TITLE

Programmable devices step up to portable plate

AUTHOR(S)
Nass, Richard
PUB. DATE
September 2004
SOURCE
Portable Design;Sep2004, Vol. 10 Issue 9, p38
SOURCE TYPE
Periodical
DOC. TYPE
Article
ABSTRACT
The article discusses the ways in which power levels, costs, and sizes now meet the criteria specified for portable systems. The power in a programmable device can be divided into three parts. First is the power-up current, which is necessary to get the device into a known state. That current is typically measured in double-digit milliamperes. The second part is the standby current, which drops to double-digit microamperes. The goal is to make the standby current negligible to the system. Other components that are powered up are going to draw more current than that, like an SRAM device," says Brian Faith, director of marketing for logic products at Quick-Logic. The third part is the dynamic, or active mode, current. The amount of time in each mode will vary from application to application. While the programmable devices continue to reduce power, that reduction doesn't necessarily come at the expense of performance. That can be combined with the growing amount of available IP as more IP vendors try to leverage the growth of FPGA, including soft RISC processors, even up to 32-bit solutions, for minimal license fees.
ACCESSION #
14441384

 

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