Defense embedded computing succeeds or fails long before the first prototype boots. The processor, FPGA, memory, and pow……

For defense programs, NXP military IC selection depends less on processor throughput and more on qualification path, pac……

Freescale NXP military processors remain a practical choice for defense embedded computing because they combine Power Ar……

Texas Instruments military DSPs sit at the center of many defense signal chains, from radar pulse compression to electro……

Military digital signal processing programs fail more often from documentation gaps than from silicon limitations. A rad……

Detection range, false alarm rate, and electronic warfare margin all trace back to how the analog input reaches the conv……

Teledyne e2v military ADCs solve a specific problem in defense and space digitizer design: holding analog signal integri……

High-speed military ADCs determine how clearly a radar, electronic warfare, or SIGINT system sees its environment. EUVIS……

Every radar front end starts with a set of part numbers, but military microwave components do not behave like catalog it……

Military RF procurement fails quietly: a front end ordered to the right frequency but the wrong input match, a power sta……