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Revolutionizing Computing: The 1024-Core Epiphany Multicore Microprocessor

The Epiphany™ multicore microprocessor features an innovative 1024-core architecture, delivering up to 70 GFLOPS/W with exceptional energy efficiency. Designed for flexibility, this chip operates at an 800 MHz frequency, consuming less than 2 Watts of power per chip. Engineered for various applications, from embedded systems to supercomputing, the Epiphany platform offers scalable performance from 0.25W to 64 Watts. This enables real-time processing capabilities while maintaining ultra-low power consumption, revolutionizing energy-efficient computing. Development kits are available, and collaboration opportunities exist for innovative real-time applications.

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Revolutionizing Computing: The 1024-Core Epiphany Multicore Microprocessor

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  1. A 1024-core 70GFLOP/W Floating Point Manycore Microprocessor Andreas Olofsson, Roman Trogan, Oleg Raikhman Adapteva, Lexington, MA

  2. EpiphanyTM Multicore Architecture Intro ANSI C Programmable IEEE Floating Point 70 GFLOPS/W

  3. EpiphanyTM 28nm Product Announcement Link Logic IO Pads 1 Core a • 64 RISC cores • 800 MHz Operating Frequency • 100 GFLOPS • < 2Watt Max Chip Power • 25mW & 0.12mm2 per core • Up to 70 GFLOPS/Watt • 2MB On-Chip SRAM • Only 10.0 mm2 silicon area • Scale to 1000’s of cores on chip • In Fab, available Q1,2012

  4. Hold on...the title said 1024 cores! a • We can build it any time! • Waiting for sponsor/customer • LEGO approach to design • No global timing paths • Guaranteed by design • Generate any array in 1 day • ~130 mm2 silicon area 1Core 1024Cores

  5. EpiphanyTM Single Chip Performance Scaling On-demand scaling from 0.25W to 64 Watt

  6. Epiphany, Server Performance Without the Power Drain 20-100W 2W!!

  7. Energy Efficiency Lab Measurements

  8. What this means for Embedded Systems • 10x-50x boost in energy efficiency • Put the #1 Supercomputer of ~1995 in a smartphone • Make a solar powered 1 PFLOP supercomputer • Put processing closer to the sensor • Prototype real time real time systems entirely with floating point and C/C++

  9. Summary • Currently providing easy to use development kits based on 65nm platform • Soon sampling the world’s most energy efficiency processors in 28nm • Looking for collaborators that can quickly demonstrate real time applications running on the Epiphany Multicore Architecture • Reached profitability in August 2011, we’re here to stay!

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