Although often taken for granted, cable is a critical enabling technology. As connected and smart devices multiply, so does the need for the specialized cables that connect the many types of sensors needed to enable smart and autonomous applications across a broad spectrum of industries. Cables that connect sensors are designed to optimize the performance Read More >>
This is the fifth installment in a series of articles that address leading technology trends that have had a significant impact on the electronic connector industry over the past 20 years. This latest installment in the Technology Trends series by Bob Hult examines the trends and technologies that have pushed copper to the limits and ushered in Read More >>
System architects are using over-the-board technologies to extend signal reach and density and achieve high-speed data rates by routing signals through ultra-low-skew twinax cable instead of through expensive, lossy PCBs. Industry observers have noted that emerging high-speed system requirements of 28Gb/s and 56Gb/s, and now 112Gb/s, are nearing the physical limitations of traditional electronic hardware Read 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 important Read 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, physical Read More >>
Disposable, single-patient-use electrocardiograph cables and leadwires help keep patients safe by eliminating cross-contamination, which is always a critical concern in medicine but now more than ever. Since reusable electrocardiograph (ECG) leadwires come into direct contact with a patient, they can be a source of harmful cross-contamination. Disposable ECG leadwires are a simple way to help Read More >>
Fiber optic, shielded copper, and foil-shielded, unshielded-twisted-pair (UTP) cables are among the hardware solutions implemented to meet stringent data security networking protocols. Critical computer networks dedicated to the storage and transmission of sensitive government, military, and national security data safeguard such information with robust security parameters and processes including firewalls, passwords, biometrics, and access cards. Read More >>
Fire poses real risks to sensitive electronics in data centers, building structures, vehicles, and other high-density electronics applications, especially as our reliance on connectivity continues to grow. New materials designed to protect wire and cables from fire improve overall system safety and safeguard critical connectivity functions. Heat presents challenges for electronics. Components and assembled electronic Read More >>
Rail industry electronics must perform under extremely harsh conditions. A rigorous set of tests and standards helps protect connectors and cables and the power and data they deliver to modern rail transport applications ranging from engines and alternators to passenger Wi-Fi. In rail industry electronics, the loss of power or data can have serious safety Read More >>
Flat flexible cables are sliding into places other cables dare not go and help keep devices cool, light, and fast. In the realm of cables, the usual suspects are round. A cylindrical package is a logical design to surround a centrally positioned conductor within insulation or to encase a bundle of fibers. However, that logic Read More >>
As video traffic increases and image quality improves, the quality of the cable used to transmit and receive the broadcast has never been more important. Fiber optic cable is getting the signal across. There are many reasons that broadcasters are moving from copper to fiber optic cable, including high-bandwidth performance and real-time and reliable transmissions. Read More >>
Ethernet is the leading network protocol in LAN applications. Today, it’s gaining ground in transportation, automotive, and industrial applications, thanks to new cabling strategies. In the early 1980s, at the start of the Ethernet era, coaxial cabling dominated and cheap yellow Ethernet cable became ubiquitous. In the 1990s, the focus shifted to cabling solutions based Read More >>
Privacy Policy | ©2020 All Rights Reserved