Meet High-Performance Signal and Image SWaP Constraints
The new generation of mobile defense platforms for C4ISR applications requires more optimization for size, weight, and power (SWaP) than ever before. ISR aircraft are in the highest demand for any airframe platform in history. Mercury addresses these challenges through our innovation in creating high-performance signal and image SWaP-constrained systems, which we combine with our expertise in ruggedization and embedded computing to create powerful Graphical Processing Unit (GPU)-Based solutions.
Achieve Higher Performance with GPGPUs
Mercury’s GPU products reflect this combination of innovation and expertise. Our GPU products offer the highest GFLOPS/Watt performance available in the HPEC industry. In a benchmark for a 1k FFT, a Mercury GPGPU-based system achieved a 22X performance increase over a typical embedded processor, while continuing to meet SWaP constraints.
Accelerate Time to Market
Power management features provide SWaP-friendly power concentration and conservation control. Versatile software packages include Mercury’s industry-standard Scientific Algorithm Library (SAL), optimized for GPU architecture. And this technology is available with the latest graphical processing units from NVIDIA and ATI, in a form factor that accelerates time to market.
