 356 MLD snooping querier configuration 297 MLD snooping querier configuration for VLAN 312 MLD snooping querier enab...

Page 479: ... VPN BGP MDT route reflector 225 router IGMP snooping router port 14 MLD snooping router port 286 routing BIDIR PIM 121 BIDIR PIM Auto RP listening 140 BIDIR PIM bidirectional RPT building 122 BIDIR PIM BSM forwarding disable 142 BIDIR PIM BSM semantic fragmentation 142 BIDIR PIM BSR configuration 140 BIDIR PIM C BSR configuration 140 BIDIR PIM configuration 137 161 BIDIR PIM C RP 139 BIDIR PIM DF...

Page 480: ... IPv6 PIM snooping configuration for VLAN 330 IPv6 PIM timer 409 IPv6 PIM VPN support 391 IPv6 PIM DM 376 IPv6 PIM DM assert 377 IPv6 PIM DM configuration 391 413 IPv6 PIM DM graft 377 IPv6 PIM DM neighbor discovery 376 IPv6 PIM DM SPT building 376 IPv6 PIM DM state refresh enable 392 IPv6 PIM DM state refresh parameters 393 IPv6 PIM SM 378 IPv6 PIM SM administrative scoping 387 IPv6 PIM SM admin ...

Page 481: ...MDT route reflector 225 multicast VPN configuration 203 219 227 multicast VPN data MDT to default MDT switch 215 multicast VPN default MDT establishment 208 multicast VPN default MDT to data MDT switch 214 multicast VPN default MDT based delivery 211 multicast VPN inter AS option B configuration 255 multicast VPN inter AS option C configuration 269 multicast VPN MD VPN configuration 220 PIM common...

Page 482: ... RPT cannot be built 433 troubleshooting PIM SM RP cannot be built 169 troubleshooting PIM SM RP cannot join SPT 169 RPF IPv6 multicast check mechanism 347 IPv6 multicast longest prefix match principle 350 IPv6 multicast RPF check implementation 347 IPv6 multicast RPF check process 347 longest prefix match principle 80 MSDP inter AS multicast configuration static RPF peers on switch 189 MSDP peer ...

Page 483: ...multicast PIM SNMP notification enable 412 PIM SNMP notification enable 149 snooping IGMP snooping configuration 13 IGMP snooping host tracking 33 IPv6 PIM snooping 328 IPv6 PIM snooping configuration 329 IPv6 PIM snooping configuration for VLAN 330 MLD snooping 285 PIM snooping configuration 56 57 PIM snooping configuration for VLAN 58 source MLDv2 source list 358 multicast VPN MD source interfac...

Page 484: ...04 switching IP multicast overview 1 IP multicast transmission techniques 1 IP multicast VPN application 12 IP multicast VPN instance 11 IP multicast VPN support 11 MSDP inter AS multicast configuration static RPF peers on switch 189 MSDP PIM SM inter domain multicast configuration 184 multicast forwarding across unicast subnets 78 multicast forwarding GRE tunnel configuration 87 multicast routing...

Page 485: ...e 201 multicast MD VPN default MDT establishment 283 multicast routing forwarding 90 multicast static route failure 90 multicast VPN MVRF creation 283 PIM 168 PIM abnormal multicast data termination 169 PIM multicast distribution tree 168 PIM snooping 62 PIM snooping does not work 62 PIM SM multicast source registration failure 169 PIM SM RP cannot be built 169 PIM SM RP cannot join SPT 169 tunnel...

Page 486: ... source IPv6 address 300 MLD snooping policy 302 302 MLD snooping port feature configuration 294 MLD snooping querier enable 298 MLD snooping static port configuration 295 MLD snooping version 291 multicast forwarding sub VLANs 81 multicast VLAN configuration 63 65 68 PIM configuration 113 151 PIM snooping configuration 58 PIM DM configuration 151 PIM SM admin scoped zone configuration 156 PIM SM ...

Page 487: ...g 124 zone border router See IPv6 admin scoped global scoped zone relationships 388 IPv6 PIM SM admin scoped zone configuration 419 IPv6 PIM SM border router 387 IPv6 PIM SM non scoped zone configuration 416 PIM SM admin scoped zone configuration 156 PIM SM admin scoped global scoped zone relationship 125IPv6 PIM snooping PIM SM non scoped zone configuration 154 ...

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