EVPN RT5 over SRv6

The  EVPN IP Prefix Route (Route Type 5) used for Layer 3 and inter-subnet connectivity within an EVPN deployment.
To validate the functionality of the EVPN IP Prefix Route (Route Type 5) , we examined  BGP EVPN route attributes to confirm that  IPv4 and IPv6 prefixes were correctly learned and advertised via EVPN RT5. We then verified that the  VRF routing tables on the PEs with  RT5 prefixes were correctly installed and using SRv6 Service SIDs as next-hops. We also checked the forwarding table (FIB) to ensure SRv6-based encapsulation was applied, confirming proper route propagation and reachability.
We have tested EVPN Route Type 5 (RT-5) with different SRv6 endpoint behavior types, including UDT4, UDT6, and UDT46, as shown in the following tables.

ABRPERoute ReflectorTraffic Generator

Ericsson Router6671,
H3C CR16003E-F,
Huawei NetEngine A821,
Juniper PTX10002-36QDD,
Nokia 7750 SR-1

Arista 7280R3,
Ciena 5134,
Ciena 8140 Coherent Metro Router,
H3C CR16000-M1A,
H3C CR16003E-F,
Huawei ATN 910D-A,
Huawei NetEngine A821,
Juniper ACX7509,
Juniper MX204,
Juniper MX304,
Keysight IxNetwork,
Nokia 7250 IXR-e2,
Nokia 7750 SR-1

Juniper PTX10002-36QDDKeysight IxNetwork

Table 39: EVPN RT5 over SRv6 - EVPN RT5-End.DT4 with NEXT-CSID + End.DT6 with NEXT-CSID

ABRPERoute ReflectorTraffic GeneratorTransit Node

Ericsson Router6671,
H3C CR16003E-F,
Huawei NetEngine A821,
Juniper PTX10002-36QDD,
Nokia 7750 SR-1

H3C CR16000-M1A,
H3C CR16003E-F,
Huawei ATN 910D-A,
Huawei NetEngine A821,
Juniper ACX7509,
Juniper MX204,
Juniper MX304,
Keysight IxNetwork,
Nokia 7250 IXR-e2,
Nokia 7750 SR-1

Juniper PTX10002-36QDDKeysight IxNetworkArista 7280R3

Table 40: EVPN RT5 over SRv6 - EVPN RT5-End.DT46 with NEXT-CSID