DocumentCode
1403705
Title
Challenges and trends in processor design
Author
Tremblay, M. ; Grohoski, Greg ; Burgess, B. ; Killian, E. ; Colwell, R.
Volume
31
Issue
1
fYear
1998
fDate
1/1/1998 12:00:00 AM
Firstpage
39
Lastpage
48
Abstract
Chip architects from Sun, Cyrix, Motorola, Mips, Intel and Digital see challenges rather than walls in microprocessor design. They share their insights in this virtual roundtable. Tremblay discusses the conflicting goals of improving how much work a processor does per cycle and at the same time shortening the cycle time. Grohoski says we need to reduce the processor complexity to spend less time debugging that complexity. Burgess thinks tightly interwoven designs will better support focused applications. Killian is confident the industry will solve foreseeable problems. He sees “big data” problems as key design drivers. Colwell sees a convergence of factors that make validation a big concern. He foresees future computers as communication enhancement devices. Rubinfeld names five issues as important to processor design and discusses some challenges specific to high-speed processor design. Despite the competitiveness of their field, these six architects shared several insights of interest to those not intimately connected with processor design
Keywords
DP industry; computer architecture; integrated circuit design; microprocessor chips; reviews; Cyrix; DEC; Intel; Mips; Motorola; Sun Microsystems; big data problems; chip architecture; communication enhancement devices; competitiveness; computer industry; conflicting goals; cycle time; debugging; design drivers; focused applications; future computers; high-speed processor design; microprocessor design; performance; problem solving; processor complexity; tightly interwoven designs; validation; Clocks; Design optimization; Economic forecasting; Marketing and sales; Microprocessors; Optimizing compilers; Physics; Process design; Sun; Technological innovation;
fLanguage
English
Journal_Title
Computer
Publisher
ieee
ISSN
0018-9162
Type
jour
DOI
10.1109/2.641976
Filename
641976
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