The proliferation of connected technologies is placing new technical demands on industrial connectors. Higher speeds, higher frequency performance, and reduced form factors are required, along with ruggedness, reliability, and immunity against electromagnetic interference. The Internet of Things (IoT) refers to the wireless interconnectivity of electronic devices ranging from appliances and vehicles to building control systemsRead More
Modern elevators feature a wide variety of electronic nodes, from controls that operate the lift to sensors that count passengers and touchscreen user interfaces. These unique building transport systems function depend on unique heavy-duty industrial connectors as well as small, lightweight, consumer-type products. Today’s connected building technologies manage a wide range of functions, including usage-timedRead More
As the Internet of Things extends into rugged territories, the connector that fulfills every requirement for some applications in development may not yet exist. That’s where customization comes in. Rugged connectors — power, signal, fiber optic, and hybrid — are designed to withstand extreme environments. No one-size-fits-all solution is available in this diverse market. MostRead More
Customized cord grips meet unique application challenges and provide additional benefits including easier installation, reduced maintenance, and higher reliability. Cord grips provide the means for passing cord or cable into an enclosure, through a bulkhead, or into a control device like a switch. These grips prevent cable pull-out or premature fatigue because they secure theRead 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 beRead More
New connectivity components and design strategies are rising to the challenges presented by medical market trends, regulatory requirements, and rigorous environments to enable the next generation of highly connected and capable medical technologies. Learn more in our new Medical Connectivity eBook, featuring technical articles and product solutions from 25 leading medical connectivity suppliers. Change isRead More
Increased data volumes and high-speed switching requirements are pushing manufacturers to get creative when it comes to thermal cooling strategies. The proliferation of streaming services, social media, digital automation, and the Internet of Things (IoT) has led to a rapid increase in data volumes. Large amounts of data are being generated as sensors feed intelligentRead More
We rely on data centers to bring connectivity to the world in an efficient, economical, and sustainable manner. The connectors designed into these increasingly important connectivity hubs make a surprisingly big impact on their operating costs and performance. Today’s “big data” landscape is pushing many services to the cloud and tasking data centers with handlingRead More
DC power supplies enable leaner, more powerful data center system architectures that — through skillful planning — can also mitigate total system cost. But first, we must make a paradigm shift. DC data centers Vast amounts of unused electricity simply disappear in data centers, lost to tedious, continuous, and ultimately unnecessary conversion and transformation processes. ButRead 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 aRead 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
Choosing the right connectors for soldier-worn electronics can help improve soldier effectiveness and safety in the field. The average soldier in the field today carries between 87 and 121 pounds (39 to 59 kilograms) of gear and equipment, including an increasing amount of soldier-worn electronics. Improving battlefield effectiveness starts with ensuring every ounce of thatRead More
