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Bandwidth Engine™
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Bandwidth Engine is a high-density serial memory device which combines MoSys' patented 1T-SRAM® high-density memory technology with its ultra high-speed 10 Gigabits per second (Gbps) SerDes interface (I/O) technology.
View the Breakthrough Bandwidth Engine™ webcast
Processor performance in applications such as computing and networking continues to nearly double every 18 months, while the performance of memory technology has not kept pace, thus creating a significant barrier to overall system performance. Bandwidth Engine represents a breakthrough to this barrier for next-generation networking systems.
With the high-speed random access of its 1T-SRAM memory core combined with a serial I/O that operates at 10 Gbps, Bandwidth Engine provides up to two billion accesses per second, over twice the performance of current memory technologies.
MoSys' Bandwidth Engine IC promises to deliver unparalleled bandwidth performance for next-generation networking systems while bringing great benefits to next-generation networking systems by enabling up to 4x the throughput, 2-4x the density of today’s SRAM devices, up to 40% lower power, and system cost savings of up to 50%.
MoSys' GigaChip Interface is a chip-to-chip SerDes protocol optimized for high-bandwidth, high-efficiency, high-reliability memory transactions. A CEI-6G-SR/CEI-11G-SR style electrical interface is combined with an optimized set of data link and error management features to achieve a small logic footprint and lower system cost than other protocols, while maximizing use of the channel bandwidth. GigaChip Interface is lightweight to implement and achieves greater than 90% payload bandwidth efficiency and is supported in MoSys’ Bandwidth Engine ICs.
Related Papers:
Going Serial: Breaking the Billion Access per Second Barrier
Breaking the GigaAccess Barrier: Overcoming Limited I/O Pincounts
The GigaChip Interface: Efficient Board Level Chip-to-Chip Look-Aside Communication |
Our Applications
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MoSys in Networking
The explosive demand for internet bandwidth is driving the need for next generation network systems. These systems require significantly more...
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MoSys in Computing
Improved performance and the trend towards multi-core computing is driving the need for next generation high end computing systems...
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MoSys in Consumer/Graphics
MoSys differentiated and patented 1T-SRAM embedded memory IP enables next generation networking SoCs to have 3 times the density in the same...
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MoSys in Storage
The dramatic explosion in information within the enterprise across the extended network in high end storage systems, and the need to have...
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