MoSys recently announced their new Quazar QPR family of low cost, high performance Quad Partition Rate (QPR) SRAM Memory ICs. In this article by Gus Lignos, Vice President of Sales at MoSys Inc, you can learn how these new chips are targeted at accelerating Intel and Xilinx FPGA designs and offer similar performance to traditional QDR SRAMs at a significant price advantage.
MoSys Quazar Quad Partition Rate (QPR) SRAM Memory ICs come in two capacities, 576Mb or 1Gb, so you can replace 4 to 8X QDR devices in a single monolithic package. The parts are easy to design in and have many benefits over traditional QDR SRAMs (which are stated below). If you are considering QDR SRAMs, consider these Quazar parts. You’ll be able to achieve 4 to 8 times as many QDR SRAMs in a single package while saving money. The lowest cost version in the family sells for less than $200 in volume quantities.
The Quazar family of low cost QPR SRAMs are a great fit for an even broader range of applications than MoSys’ traditional higher end Intelligent Memory ICs and the recently announced Packet Classification IP portfolio address. Whereas those MoSys solutions address traditional networking, security, video, search, TCAM, Aerospace & Defense, Test & Measurement, Cloud Infrastructure markets, the new Quazar QPR SRAMs expand MoSys into even more markets like industrial, appliances, IoT and others.
The Quazar QPR SRAM family features include:
- • Less than half the cost of a similar QDR memory configuration
- • 4-8X capacity in a monolithic device (576Mb or 1Gb)
- • tRC of 3.2ns
- • QDR-like performance
- • Bandwidth up to 640Gbs with word width up to 576b
- • Only requires 32 pins to connect to FPGA
- • Direct connect to Intel and Xilinx FPGAs
- • MoSys supplied FPGA RTL memory controller
- • Base product is LESS THAN $200 in volume
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