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tgdaily.com - 10/26/2009
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Tilera has launched an advanced line of TILE-Gx processors that reportedly offer "ten times better" compute efficiency than Intel's next-generation Westmere chip. The processors - fabricated in TSMC's 40 nanometer process - operate at up to 1.50 GHz with power consumption ranging from 10 to 55 ...
bit-tech.net - 10/29/2009
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bit-tech.net —
High-performance computing specialist Tilera has announced the creation
of the world's first 100-core processor, aimed at providing...
a simpler cloud computing platform.
(more)
Tilera unveils 100-core processor
tech3d.net - 30 days ago
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tech3d.net —
Tilera on Monday announced new general-purpose CPUs, including
a 100-core chip, as it tries to make its...
way into the server market dominated by Intel and Advanced Micro Devices.
(more)
Tilera Announces the World’s First 100-core Processor
techspot.com - 10/26/2009
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techspot.com —
Looking to make its way into a market
dominated by Intel and AMD, Tilera Corporation, a five-year-old...
fabless semiconductor startup focusing on scalable multi-core embedded processor design has unveiled the new Tile-GX series of server CPUs. Available with 16, 36, 64, and up to 100 cores, the ...
(more)
Tilera touts 100-core server processor
| How many cores? http://www.tgdaily.com/content/view/44417/135/ 10/26/2009 |
| RT @HPC_Guru: Tilera challenges X86 architecture with 100 core-processor. 64-bit, integrated DDR3 controller http://bit.ly/qrlN0 #HPC 10/26/2009 |
| Tilera challenges X86 architecture with 100 core-processor: TG Daily "The TILE-Gx line, available with 16,.. http://bit.ly/4k4uhX 10/26/2009 |
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Tilera touts 100-core server processor
TechSpot —
Looking to make its way into a market dominated by Intel and AMD, Tilera Corporation, a five-year-old fabless semiconductor startup focusing on scalable multi-core embedded processor design has unveiled the new Tile-GX series of server CPUs. Available with 16, 36, 64, and up to 100 cores , the company claims its chips offer the highest performance of any microprocessor yet announced while operating efficiently at the same time. They are built on TSMC's 40 nanometer process and can work at up to 1.50GHz with power consumption ranging from 10 to 55 watts. While this may seem ...
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