As more robots and other connected devices join the factory floor, the challenge is to protect sensitive electronics from dirt, debris, vibration, and other barriers to performance. As the Industrial Internet of Things (IIoT) continues to expand, it brings more electronic devices to the factory floor. There, they are exposed to harsh environments including dust, Read More >>
Rapidly evolving medical technologies are increasing demand for small, lightweight, high-density connectors that can handle high signal speeds, endure frequent mating cycles and sterilization, and play well with sensors. Connectors for electronics in medical devices, equipment, and instruments cover a very broad range of uses. They, and their accompanying cables, are also likely to be Read More >>
Thousands of new commercial aircraft are currently in production. They will contain lightweight, powerful, high-speed electronics systems that will enable connectivity on a level the skies have never seen. Commercial aircraft come in many shapes and sizes, from small executive jets to large, long-haul, wide-body planes that carry hundreds of passengers. Electronics are taking a Read More >>
US Army leaders and their industrial partners are looking at new ways to equip dismounted soldiers with lighter weight, wireless, more capable, and more integrated electronic systems. The goal of a major revamp of the Adaptive Squad Architecture (ASA) is to harmonize both the individual dismounted soldier and the squad as an integrated combat platform, Read More >>
The connectors specified for military ground vehicles must optimize size, weight, and power and endure the rugged conditions typical in modern ground operations. Military vehicles for use on Earth’s surface range from small unmanned ground vehicles (UGVs) that detect and remove bombs to the enormous 50-ton Medium-Heavy Equipment Transporter (MHET) that carries trams and amphibious Read More >>
Underwater connectors in military electronics designed for submarines and other deep-sea applications must endure pressure, temperature cycling, seawater corrosion, and different types of shock. One of the harshest environments military electronics systems must withstand is the deep sea. Unmanned underwater vehicles (UUVs) that dive deep must stand up to high pressure, while submarines must withstand Read More >>
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