Rambus Announces High Bandwidth and Low Power Mobile XDR Memory Architecture for Next Generation Mobile Products

By pur, Tuesday, February 9th, 2010
Category: Memory, Mobile Devices

The Mobile XDR memory offers a high-bandwidth, low-power memory architecture to enable devices that exceed the power and performance targets for next-generation mobile products. The Mobile XDR™ memory architecture is the world’s fastest and most power-efficient memory for mobile applications. Capable of achieving data rates of 3.2 to 4.3 Gigabits per second (Gbps) per pin at an unprecedented power efficiency of 2.2 milliwatts per Gigabit per second (mW/Gbps), Mobile XDR is a complete memory solution ideal for the low-power and high-performance requirements of next-generation smartphones, netbooks, and mobile gaming and multimedia products. The Mobile XDR memory can meet the growing performance demands of future mobile systems driven by applications such as HD video capture and encoding, and 3D gaming. In addition, Mobile XDR memory’s high performance at unmatched power efficiency can deliver extended battery life in next-generation mobile products. Further, the Mobile XDR architecture supports the use of existing manufacturing processes and infrastructure which lowers cost, reduces risk and speeds time to market. The Mobile XDR memory architecture satisfies the bandwidth requirements of future mobile systems with the fewest number of devices possible. Each Mobile XDR DRAM can deliver delivering 12.8 to 17 GigaBytes per second (GB/s) of bandwidth from a single, 4-byte-wide device…

Mobile-XDR-Memory-Architecture

Mobile XDR™ Memory Architecture
(Picture: Rambus)


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