In brief: TSMC has announced that its A14 (1.4nm-class ... which allows designers to combine different standard cell types – such as high-performance, low-power, or area-efficient cells ...

TSMC is looking to introduce its A16 1.6nm process by the ... partners to apply AI in design works for digital design metal scheme optimization, cell library and EDA setting optimization, analog ...

Foundry Sponsored, TSMC 130 BCD, SESAME uHD for ultra high-density logic design thanks to 6-track cells combined with pulsed latch cells acting as spinner cells (densest alternative to flip-flops). ..

TSMC 180 G, SESAME HD provides the best trade-off between area and power achieved from an innovative cell design enabling 6-track cells. M31 proposes the competitive 6.5 track high density and low ...

Abstract: A full-customized standard cell library using thick-gate transistors in TSMC 65nm technology is proposed for low static power demand in long-term monitoring IoT systems. The transistors are ...

1 TSMC has stated that “for 90 nm ... library is necessary because the silicon layout of a standard cell can vary from one technology library to another. Our goal is to convert potential ...

routed logic block area by 15 percent compared to blocks routed through current standard cell libraries. The library targets TSMC's 65nm LP process technology and fits existing implementation flows ...

PARIS — Dolphin Integration (Meylan, France) said it has enhanced its Sesame Reduced Cell Stem Library (RCSL) with the High Density BTF (Back-Tracking Freedom) stem for TSMC 130-nm processes. Dolphin ...

This paper presents the TSMC 0.25 mum standard CMOS cell library designed and distributed by the Virginia Tech VISI for Telecommunications (VTVT) Group, and its impact on the VISI design community and ...

Synopsys, Inc., was named by TSMC (TSMC), to distribute its production-ready, silicon-validated 65-nanometer (nm) Nexsys(SM) standard cell libraries, I/Os and memory compilers through Synopsys' ...