Stacked SRAM cells support programmable startup
(12/23/2005 11:15 AM EST)
LONDON — Viciciv Technologies Inc. is a startup company that appears to be preparing to enter the FPGA or programmable ASIC market, using patented stacked SRAM cell technology.
The company has been assigned a patent that appears to cover the construction of an SRAM inverter pair stacked vertically or with the SRAM laid out in single plane stacked on top of logic transistors.
At its website Viciciv (Sunnyvale, Calif.) claimed its goal is to create a “new paradigm for ASIC and ASSP design” It also claimed to have an innovative technology to simplify system design with time to market, ease of use, low cost and high performance ASICs. However, no details are provided at the website.
E-mail This Article | Printer-Friendly Page |
Related News
- Korean Ministry of SMEs and Startups selects Arm Flexible Access to support local startup companies
- Startup Runs AI in Novel SRAM
- Sidense Demonstrates Working One-Time Programmable (OTP) Bit Cells in TSMC 16nm FinFET Technology
- Startup Slashes SRAM Power With Standard Logic Process
- Xilinx Extends Leadership in Avionics with Certifiable, All Programmable Design Solutions and Dedicated Support
Breaking News
- Omni Design Technologies Joins Intel Foundry Accelerator IP Alliance
- Efabless Announces the Release of the OpenLane 2 Development Platform, Transforming Custom Silicon Design Flows
- TSMC Reports First Quarter EPS of NT$8.70
- Brisbane Silicon publishes DPTx 1.4 IP Core
- GUC provides 3DIC ASIC total service package to AI/HPC/Networking customers
Most Popular
- U.S. Subsidy for TSMC Has AI Chips, Tech Leadership in Sight
- Cadence Unveils Palladium Z3 and Protium X3 Systems to Usher in a New Era of Accelerated Verification, Software Development and Digital Twins
- Zhuhai Chuangfeixin: OTP IP Based on 90nm CMOS Image Sensor Process Technology Successfully Mass Production
- Silvaco Announces Expanded Partnership with Micron Technology
- OPENEDGES Unveils ENLIGHT Pro: A High-Performance NPU IP Quadrupling its Previous Generation's Performance