Rethinking the DIY Approach to Automated Test Equipment Design
By Joe Engler, President at Intepro Systems Developing in-house Automated Test Equipment (ATE) is costly and complex, diverting resources from
Read moreBy Joe Engler, President at Intepro Systems Developing in-house Automated Test Equipment (ATE) is costly and complex, diverting resources from
Read moreFor decades, open standards have been a rallying cry for those of us working in the defense electronics ecosystem. The
Read moreIn an increasingly digital world, the whisper of analog computation might seem like a relic of a bygone era. Yet,
Read moreThe general stood at the edge of the observation deck, watching an attack unfold on the wall of monitors. Hyper.sonic
Read moreBy James “Hoss” Cartwright, 8th Vice Chair Joint Chiefs of Staff Jags Kandasamy, Co-founder & CEO Latent AI. Non-Resident Distinguished
Read moreThe U.S. Army’s NG2 (Next Generation Ground Vehicle) Program is a cornerstone of advancing battlefield technology, requiring cutting-edge components to
Read moreAutomated Test Equipment (ATE) and Automated Test Systems (ATS) ensure that electronic devices operate according to specifications in the field.
Read moreBuck Biblehouse Chief, COTS Journal As weapon technology evolves with intelligent munitions, we see an increasing integration of technology with the
Read moreBy Matthew Tarney is the Global Vertical Growth Leader for Aerospace & Defense at nVent SCHROFF. Modern electronics are rapidly changing
Read moreAdvanced ATE software platforms accommodate hardware changes with minimal reprogramming. These “hardware-independent” solutions simplify the development of complex test procedures
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