A little bit later than expected Advanced Micro Devices’ research and development center in
AMD Designs Chips in
The AMD India Engineering Centre Private Limited will contribute to the design of future generations of AMD microprocessors. The standalone facility will occupy approximately 38 000 square-feet and will be located in the central business district of Bangalore. AMD is expected to hire 40 employees at the site this year, and by the end of 2005 expects the design center will house up to 150 experienced chip design and development engineers. Engineers at the design center will work closely with AMD’s engineering teams in the
“AMD’s business needs necessitate the establishment of an additional engineering team for our Computation Products Group. We believe that
AMD plans to invest approximately $5 million over the next three years to establish the center and ramp up operations. The AMD India Engineering Centre Private Limited is a wholly owned subsidiary of Advanced Micro Devices. As a certified Software Technology Park of India facility, AMD is expected to benefit from government incentives, including exemptions from certain income and sales taxes and exemptions from import customs duty and taxes on capital goods.
AMD did not elaborate which chips are to be developed by the Indian R&D facility. AMD’s next-generations processors are K9, which is expected to be showcased in late 2005, and the K10, which is a totally unknown chip.
It was indicated in late 2003 that the first samples of AMD K9 will be released in the second half of 2005, 3.5 years after the AMD showcased its early K8 processors. Historically it took about three to four years to develop a micro-architecture of a desktop microprocessor, but the first indications of the K9 product development start belong to March 2003, right after the Opteron went into mass-production. AMD’s executives recently pointed toward a tight schedule for AMD K9 development process.
AMD is looking at adding multi-threading pattern into its future microprocessors in order to improve overall performance. Multi-core design would give a more substantial speed bump compared to that brought by technologies similar with Intel’s Hyper-Threading, it is generally believed.