GCRAM On-Chip Memory
GCRAM represents a breakthrough in on-chip memory technology, offering substantial improvements over traditional SRAM. It enables a notable reduction in silicon area, up to 50%, which facilitates more compact and cost-effective chip designs without sacrificing performance. This area efficiency is coupled with a dramatic decrease in power consumption, up to 10 times less than SRAM, making it an energy-efficient choice for diverse applications. These benefits make GCRAM particularly advantageous in fields that demand high performance, such as AI, ML, AR/VR, automotive, and data centers.
The technology behind GCRAM is engineered to seamlessly integrate into standard CMOS fabrication processes, ensuring that semiconductor companies can adopt it without the need for additional steps in their manufacturing workflows. This compatibility means that GCRAM can serve as a direct replacement for SRAM in existing chip designs, extending the useful life of Moore's Law in advanced process nodes.
By eliminating the barriers of traditional SRAM scaling, GCRAM addresses the pressing need for enhanced on-chip memory solutions in semiconductor applications. Its innovative design enables chipmakers to meet ever-growing performance requirements while managing costs and power consumption, positioning RAAAM's GCRAM as a pivotal component in next-generation chip design solutions.
RAAAM Memory Technologies Ltd.
All Foundries
All Process Nodes
Embedded Memories, SDRAM Controller