The 28-nm process race has started and one company–TSMC ... 6-T SRAM cells, low leakage transistors, conventional analog/RF/electrical fuse components, copper interconnects and low-k. The paper also ...

TSMC reported good 64Mbit SRAM functional yield with a competitive cell size of 0.127 um², and a raw gate density as high as 3900 kGate/mm² in this 28nm dual/triple gate oxide SoC technology. TSMC has ...

TSMC has extended the use of silicon oxynitride (SiON)/polysilicon to the 28nm process node using a dual/triple gate ... Additionally, the paper reports good functional yields of a 64Mbit sram with a ...

the first samples based on TSMC's 28nm RRAM technology will be available to customers by end of 2023. Infineon said that the Autrix TC4x famility of microcontrollers are designated for ADAS ...

The 28-nm HPL process is aimed to support applications such as cell phones, netbooks ... manufacturing benefits of the gate-last approach that we developed for the two TSMC 28-nm high-k metal gate ...

TSMC is planning to triple shipments of 28nm wafers this year and the company currently holds a virtual monopoly on the 28nm process. TSMC CEO Morris Chang told the China Times that the company ...

Infineon Technologies and TSMC are to introduce TSMC’s Resistive ... are based on embedded Flash memory technology - RRAM is a next step in embedded memories that will allow further scaling to 28nm ...

TSMC’s capacity utilization of its 28nm processes had dropped to 70 percent, down from almost 90 percent in Q3. Digitimes reports the drop was caused by slower than expected orders for high-end ...

We told you yesterday that TSMC was having issues with its 40nm process, well now it looks like this issue may affect their move to 28nm. At the time I mentioned that if TSMC cannot get 40nm right ...

Taiwan-based TSMC wants its clients in those sectors to move to 28nm nodes. TSMC recently indicated it won't grow manufacturing capacity for process nodes older than 28nm. The company will have to ...