Uniquify, a leading high-performance semiconductor intellectual property (IP) and system-on-chip (SoC) design, integration and manufacturing services supplier
Will present the world's fastest adaptive DDR memory subsystem IP during ChipEx 2014, the annual conference of the Israeli Microelectronics Industry. The memory IP's innovative adaptive circuitry -- SCL (self-calibrating logic) and dynamic SCL for real-time static and dynamic variations -- measures precise timing windows and automatically adjusts them for each system. Uniquify's ideas2silicon, a comprehensive design services platform that spans chip specification and design through volume delivery of packaged and tested parts, will be featured as well.
Wednesday, April 30, from 8 a.m. until 5 p.m.
Uniquify is a rapidly growing system-on-chip (SoC) design, integration and manufacturing services supplier, and innovative developer of high-performance semiconductor intellectual property (IP) offering the world's fastest DDR memory IP. Its "ideas2silicon" services range from specification development and front-end design through physical design and delivery of packaged, tested chips. It offers 65-, 40- and 28-nanometer SoC design expertise, integration and manufacturing services to leading semiconductor and system companies worldwide. Uniquify's adaptive DDR subsystem IP offers the highest DDR performance with the lowest power, smallest area and the best system reliability -- a result of its patented self-calibrating technology. Uniquify's headquarters and primary design center is in San Jose, Calif., with additional design and technical sales and support teams in China, India, Japan, Korea and Vietnam. For more information, visit: www.uniquify.com.
ideas2silicon is a trademark of Uniquify. Uniquify acknowledges trademarks or registered trademarks of other organizations for their respective products and services.
For more information, contact: Bob Smith Uniquify (650) 269-8780 Email Contact Nanette Collins Public Relations for Uniquify (617) 437-1822 Email Contact