As priorities for deep-space applications change, demand is increasing for low-cost, commercial off-the-shelf connectors that can endure the rigors of space. Deep-space exploration keeps bringing us new information about the sun, the moon, and the planets. For example, data from NASA’s Lunar Reconnaissance Orbiter recently helped researchers determine that the Moon isn’t dead because itRead More

A comprehensive test regimen can help determine the suitability of microwave coaxial cable assemblies for the final frontier. By Aidan Doran, Senior Product Manager, Space, and John Lewis, Director of Product Management, Defense and Space, Carlisle Interconnect Technologies test Reliability can be defined as performance over time, and in deep-space applications, nothing is more importantRead More

Designing a service bot to function in microgravity is a unique challenge. Engineers at Airbus developed an autonomous robot assistant for the International Space Station using commercially available interconnects. By Traci Browne and Paul Golata for Mouser Electronics robot Of the more than 225 visitors to the International Space Station (ISS) in the past 20Read More

In the past two decades, we’ve not only cut the cord between our phones and the wall, but we have gained the ability to stream video, play games, and access the web from what has essentially become a powerful handheld computer. 5G will push those capabilities to the next level.  This is the third inRead More

Most designated wilderness areas are uniquely and specifically devoid of human development. But even these remote places can’t escape the reach of smartphones and other technologies. Smartphones have become an indispensable part of everyday life as well as an important tool for serious scientific, educational, healthcare, and public safety pursuits. Early smartphones fused the functionalitiesRead More

This rigorous testing process helps ensure that connectors are durable enough to withstand temperature extremes, use cycles, and other operating conditions. Designers need to know that the components they specify will perform as promised in a finished product. Components reliability can be assured through a variety of testing protocols that are based on the typeRead More

In 2020, the world is adjusting to new automotive use patterns and considering competing fueling strategies. Only one thing is certain: Cars are becoming more connected. The future of automotive design centers on the continued development of electric vehicles and the integration of connected technologies within non-electric vehicles. While the adoption of electric vehicles isRead More

Evolving connector design has helped transform the driving experience. Better lighting, greater comfort, and advanced safety are just the beginning. Today’s automobiles are more connected than ever before. Automotive electronics deliver the advanced communication needed for performance and comfort throughout the vehicle and enable a variety of safety features for the driver, passengers, and public. ElectronicRead More

IPC/WHMA-A-620 updates manufacturing requirements for cable and wire harness assemblies to ensure performance as cross-market demand for these specialty components increases. Cable assemblies and wire harnesses are complex, multipart systems comprised of various discrete components and designed to transmit data, power, and signal. These self-contained packages offer multiple advantages to system designers and installers. Wire harnessRead More

Copper will reach its limits, but connector companies are pushing that day into the future with an exciting array of connectivity products that fly, jump, and pass over the board to increase performance. Design engineers have been grappling for years with the challenges of propagating ever-increasing signal rates in printed circuit boards (PCBs). As dataRead More

Adding a patch cable, patch cord, or jumper solution gives designers greater flexibility in system design. Patch cables are relatively simple connectivity devices: They consist of a length of cable that connects two optical or electronic devices and transmits signals through a physical conduit. In applications including data centers, industrial systems, and healthcare equipment, physicalRead More

Applying the open source concept to hardware development could spur the innovation we need to power a more connected future. As people, businesses, and governments transfer more activities to online formats, the global computing infrastructure is being stretched to its limits — and the demand for high-speed connectivity is just beginning. Once fully operational, 5GRead More