Quazar Quad Partition Rate Memories are engineered to replace four to eight QDR devices, expanding the memory capacity of FPGAs with high-speed, high-capacity SRAM. This innovation reduces board complexity and costs by utilizing a smaller number of serial SERDES connections. The Quazar memory is available in configurations of either 576Mb or 1Gb, offering performance improvements over traditional QDR solutions. With a bandwidth capability of up to 640 Gbps, this memory supports dual-port configurations, making it ideal for applications that require rapid data handling and processing.
The product is designed for seamless integration into systems that benefit from reduced signal routing complexities and expanded FPGA capacity. Quazar's architecture allows for customizable memory usage, providing either deep or wide memory access modes, which developers can choose based on specific application needs. The deep mode supports up to four independent SRAM partitions, while the wide mode offers up to eight, each capable of high random-access performance.
By adopting Quazar memories, developers can minimize design time and enhance system efficiency. They deliver a substantial cost advantage, typically being less expensive than comparable QDR setups, and are engineered to meet the rigorous demands of high-throughput applications, offering low latency and enhanced bandwidth.
Quazar memories are particularly suited for applications such as memory expansion in high-performance Fs, replacing traditional QDR or RLDRAM, and can free up HBM resources. This translates into operational efficiency and flexibility in high-speed networking and real-time data operations, facilitating advancements in industries relying on superior data throughput and processing power.
