Tilera

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Tilera Corporation
Industry Semiconductor industry
Founded October 2004
Founder(s) Anant Agarwal, Devesh Garg, and Vijay K. Aggarwal
Headquarters San Jose, California, USA
Key people Devesh Garg, President & CEO
Products Central processing units
Owner(s) Privately funded
Website www.tilera.com

Tilera Corporation is a fabless semiconductor company focusing on scalable multicore embedded processor design. The company ships multiple processors, including the TILE64, TILEPro64, and the TILEPro36, TILE-Gx72, TILE-Gx36, TILE-Gx16 and TILE-Gx9.

History[edit]

In 1990, Anant Agarwal led a team of researchers at Massachusetts Institute of Technology to develop scalable multi-processor system built out of large numbers of single chip processors. Alewife machines integrated both shared memory and user-level message passing for inter-node communications.[1]

In 1997, Agarwal proposed a follow-on project using a mesh technology to connect multiple cores. The follow-on project, named RAW, commenced in 1997, and was supported by DARPA/NSF's funding of tens of millions, resulting in the world's first 16-processor tiles multicore and proving the mesh and compiler technology.

Tilera was founded in October 2004, by Agarwal, Devesh Garg, and Vijay K. Aggarwal. Tilera launched its first product, the 64-core TILE64 processor, in August 2007. Tilera is venture funded by Bessemer Venture Partners, Walden International, Columbia Capital and VentureTech Alliance, with strategic investments from Broadcom, Quanta Computer and NTT. The company is headquartered in San Jose, California and operates a research and development facility in Westborough, Massachusetts, USA. It has Sales and Support Centers in Shenzhen China, Yokohama Japan and in Europe.

Products[edit]

Tilera's primary product family is the Tile CPU. Tile is a multicore design, with the cores communicating via a new mesh architecture, called iMesh, intended to scale to hundreds of cores on a single chip. The goal is to provide a high-performance CPU, with good power efficiency, and with greater flexibility than special-purpose processors such as DSPs. In October 2009, they announced a new chip family TILE-Gx based on 40nm technology that features up to 72 cores at 1.2 GHz. Other TILE-Gx family members include 9-, 16-, 36-core variants.

Their primary markets for this new chip which launched in October 2011, include:

The 36-core general purpose CPU consumes approximately 35 watts at full load.

In October 2010, version 2.6.36 of the mainline Linux kernel added support for the Tilera architecture.[2]

Tilera also provides software development tools — designated the Multicore Development Environment (MDE) — for Tile and a line of boards built around the Tile processors.

The networking software company 6WIND provides high-performance packet processing software for the TilePro64 platform.[3]

On 25 July 2011, TilePro processor was found by Facebook to be 3-times more energy-efficient than Intel's x86, based on Facebook's experiments on servers using TilePro processor and Intel's x86.[4]

In November 2012, MikroTik became the first manufacturer to ship devices based on the Tile-GX processors, the product line is called Cloud Core Router.[5]

The Angstrom Project[edit]

Dr. Agarwal is leading a new MIT effort dubbed The Angstrom Project. It is one of four DARPA-funded efforts aimed at building exascale supercomputers. The goal is to design a chip with 1,000 cores.[6][7]

Board of directors[edit]

See also[edit]

References[edit]

  1. ^ "Tilera: About Us". Tilera: About Us. Tilera Corporation. 2009. Retrieved 26 October 2009. 
  2. ^ "1.1. Tilera architecture support", Linux 2.6.36 Release Notes
  3. ^ http://www.6wind.com/wp-content/uploads/PDF/press/2011/6WIND-announces-availability-of-Tilera-TilePro64-support.pdf
  4. ^ Takahashi, Dean (25 July 2011). "Facebook study shows Tilera processors are four times more energy efficient". Venturebeat. Retrieved 25 July 2011. 
  5. ^ http://cloudcorerouter.com Cloud Core Router product page
  6. ^ "The Angstrom Project". MIT Computer Science and Artificial Intelligence Laboratory. Retrieved 23 January 2012. 
  7. ^ Smalley, Eric (23 January 2012). "MIT Genius Stuffs 100 Processors Into Single Chip". Wired Magazine. Retrieved 23 January 2012. 

External links[edit]