TSMC has produced its design methodology for its 28nm process generation. Reference Flow 10.0 is part of TSMC’s Open Innovation Platform (OIP) which paves the way for EDA tools to be ready for 28nm.

The 28nm converters also scale down in power compared to the Fujitsu CHAIS converters offered in 40nm process technology. Alongside the growing volume of 100Gbps long-haul optical transport ...

IBM's Manufacturing Alliance has defined a 28nm high K metal gate cmos process which extends the joint development agreements between the partners. Early risk production is anticipated to start in the ...

Digitimes reports that TSMC is going to unveil Reference Flow 10.9 for the 28nm process at the Design Automation Conference in July 2009, confirming that the company is right on schedule for 28nm ...

The cost of the 28nm CMOS process has been fixed to 15,000 Euros /mm(2), with a minimum charge of 1mm (2) (Users can order a die area as small as 1mm (2)). “This very exciting program perfectly ...

As process nodes ... this methodology for a 28nm ASIC physical design. The ASIC is now on the market, and being deployed in multiple products. After a placement and route cycle, we implemented this ...

AMD is set to make a major change in its manufacturing process in 2013 and will fully switch from the existing SOI manufacturing processor to 28nm Bulk CMOS process, according to Mark Papermaster ...

The ODT-ADP-14B1P2G-28 is a low power high speed pipelined ADC designed in a 28nm standard CMOS process, implemented using Omni Design's groundbreaking low power SWIFT technology. This 14-bit ... The ...

Fabricated on a 28nm CMOS process, the device is said to address multi-standard production instrumentation, as well as providing greater detection range and sensitivity for defence applications. The ...

AMD senior vice president and chief technology officer Mark Papermaster revealed the firm will fully switch from the existing SOI manufacturing process to 28nm bulk CMOS: As for GPU manufacturing ...