Blazar Bandwidth Accelerator Engines are cutting-edge solutions designed to enhance in-memory computing performance in FPGAs. They provide high capacity, low latency memory access with bandwidths up to 640 Gbps, making them perfect for high-demand data processing environments. These devices incorporate optional RISC cores for added computational power, supporting applications that require simultaneous processing of vast data sets.
The in-memory compute capabilities of Blazar engines accelerate application performance by executing operations directly within memory, eliminating the need for external processing. This approach is pivotal in managing smartNICs and smart switch performance, allowing closer integration and more efficient data handling.
Blazar engines also boast dual port memory functionality and include 576Mb or 1Gb memory options. Typical applications involve metering, statistics collection, and 5G user plane functions, showcasing their versatility in modern digital infrastructure. This powerful combination of speed, efficiency, and reduced processing overhead marks Blazar as an indispensable tool for next-generation FPGA acceleration.
