Rambus Achieves Breakthroughs in Memory Signaling

By Nathan Kirsch

Rambus announced yesterday that the company has advanced differential signaling for SoC-to-memory interfaces to a groundbreaking 20 gigabits per second (Gbps) and developed innovations which can extend single-ended memory signaling to an unparalleled 12.8Gbps. Rambus has also developed innovations which enable a seamless transition for memory architectures from single-ended to differential signaling as data rates rise to meet the performance requirements of future-generation graphics and gaming systems. Rambus will demonstrate its breakthroughs in memory signaling technology this week at DesignCon 2011.

Rambus Achieves Breakthroughs in Memory Signaling

We have paved multiple paths for the industry by providing solutions that extend single-ended signaling beyond todays limits and developing the means for a seamless transition to differential signaling, said Sharon Holt, senior vice president and general manager of the Semiconductor Business Group at Rambus. By advancing data rates in an extremely power-efficient way, and enabling compatibility to current industry-standard memories, we have removed the technical and business barriers for customers to achieve unprecedented capabilities in their products.

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