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The Architecture of an RBridge Solution to TRILL
draft-gray-trill-rbridge-arch-01

Document type: Replaced Internet-Draft (individual)
Document stream: No stream defined
Last updated: 2006-09-15 (latest revision 2006-06-27)
Intended RFC status: Unknown
Other versions: (expired, archived): plain text, pdf, html

Stream State:No stream defined
Document shepherd: No shepherd assigned

IESG State: Replaced by draft-ietf-trill-rbridge-arch
Responsible AD: (None)
Send notices to: No addresses provided

This Internet-Draft is no longer active. Unofficial copies of old Internet-Drafts can be found here:
http://tools.ietf.org/id/draft-gray-trill-rbridge-arch

Abstract

RBridges are link layer (L2) devices that use routing protocols as a control plane. They combine several of the benefits of the link layer with network layer routing benefits. RBridges use existing link state routing to provide higher RBridge to RBridge cross-section bandwidth, fast convergence on reconfiguration, and more robustness under link interruption than an equivalent set of conventional bridges using existing spanning tree forwarding. They are intended to apply to similar L2 network sizes as conventional bridges and are intended to be backward compatible with those bridges as both ingress/egress and transit. They also attempt to retain as much 'plug and play' as is already available in existing bridges. This document proposes an RBridge system as a solution to the TRILL problem. It also defines the RBridge architecture, defines its terminology, and describes basic components and desired behavior. One or more separate documents specify the protocols and mechanisms that satisfy the architecture presented herein.

Authors

Eric Gray <Eric.Gray@marconi.com>

(Note: The e-mail addresses provided for the authors of this Internet-Draft may no longer be valid)