What’s In a Chip? Reverse Engineer It to Find Out
I had an interesting meeting today at DAC with Julia Elvidge, the president of Chipworks. Chipworks basically reverse engineers chips to find out exactly what makes them tick. The results may surprise...
View ArticleUltra Low Power Electronics in the Next Decade
As a TI Fellow and director of TI’s Kilby Research Labs, Ajith Amerasekera’s job is to predict the future and plot a roadmap to it. His keynote at day two of the low-power electronics show (ISLPED) in...
View ArticleHow Green Is Your MCU?
With energy efficient, ‘green’ designs devices being all the rage, embedded developers need to be asking semiconductor vendors, “How green is your MCU?” (OK, so it’s black. Work with me here.) Ever...
View ArticleMore than MEMS
The fact that I spend too much time focusing on consumer electronics was brought home to me vividly last week by a visit to the Sensors Expo 2011 in Chicago. Far from the niche show that I expected, it...
View ArticleSiliconBlue Rolls Out 40-nm Low-Power FPGAs
To date winning a cell phone socket has been a bridge too far for FPGA vendors. Xilinx’s CoolRunner CPLDs have been successful there by adding glue logic, but FPGAs have long been too bulky, expensive,...
View ArticleHands On: Evaluation Kit Eases Lighting Design Starts
Normally you order an evaluation kit to check out whether a particular microcontroller seems appropriate for a design you have in mind; if everything seems OK, you then order a more costly development...
View ArticleWhere is the next factor of 10 in energy reduction coming from?
Over the last decade chip engineers have come up with a large number of techniques to reduce power consumption: clock gating; power gating; multi-VDD; dynamic, even adaptive voltage and frequency...
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