Anti-Drone Radar Computer

Rug-Rel architected the radar computer as a 3U VPX subsystem around the actual anti-drone processing chain instead of positioning a generic rugged computer.

The company integrated Xeon SBCs, NVIDIA GPGPU acceleration, SFPDP, 10G-KR network expansion, and VITA 62 power into one deployable defence-ready compute platform.

Its contribution sits at subsystem-execution level: aligning processing, connectivity, power, thermal design, and rugged packaging with BEL's indigenous anti-drone program needs.

Helps defence teams reduce integration risk by consolidating radar processing, signal processing, and high-speed interconnect support inside one rugged architecture.

Supports indigenous development by turning a complex mission requirement into a buildable, field-deployable computing subsystem.

Creates a clearer path from architecture definition to operational deployment for programs that cannot rely on commercial off-the-shelf assumptions.

Detailed key features and specifications are shared based on the program requirement. Please contact Rug-Rel for more details about configuration, interfaces, and deployment fitment.