DocumentCode
2719215
Title
Blades - an emerging system design model for economic delivery of high performance computing
Author
Bresniker, Kirk
fYear
2002
fDate
2002
Firstpage
5
Abstract
Summary form only given. During the recent rise and subsequent fall of the Internet bubble, a new computer system design model emerged, primarily from venture capital start-ups. Bladed systems, dense arrays of single board computers housed in a common chassis, seemed a promising way for service providers to keep pace with the anticipated dot.com inspired build-out. The blades were dense, low bandwidth and low in computational power, but they were suited to rapid deployment of masses of content delivery. Along with other lessons learned as the ´irrational exhuberance´ faded and unviable business models and their edge applications were winnowed from data centers, the designers of bladed systems began to realize that blades had the potential to move from ´edge-only´ applications into high performance enterprise, communication, and technical compute. All leading manufacturers now have high performance blade designs either in design or shipping now. Key to the high performance blade are shifts in the processor, storage, networking and management technologies from those utilized in first generation blades. These shifts could enable bladed systems to delivery multi-system compute arrays at appreciably lower total cost of ownership.
Keywords
Internet; business data processing; performance evaluation; workstation clusters; Internet; bladed systems; business models; cluster computing; content delivery; high performance computing; low bandwidth; ownership cost; single board computers; system design model; Bandwidth; Blades; Business communication; Computer network management; High performance computing; Internet; Manufacturing; Power generation economics; Power system modeling; Venture capital;
fLanguage
English
Publisher
ieee
Conference_Titel
Cluster Computing, 2002. Proceedings. 2002 IEEE International Conference on
Print_ISBN
0-7695-2066-9
Type
conf
DOI
10.1109/CLUSTR.2002.1137722
Filename
1137722
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