Heavy-duty and safety-critical applications and their interconnect systems must be designed to resist mechanical stress and environmental conditions without degrading power, signal, or data transmission. Four tests help ensure high reliability. Ruggedization methods and processes apply to the entire design, engineering, and manufacturing cycle in the creation of high-performance connectivity solutions. From choosing high-quality materialsRead More

After years of pandemic disruption, the supply chain for electronic components is bouncing back. The key to future success hinges on our ability to apply what we learned during the pandemic to build dynamic supply chains that can weather the storms to come. Pandemics, natural disasters, and wars, plus labor and electronic components shortages, addRead More

RF interconnect solutions are critical in mobile 5G communications networks. New solutions help seamlessly power these essential communications networks when traditional networks are disrupted by disaster. 5G technologies deliver high data speeds, ultra-low latency, enhanced reliability, enormous network capacity, and increased availability. Mobile connectivity solutions make it possible to provide essential communications in disaster situationsRead More

Many favorable attributes of fiber optic cables are readily acknowledged. However, a bias against using fiber optics in harsh environments remains. Fiber Optic Cables Fiber optic cables carry many times more data than is feasible over copper-based connectivity. This increased bandwidth is necessary for the highest definition video and other data intensive purposes, but theRead More

Connector material selection plays a critical role in ensuring that automotive connectors deliver reliability and performance over the lifespan of a vehicle. The rigors and extremes these systems are exposed to makes it important for designers to consider many factors to specify the right solution. Electronic architectures in emerging automotive designs demand long-life, rugged connectorsRead More

Consumers have quickly adopted convenient and cost-saving Internet of Things (IoT) technologies for home appliances, entertainment devices, and energy and security systems, reshaping the way we live, work, and manage our properties. Smart homes are answering consumer demands for ease, entertainment, comfort, and sustainability. Powered by computing devices and information technology, smart homes allow for multipleRead More

Analog sensors gather data needed to track the activities and productivity of equipment, predict maintenance and make repairs, and enable the operations of connected systems. Which connectors should be used to connect these sensors? Analog sensors capture important information about the operations of electronic systems and the world around them. In smart factories, connected homesRead More

Industrial communications strategies are shifting in favor of real-time communications at the field device level, with automation engineers and installers preferring single-pair Ethernet-enabled devices to collect field data. Industrial field device infrastructure trends Industrial communications strategies are shifting in favor of real-time communications at the field device level, with automation engineers and installers preferring Ethernet-enabledRead More

Mitigating the impact of electromagnetic interference begins at the board level when designing electronic systems for use in complex medical, aerospace, and other environments where multiple technologies operate. Managing electromagnetic interference (EMI) is critical in busy settings where multiple and diverse types of electronic equipment are operating in tandem, such as medical, aerospace, military, andRead More

The size, weight, and power (SWaP) initiative has helped connector manufacturers focus on improving smaller and lighter connectors. Custom designs help make these goals achievable. Modern electronic design dictates that our circuits do more in smaller packages but we still need reliable power and signal transfer. The military and aerospace sector has been particularly influential;Read More

RF/microwave technologies are increasingly used in high-speed digital data exchange applications and the mix of connector and cable technologies is becoming more complex. In the next generation of wireless technology, higher data rates and the accompanying need for high signal integrity will require higher performance capabilities in all RF interconnection.   To meet these highRead More

Innovative RF interconnect designs, address specific needs not fulfilled by standard designs such as the SMP connector. The aerospace and defense industries count on dependable, durable RF systems for mission-critical electronics applications such as intelligence, surveillance, reconnaissance (ISR) systems, SATCOM and communications systems, electronic warfare (EW), missile guidance, and more. These systems must be highlyRead More