Globalfoundries has announced it is moving forward with the final construction for the extension of Module 1 at its Fab 8 campus in New York. The project will add 90,000 square feet... Qualcomm has ...
LONDON--(BUSINESS WIRE)--Total Telecom suggests that China has reached a significant milestone by acquiring competency in 28 nanometers (nm) and 14nm chip manufacturing. Chip manufacturing is a highly ...
Fourteen months ago, we broke the news that AMD had canceled two of its 28nm APUs that were being built at GlobalFoundries and would instead bring new follow-up designs to market by partnering with ...
Current Chinese fab expansions through 2025 will add just 6% to the overall global semiconductor capacity with a $68 billion fab spend. Current 28nm fab expansions will only increase global capacity 4 ...
Japanese chip maker Fujitsu Microelectronics will outsource production of advanced 28-nanometer chips to Taiwan Semiconductor Manufacturing (TSMC), becoming one of the first companies globally to ...
TSMC’s has managed to push a dual-core ARM A9 chip to a whopping 3GHz. The chip is based on the 28nm HPM (high performance mobile) process and capable of running up to 3.1GHz, although the “mobile ...
As TSMC and Intel head closer to direct competition discussions of transistor density and die size have become increasingly contentious. Such comparisons, however, are fatally flawed. Share on ...
Chimpakers are teaming up to develop the next-generation, 28nm chip manufacturing process, and the first 28nm products are expected in the second half of 2010. The IBM-led alliance consists of IBM, ...
TAIPEI, Sept 30 (Reuters) - TSMC <2330.TW> , the world's biggest contract chip maker, said on Tuesday it would start using advanced 28-nanometre technology in early 2010 to produce chips used in new, ...
TAIPEI (Reuters) - TSMC <2330.TW> , the world's biggest contract chip maker, said on Tuesday it would start using advanced 28-nanometer technology in early 2010 to produce chips used in new, ...
ARM, Chartered, IBM and Samsung Collaborate to Enable Energy-Efficient 32nm and 28nm Systems On Chip
ARM to develop and license comprehensive Physical IP Design Platform targeted at achieving optimal power, performance, and area for current and future ARM Cortex processors. SANTA CLARA, Calif. AND ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results
Feedback