Matrix Multiplication Optimization
Abstract: The examples shows two ways of performing matrix multiplication, a simple one that gives moderate performance, and a slightly...
Bertil Svensson, Professor and Director of CERES, Halmstad University
“Massive parallelism is the only way to meet both the computing performance demands and the power limitations in future, advanced...
John Barr, Industry Analyst
“The future of HPC (and probably all computing) is both many core and heterogeneous. Trying to get there by adapting...
Epiphany Multicore IP
Epiphany – A breakthrough in parallel processing The Epiphany multicore coprocessor is a scalable shared memory architecture, featuring up to...
Epiphany-IV 64-core 28nm Microprocessor (E64G401)
Introduction The E64G401 is 64-core microprocessor/coprocessor reference design based on the 4th generation of the Epiphany multicore architecture that was...
Epiphany-III 16-core 65nm Microprocessor (E16G301)
Introduction The E16G301 is 16-core microprocessor/coprocessor reference design based on the 3rd generation of the Epiphany multicore architecture. The Epiphany™...
David Richie, CEO, Brown Deer Technology
“Adapteva has delivered an architecture that supports massive on-chip parallelism with impressive power efficiency. OpenCL provides the perfect foundation for...
Mike Noonen, Executive VP of Worldwide Marketing, GlobalFoundries
“We firmly believe in early engagement to enable our customers to deliver innovative products with industry-leading performance and energy-efficiency. Our...
Hello World!
Abstract: The purpose of this trivial example is to show that Adapteva’s Epiphany architecture is a true ANSI-C programmable processor. ...