Philip P. Carvey | Researchain

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IEEE ACM Transactions on Networking | 1998

A 50-Gb/s IP router

Craig Partridge; Philip P. Carvey; Ed Burgess; Isidro Marcos Castineyra; Tom Clarke; Lise Graham; Michael Hathaway; Phil Herman; Allen P. King; Steve Kohalmi; Tracy Ma; John Mcallen; Trevor Mendez; Walter Clark Milliken; Ronald Pettyjohn; John Rokosz; Joshua Seeger; Michael Sollins; Steve Storch; Benjamin Tober; Gregory Donald Troxel; David Waitzman; Scott Winterble

Aggressive research on gigabit-per-second networks has led to dramatic improvements in network transmission speeds. One result of these improvements has been to put pressure on router technology to keep pace. This paper describes a router, nearly completed, which is more than fast enough to keep up with the latest transmission technologies. The router has a backplane speed of 50 Gb/s and can forward tens of millions of packets per second.

IEEE Computer | 1990

The Monarch parallel processor hardware design

Randall D Rettberg; William R. Crowther; Philip P. Carvey; Raymond S. Tomlinson

The Monarch architecture team took advantage of custom VLSI in the design of a shared-memory parallel processor. The simple structure eases the task of programming a massively parallel machine.<<ETX>>

IEEE ACM Transactions on Networking | 2001

A Fifty Gigabit Per Second IP Router

Craig Partridge; Philip P. Carvey; E. Burgess; Isidro Marcos Castineyra; T. Clarke; L. Graham; M. Hathaway; P. Herman; Allen P. King; S. Kohlami; T. Ma; J. Mcallen; Trevor Mendez; Walter Clark Milliken; R. Osterlind; Ronald Pettyjohn; John Rokosz; J. Seeger; M. Sollins; S. Storch; B. Tober; Gregory Donald Troxel; David Waitzman

Archive | 1988