For more than six decades, artisans at Tobyhanna Army Depot (TYAD) have been at the forefront of repairing and employing automatic test equipment (ATE)to diagnose and test military equipment. That ...

Innovations in semiconductor technology—such as advancements in AI high-performance computing (HPC), Angstrom-scale silicon process nodes, silicon photonics, and automotive xEV wideband gap power ...

The rising popularity of generative AI is spurring demand for high-performance computing. This in turn fuels demand for edge system components and related applications, all of which bring along ...

Based on a new NPower open architecture and XTOS (eXtendable Test Operating System) software, the Sapphire NP automated test equipment (ATE) reduces cost by being ...

Tighter integration of automatic test equipment (ATE) into semiconductor manufacturing, so that data from one process can be seamlessly leveraged by another, holds significant promise to boost ...

Semiconductor testing plays a crucial role in the supply chain, with industry players prioritizing factors such as test speed, cost, signal measurement accuracy, one-stop test capabilities, and ...

Automatic test equipment or automated test equipment (ATE) is any apparatus that performs tests on a device, known as the device under test (DUT), equipment under test (EUT) or unit under test (UUT), ...

System-level test (SLT), once used largely as a stopgap measure to catch issues missed by automated test equipment (ATE), has evolved into a necessary test insertion for high-performance processors, ...

During standardized chip fabrication, integrate circuit (IC) testing is conducted repeatedly to inspect the chips once they are manufactured. IC testing begins with wafer penetration before etched ...

Software-defined radio (SDR) is revolutionizing the way wireless devices are designed and tested. When compared with traditional radio approaches, SDRs offer a high degree of flexibility and ...