EDN

Looking for a successor to the 6-T SRAM

The search for a successor to the six-transistor (6-T) SRAM cell is gathering momentum. Initially, this pursuit might have appeared to be a case of new technology looking for an application. When, for ...
EDN

Silicon7’s 8-Mbit SRAM sports single-transistor cell

TOKYO — Fabless startup Silicon7 Inc. said it has developed a one-transistor SRAM chip that can replace today's six-transistor SRAMs. The chip combines Silicon7's CompactCell SRAM (CCSRAM) technology ...
Design-Reuse

Renesas Technology Develops Technique that Overcomes Effects of Threshold Variation to Stabilize the Operation of Embedded SRAM built with 65nm Process

High yield achieved for the world's smallest level 6-transistor SRAM memory-cell area (0.494µm 2) ; stabilization technique addresses variability of transistor characteristics. Tokyo, June 15, 2006 −− ...
Design-Reuse

Renesas Technology Develops Promising Technology for Implementing On-Chip SOI SRAM of 32-Nanometer Generation and Beyond

Tokyo, June 12, 2007 −− Renesas Technology Corp. today announced the development of a technology that is effective in implementing SRAM in processes of the 32 nm (nanometer) generation and beyond, for ...
TechSpot

CPU and GPU SRAM caches are not shrinking, which could increase chip cost or reduce performance

Why it matters: An interesting article posted at WikiChip discusses the severity of SRAM shrinkage problems in the semiconductor industry. Manufacturer TSMC is reporting that its SRAM transistor ...