Segment Routing Fundamentals: Decoding SRv6 and Network Programming [Part 2]
Part 2 of the Segment Routing Fundamentals series explores SRv6 architecture, focusing on network programming and SID naming conventions.
Part 2 of the Segment Routing Fundamentals series explores SRv6 architecture, focusing on network programming and SID naming conventions.
Explore the fundamentals of Segment Routing in this technical deep dive. Learn how SR MPLS and SRv6 work, the benefits of stateless traffic engineering, and why TI-LFA is essential for modern, resilient network data planes.
In a rapidly evolving AI world, SRv6 stands out as a core player, enabling innovations that will shape the way we design AI infrastructures.
SRv6 uSID has revolutionized IP network architectures by simplifying operations, adding robustness, and delivering best-in-class user experiences across service provider, hyperscaler, enterprise, and data center networks.
How are massive paradigm shifts in the market driving innovations in networking? Take a look at how global backbone networks like Arelion, which experienced a 42% growth in Internet traffic in 2024, are working with Cisco on their journey towards
Explore the future of networking with SRv6. Enhance IPv6, simplify operations, and bolster security and resilience. Discover how SRv6 transforms large-scale networks.
Learn how CSPs are adopting CRAN architecture and why a unified architecture can optimize your investment decisions.
5G can’t succeed without efficient, flexible, and programmable transport built with SRv6 microSID technology
Segment Routing v6 facilitates multi tenancy and traffic engineering in data center networks, leverages IPv6 underlay and forwarding, and is suitable for scalable data center and core/WAN deployments.