Wiki source code of Global IPv4IPv6 Routing Table

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7 We verified that IPv4 and Ipv6 prefixes can be transported natively over an SRv6 network without VRF-based VPN services. The Egress PE advertised correctly an SRv6 service SID for IPv4/IPv6 prefixes in BGP and then the ingress PE encapsulated IPv4/IPv6 packets into IPv6 using advertised SRv6 SID as the outer IPv6 destination address.
8 We confirmed SRv6 endpoint processed the packets using one of the designated behaviors: End.DT4 with NEXT-CSID, End.DT6 with NEXT-CSID, or End.DT46 with NEXT-CSID.
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10 [[Figure 92:Global Routing Table over SRv6>>image:434720489173942273_Global Routing Table over Srv6.png||alt="Figure 92" width="550"]]
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14 |=ABR|=PE|=Route Reflector|=Traffic Generator|=Transit Node
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16 Ericsson Router6671,
17 H3C CR16003E-F,
18 Huawei NetEngine A821,
19 Juniper PTX10002-36QDD,
20 Nokia 7750 SR-1
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22 H3C CR16000-M1A,
23 H3C CR16003E-F,
24 Huawei ATN 910D-A,
25 Huawei NetEngine A821,
26 Juniper ACX7509,
27 Juniper MX204,
28 Juniper MX304,
29 Juniper PTX10002-36QDD,
30 Keysight IxNetwork,
31 Nokia 7250 IXR-e2,
32 Nokia 7750 SR-1
33 )))|Juniper PTX10002-36QDD|Keysight IxNetwork|Arista 7280R3
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35 Table 44: Global IPv4/IPv6 Routing Table - µSID
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