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By Chad Andrus. TILE-Gx100  100 Identical Processor Cores Each core has its own L2 & L3 cache Each can run its own OS or group together for multiprocessing.

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Presentation on theme: "By Chad Andrus. TILE-Gx100  100 Identical Processor Cores Each core has its own L2 & L3 cache Each can run its own OS or group together for multiprocessing."— Presentation transcript:

1 By Chad Andrus

2 TILE-Gx100  100 Identical Processor Cores Each core has its own L2 & L3 cache Each can run its own OS or group together for multiprocessing Cores can be dedicated to specific applications  Targeted to run Performance Applications

3 Specs  1.5GHz per tile  256K L2 cache per tile  750 billion operations per second  500 Gbps memory bandwidth  200 Tbps of on-chip mesh interconnect (iMesh) "Think of it as the Internet on a chip“ - Bob Doud

4 What is iMesh?  Five different layers: Memory Input/Output Cache coherency User Space (2)  Tile system allows each core to interact with every other core

5 Benefits  Reduce costs – can eliminate dozens of computing systems  Efficiency - processing resources can be specifically allocated Optimize performance, save power  Fast computing

6 Sources  http://www.techarena.in/news/15643-tile-gx-100-core- processor-announced-tilera.htm http://www.techarena.in/news/15643-tile-gx-100-core- processor-announced-tilera.htm  http://www.tilera.com/products/TILE-Gx.php http://www.tilera.com/products/TILE-Gx.php  http://www.technewsworld.com/story/Tilera-Crams-100- Cores-Into-Next-Gen-Processors-68473.html http://www.technewsworld.com/story/Tilera-Crams-100- Cores-Into-Next-Gen-Processors-68473.html


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