Low Power DSP: Difference between revisions
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== Design Fundamentals == | |||
*[http://www.dspdesignline.com/showArticle.jhtml?articleID=187002923 "Designing Low-Power Signal Processing Systems"], By Mel Tsai, BDTI, Courtesy of Inside DSP, 06/01/2004 | |||
=== Articles === | |||
*[http://www.dspdesignline.com/showArticle.jhtml?articleID=187002923 "Designing Low-Power Signal Processing Systems"], By Mel Tsai, Inside DSP, June 1, 2004 | *[http://www.dspdesignline.com/showArticle.jhtml?articleID=187002923 "Designing Low-Power Signal Processing Systems"], By Mel Tsai, Inside DSP, June 1, 2004 | ||
:-"Integration Is Key: One key for designing a low-power embedded system is component integration. Not only does a low chip count and a small printed circuit board lead to lower cost and physically smaller devices, it can also help to dramatically reduce power consumption." | :-"Integration Is Key: One key for designing a low-power embedded system is component integration. Not only does a low chip count and a small printed circuit board lead to lower cost and physically smaller devices, it can also help to dramatically reduce power consumption." | ||
Latest revision as of 20:02, 20 September 2007
Design Fundamentals
- "Designing Low-Power Signal Processing Systems", By Mel Tsai, BDTI, Courtesy of Inside DSP, 06/01/2004
Articles
- "Designing Low-Power Signal Processing Systems", By Mel Tsai, Inside DSP, June 1, 2004
- -"Integration Is Key: One key for designing a low-power embedded system is component integration. Not only does a low chip count and a small printed circuit board lead to lower cost and physically smaller devices, it can also help to dramatically reduce power consumption."
- DSP chips take on many forms", By Will Strauss, DSP-FPGA.com, March 18, 2006
- Reconfigurable Hardware Testbed for DSP presentation for UC Berkeley
- Comment: Chip efficiency comes in many flavors", By Jeff Bier, EE Times, 04/09/2007
