Hi Huaimo,
Before we get into your procedure, I have to ask an important question: why is
any process necessary?
In our experience, It Just Works.
You turn on dynamic flooding and the nodes with the feature start complying
with the flooding topology. Those that are not enabled perform
I will plan to join.
Thank you
Gyan S. Mishra
IT Network Engineering & Technology
Verizon Communications Inc. (VZ)
13101 Columbia Pike FDC1 3rd Floor
Silver Spring, MD 20904
www.linkedin.com/in/GYAN-MISHRA-RS-SP-MPLS-IPV6-EXPERT
Phone: 301 502-1347
Email: gyan.s.mis...@verizon.com
Sent from
I support wG adoption
> IS-IS Extensions to Support Routing over IPv6 Dataplane" -
> draft-bashandy-isis-srv6-extensions-05.txt”
Thank you
Gyan S. Mishra
IT Network Engineering & Technology
Verizon Communications Inc. (VZ)
13101 Columbia Pike FDC1 3rd Floor
Silver Spring, MD 20904
Les
I did some reading and research and lab testing of SR on CISCO XR nodes
physical hardware and VIRL (virtual internet routing lab) and now I know why
the top section says IPv6 and MPLS data planes.
So IPv6 data plans is native IPv6 source routed with segment instructions in
the next
Les
I have been reading through this tutorial on SR6 below which is really good.
https://www.segment-routing.net/images/srv6-intro-rev1d_for_PDF.pdf
So with SRV6 IPv6 data plane is essentially another underlay option to
traditional using existing infrastructure for mpls “SR-MPLS” using SRV6
Hi Tony,
Two possible procedures (Procedure A and B) for the migration are listed below
for discussions.
In the beginning, the IGP running in a network area does the normal flooding.
The migration from the normal flooding to the flooding reduction (either
centralized mode or distributed
