View the text version of NANOG web site.
NANOG
Text Version | Site Map | NANOG F.A.Q.

NANOG



About NANOG   Meetings   Mailing List   Sponsors   Archives   Resources   Governance   Home

North American Network Operators Group




Rapid Convergence in IP Networks

Tom Scholl, AT&T Labs
Presentation Date: June 15, 2009, 12:30 PM - 1:00 PM

Room: Regency Ballroom, 2nd FL Mezz

Abstract:
This presentation covers the topic of rapid convergence within IP networks. IP networks are frequently stated to not be capable of providing rapid convergence similar to that of SONET transport networks. However, with the right knob turns and a properly designed network, you can reach that 50ms or at least sub-second convergence target. The presentation will outline what applications require such performance, what protocols can deliver the results and how well it actually works in production. Additional lessons learned will be outlined showing operators that its not as simple as flipping on a switch. A list of commands and knobs are given at the end of the presentation to get operators a starting point to improve performance within their own networks.

Tom Scholl Biography:
Within the Global IP/MPLS backbone design & development team, his role is to design routing architectures for the core network and work on network integration of the legacy SBC Internet Services network to the AT&T common backbone. Tom has spent his last several years at SBC and Ameritech working in both operations and network engineering roles. He has presented several times at NANOG and always makes time available to help peers and distribute clue where needed.

Archived Files:

NANOG46 Abstracts







Back to the NANOG46 main page.



Home » Meetings » NANOG46
Print this.
Print This
Send This.
Send This


About NANOG | Meetings | Mailing List | Sponsors | Archives
Governance | Resources | Scholarships | Site Map | NANOG Home


Copyright © 2010 Merit Network, Inc.
1000 Oakbrook Drive, Suite 200, Ann Arbor, Michigan 48104-6794
Phone: (734) 527-5700    Fax: (734) 527-5790    E-mail: