Leveraged Technologies


Meet Challenging Signal and Image Processing Requirements

The new generation of mobile defense platforms for C4ISR and industrial applications requires more optimization for SWaP than ever before. Mercury addresses these challenges with signal and image subsystems designed to fit into small spaces and operate under difficult conditions. The result? Some seriously powerful, rugged — and affordable — GPU-based solutions.

64K FFT Benchmark GFLOPS/Watt

Achieve Higher Performance With GPGPUs

Mercury is renowned for harnessing GPGPU power to meet the performance requirements of today’s most demanding applications. In fact, our GPGPU products offer the highest raw GFLOPS and GFLOPS/Watt performance available in the HPEC industry (see graphic). 

Accelerate Your Time to Market

When it comes to exploiting GPGPUs — and enabling applications to take advantage of their raw power — Mercury is second to none. Power management features provide SWaP-friendly power concentration and conservation control. Our versatile software packages support the latest graphical processing units from both AMD and NVIDIA. In addition, our GPGPUs are embedded in the industry standard MxM form factor to accelerate time to market.

A History of GPGPU Innovation

Mercury has a seven-year track record of bringing the tremendous processing advantages of GPGPUs to a wide range of defense and commercial applications. Mercury first implemented GPGPUs in 2004 as part of a medical imaging application, and continues to deliver numerous GPGPU-based solutions, including a wide range of currently deployed, high performance ISR subsystems.

Take the Next Step

» 6U Dual AMD GPGPU Processing OpenVPX GSC6201 GPGPU Module
6U Dual NVIDIA GPGPU Processing OpenVPX GSC6201 GPGPU Module
» 6U OpenVPX GSC6200 GPU Processing Module
» Imaging Toolkit 

White Paper
» Comparison of Embedded Solutions for Signal and Image Processing: GPU vs. Intel Core i7 vs. MPC8641D 

»  FPGAs and GPGPUs Vie for Military System Design Mindshare
» GPGPU Technology Eases Persistent Imaging Processing Challenges
» GPGPU Computing Carves Out New Military System Design Territory
» CPUs and GPUs Vie for New Signal and Image Processing Roles  

Press Release
» Mercury Computer Systems Introduces 10 Teraflop ISR Subsystem Capability for Defense and Aerospace Applications
Mercury Computer Systems Announces Industry’s First GPGPU Toolkit and Enhanced Imaging Application Development Capabilities
» Mercury Computer Systems Delivers Unmatched Levels of Radar Subsystem Performance