Connector and Cable Assembly Supplier

Connection Basics

data center design

DC Data Centers: A Necessary Paradigm Shift for Sustainability and Savings

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. But Read More >>

commercial aircraft

Connectors Fly High on Commercial Aircraft

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 >>

Soldier Wearables and Heads-Up Displays Challenge Connectors

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 >>

Four Factors to Consider When Specifying Connectors for Military Wearables

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 that Read More >>

How to Specify Heavy-Duty Connectors and Cable Assemblies for Harsh Industrial Applications

Designing and specifying cable assemblies for use in harsh environments presents a number of challenges. Industrial equipment can be subjected to harsh conditions, such as high temperatures, water, high humidity, particulate ingress, electromagnetic interference (EMI), vibration, and impact from close proximity to moving factory components. Over time, exposure to these conditions begins to impede assembly Read More >>

Too Hot to Handle: Protecting Wire and Cables from Fire

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 >>

Six Specification Considerations for Medical Connectivity Components

As medical equipment continues to scale down in size and up in connectivity and capabilities, new materials, device designs, and industry standards combine to create innovative medical connectivity components that satisfy rigorous form, fit, safety, and performance requirements. By John Koon and Connector Supplier medical connectivity components As medical equipment continues to scale down in Read More >>

Chip-on-Tip Technology Enables Minimally Invasive Medical Devices

Chip-on-tip endoscopy technology relies on microminiature sensors, illumination, and lenses. Market pressures are driving these critical medical devices to shrink in diameter and cost while maintaining, if not adding, functionality. Meeting these demands requires ingenuitive engineering and manufacturing techniques. Chip-on-tip technology is dramatically improving medical care by enabling minimally invasive imaging. The term chip-on-tip typically Read More >>

Common Misperceptions of Custom Connectors

There are many misperceptions regarding custom connectors: They are too risky, too expensive, and take too long to develop. But new processes are addressing these concerns. Device development is undergoing a transformation. Pressure to reduce costs, reduce size, and make devices that can leverage the Internet of Things (IoT) and 5G is driving a lot Read More >>

The Differences Between MIL-DTL-38999 Series I, II, and III Connectors

These circular connectors were originally designed to meet requirements for cable-to-panel applications in the military and aerospace market. Now they are used across a wide range of industries that benefit from their high-performance qualities. By Air Electro, Inc. The engineers and procurement professionals in both the civil and military aerospace industries work with QPL-approved (Qualified Read More >>

Rugged Mil-Spec Connectors Strengthen Military System Deployment

A tour of the West 2019 conference turns up new mil-spec connectivity products that meet size, weight, and power goals, and deliver peak performance under pressure. For military and aerospace applications, the consequences of system failures are unthinkable. To accomplish mission-critical tasks, these systems depend on the high-reliability performance of rugged mil-spec connectors and cables. Read More >>

Today’s Electronics Call for Rapid New Connector Development

We are in a period of rapid technology development, as designers create new products and instruments with high-speed circuit chips that run faster, last longer, and go places we could not imagine just a few years ago. Often, these products call for original connector designs. Today’s electronics — equipped with innovative new sensors, detectors, monitors, Read More >>