Mikael Taveniku, CEO Xcube
“High performance embedded computing is naturally split into high throughput front end processing tasks and high complexity back end processing...
“High performance embedded computing is naturally split into high throughput front end processing tasks and high complexity back end processing...
(Chip Crunch): When discussing companies developing many-core processors, as opposed to multi-core processors, several companies come to mind. On the...
(The 451 Group): Our recent report on Adapteva introduced the company and its technology approach; here we focus on the...
(Electronic Design): Adapteva’s 65-nm E16G301 Anemone Epiphany has 16 nodes that are only 0.5 mm2 (Fig. 2). This means the...
(GLOBE NEWSWIRE): SAN JOSE, Calif., Nov. 10, 2011 — Magma Design Automation Inc. (Nasdaq:LAVA), a provider of chip design software,...
(Forbes): If you’ve ever used a tablet or smart phone, you know how annoying it is when the device runs...
(EE Times): Brian Fuller, Editor at EETimes stopped by Adapteva’s headquarters in Lexington to interview the team. It was later...
(WIRED): Rarely have I seen a journalism fail like that surrounding the launch of Adapteva’s Epiphany IV tile-based coprocessor. I...
(WIRED): Andreas Olofsson was kind enough to respond to some of the questions and criticisms I raised in my piece...
(GIGAOM): Both mobile and high-performance computing are placing huge power efficiency and performance demands on chips, but the $64,000-question is...
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