Radar processing solutions provide rich information, but require exceptional computational power to execute their sophisticated processing algorithms in real time. Mercury has an unequaled record of program success in radar processing. Our multicomputers are deployed as part of the radar system in platforms ranging from the F/A-22 to the AEGIS, from Global Hawk to Jindalee.
Our multicomputers come in a broad range of form factors and physical characteristics, but they share a common architecture, operating environment, and APIs. Conduction-cooled systems for tactical aircraft radar, air-cooled rugged systems for large airborne and naval surface radars, commercial level or rugged systems for ground radar – all these systems are flexible and capable of efficient support for multiple radar processing modes, including synthetic aperture radar (SAR), inverse synthetic aperture radar(ISAR), airborne moving target indicator (AMTI), ground moving target indicator (GMTI), airborne agile beam fire control, and passive radar.