Date(s) - 25/01/2017
14:00 - 16:30
Modern IP/MPLS networks are engineered to carry multiple classes of traffic – be they different services, or applications – many of which have different requirements for their supporting network connectivity. Ultimately, this results in a requirement to instantiate multiple forwarding paths on the network. Over the last 4 years, work has been done in the IETF to introduce a new mechanism for source-based routing to MPLS. Segment Routing (being standardised in the SPRING working group of the IETF) uses stacks of MPLS labels to encode a path through the network as a set of forwarding resources.
In this lecture, the operation of MPLS networks using RSVP-TE – today’s technology for such explicit paths – including some of the operational caveats is discussed – particularly considering how successful the existing protocol stack to support traffic engineered paths in real operator’s MPLS networks. With this in mind, the alternate approach using Segment Routing is discussed, and analysed to determine how this new technology approach might meet operator’s requirements, and succeed as a protocol.
About The Speaker:
Rob works in Google’s Network Architecture team, where he is focused on improving the efficiency and functionality of IP network infrastructure, and the software systems that surround the network. Prior to Google, Rob worked in a range of network operators – from small application hosting providers, to regional and global telcos. He contributes to both open source software projects (particularly around interfaces and data models for configuration and telemetry of network systems); alongside contributions to the IETF, where he has published a number of RFCs and Internet-Drafts focused on improving the functionality, operability and robustness of IP/MPLS network infrastructure.
Bookings are closed for this event.