interface bundle-Ether1.1 l2transport
encapsulation dot1q 10
l2vpn
bridge group gr1
bridge-domain bd1
interface bundle-Ether1.1
pbb edge i-sid 600 core-bridge core_b1
bridge group gr2
bridge-domain core_bd1
pbb core
evpn evi 1000
!
router bgp 100
bgp router-id 1.1.1.2
address-family l2vpn evpn
!
neighbor 1.1.1.100
remote-as 100
address-family l2vpn evpn
PBB EVPN on Dual Homed Device/Multi Homed Device with Active/Active
per Service load-balancing and Dynamic Service Carving
This example covers:
• PBB-EVPN service among three PEs in the same AS with a dual homed CE (behind PE1 and PE2) and
a single homed CE (behind PE3)
• PE1/PE2 configured to perform active/active per service (i.e. per-ISID) loadbalancing with dynamic
service carving/DF election allowing traffic from some I-SIDs to be handled by PE1 while the rest to be
handled by PE2
• EVI carrying traffic from two I-SIDs
• PBB I-SID values must match among PEs connected to a common dual homed site
• ICCP must be configured in PE1, PE2 using a new mode (mode singleton); where no ICCP neighbor is
configured. ICCP configuration required to handle core isolation failures. Example uses same MLACP
system mac/priority and unique MLACP node values on PE1/PE2
• ESI must be identical between PEs for a dual homed site. User configuration must be entered to guarantee
that
• PBB source MAC must be different on each PE connected to a dual homed site. By default, PE uses
system-wide PBB source MAC
• CE must be configured with two bundle interfaces. One for each set of member interfaces leading to a
different PE
• BGP RD/RT auto-derived from BGP ASN and EVI ID
L2VPN and Ethernet Services Configuration Guide for Cisco ASR 9000 Series Routers, IOS XR Release 6.3.x
404
Implementing IEEE 802.1ah Provider Backbone Bridge
PBB EVPN on Dual Homed Device/Multi Homed Device with Active/Active per Service load-balancing and Dynamic Service Carving
To Next Page
Loading...
Need help?
General
