SiWare Physical IP Provides Built-in Power Management Capabilities to Meet Tight Power Budgets FREMONT, Calif.-- April 07, 2008 --Virage Logic Corporation, the semiconductor industry’s trusted IP ...
New Enhancements to Further Reduce Time-to-Volume, Cost -- the Top Reasons Cited For Prevalent Use of STAR Memory System FREMONT, Calif.--July 17, 2006--Virage Logic Corporation (Nasdaq:VIRL), a ...
German startup Ferroelectric Memory GmbH has raised €100 million ($116 million) in investor financing and subsidies to ...
Beaverton, Ore.—Tektronix, Inc., a leading provider of digital test instruments, announces a next-generation logic analyzer series that offers higher timing resolution, deeper memory timing and faster ...
The University of Tokyo, succeeded in the development of a novel transistor, the “atom transistor,” which performs both logic and memory functions while reducing power consumption by one million times ...
A new study reveals that insulating buffer layers are no longer needed for ultrathin magnetic racetrack devices, unlocking ...
Nanoelectromechanical systems (NEMS) represent a transformative approach in the design of memory and logic devices, offering unprecedented energy efficiency and integration potential with standard ...
Researchers at Manchester University in the UK have used graphene to make a new electrically-controlled switching device that supports both memory and logic functions. The device, which exploits ...
The future of Moore’s Law has become a topic of hot debate in recent years, as the challenge of continually shrinking transistors and other components has grown. Intel, AMD, IBM, and others continue ...
As a result, memory-intensive systems like servers, workstations, and equipment for networking, telecom, and industrial applications have been able to offer increasing levels of bandwidth.
Today circuit cards are like cities in which logic chips compute and memory chips store data. When the computer gets busy, the wires connecting logic and memory get jammed. A new approach would build ...