A Solution

A fully integrated ultra-compact embedded computer that can meet the stringent demands of sensor imaging within next-generation unmanned platforms is the ideal solution. The PowerBlock 50 from Mercury Computer Systems is an example of a fully integrated ultra-compact embedded computer. To meet the first requirement — high performance — it features a modular architecture that allows for flexible configurations of multiple processors, delivering over 100 GFLOPS. Processing choices include PowerQUICC III, Xilinx Virtex-4, and Intel processors.

A fully configured system weighs below 10 pounds and measures 4.1 × 5.3 × 5.8" (105 × 134 × 148 mm). It can be held comfortably in one hand. Gigabit Ethernet and RS-232 are two standard I/O protocols supported by the computer. The system’s modular architecture facilitates interfaces to multiple application- specific protocols, and the development of customized interfaces for unique I/O formats.

Computers such as this feature a chassis designed to isolate its internal electronics from all external environmental and physical conditions, allowing deployments in harsh environments. Liquid cooling efficiently removes heat at any altitude. Rugged features include o-ring sealing for pressure, humidity, and EMI isolation; high-reliability connectors; extended temperature ranges; and locking modules for shock and vibration immunity.

This article was written by Thomas Roberts, product marketing manager at Mercury Computer Systems, Chelmsford, MA. For more information, click here.