David John Nicholson
Nortel
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Publication
Featured researches published by David John Nicholson.
ieee gallium arsenide integrated circuit symposium | 1996
Herman William Willemsen; David John Nicholson
OC-192, with a data rate of 9.953 Gb/s, is the fastest commercial fiber-optic transport system available today. As with lower bit-rate equipment, III-V compound semiconductors play a large role in OC-192. This paper describes the technology selection, circuit design and high-speed packaging needed for the successful introduction of OC-192.
Archive | 1988
Thomas Flanagan; James A. McEachern; David John Nicholson; Dino Diperna; Richard Romagnino; Wayne Ergle
Archive | 1988
Yves Tremblay; David John Nicholson
Archive | 2001
Peter Roorda; Alan Glen Solheim; Gregory Matthew Penz; Hock Gin Lim; Jeffrey Kenneth Emery; Azmina Somani; Mark Stephen Wight; Gregory D. May; David John Nicholson; James Frodsham
Archive | 1998
David Wright Martin; Mohammed Ismael Tatar; Alan Glen Solheim; Timothy James Armstrong; Mark S. Wight; Ronald J. Gagnon; David John Nicholson
Archive | 1992
David John Nicholson; Donald Russell Ellis; John B. Mills; Dino Diperna; David Wright Martin; Wang-Hsin Peng; Kim B. Roberts
Archive | 1997
David Wright Martin; Mohammed Ismael Tatar; Alan Glen Solheim; Timothy James Armstrong; Mark S. Wight; Ronald J. Gagnon; David John Nicholson
Archive | 1998
Timothy James Armstrong; Ronald J. Gagnon; David Wright Martin; David John Nicholson; Alan Glen Solheim; Mohammed Ismael Tatar; Mark S. Wight
Archive | 1999
Malcolm Betts; Dino Diperna; David Wright Martin; David John Nicholson; Christopher Michael Purse; Alan Glen Solheim; Mohammed Ismael Tatar
Archive | 1998
Timothy James Armstrong; Ronald J. Gagnon; David Wright Martin; David John Nicholson; Alan Glen Solheim; Mohammed Ismael Tatar; Mark Stephen Wight
