Energy-Efficient Memory-Processor for Advanced Computing
SUTD Researchers Develop a Novel Reconfigurable Device that can Bridge the Gap Between Processor and Memory
Tags: Singapore University of Technology and Design, Singapore, Computing Technology, Electronics & Robotics
SUTD researchers, in collaboration with the University of Cambridge and Zhejiang University, have developed a reconfigurable device that combines memory and processing functions to improve computing efficiency. Using a phase-change alloy, the device operates in different material states, enabling it to switch between shift register and memory modes, which significantly reduces power consumption. Applications include high-performance electronic systems and edge computing devices that require rapid data processing with minimal energy. This shift register-in-memory architecture demonstrates efficient data transfer and reconfiguration, ideal for advanced computing systems. The technology marks a breakthrough in combining processing and memory components, achieving performance improvements in preliminary tests.
IP Type or Form Factor: Device
TRL: 3 - proof of concept with needs validated
Industry or Tech Area: Computing Infrastructure & Networks; Semiconductors
