Featured Articles
  • A Five-Layer Clad Solution for High-Performance Battery Interconnects

    Battery connector design gets super-charged in a case study that demonstrates the power of materials science to solve new connectivity challenges. Article Contributed by Alyssa Koch, Materion Corporation Battery interconnect materials must satisfy a demanding combination of electrical, mechanical, joining, and environmental requirements, properties that are difficult to achieve with a single metal. When nickelRead More

  • USB-C Serves Industrial Design with Rugged Variants 

    The USB-C connector has quickly moved from consumer applications into harsh environments. With 20 Gb/s data rates and IP-rated sealed variants, this connector can handle industrial conditions and serve in controllers, robotics, and peripherals for the factory floor. A new class of rugged USB-Cs and cables elevates this ubiquitous interface. It’s been nearly two years sinceRead More

Technology

Top 12 Technology Trends: The Evolution of High-Speed Data Transfer

The connector industry continues to refine backplane and I/O connectors to provide a migration path to the next generation of high-speed architectures. This is the fourth in a series of articles that review leading technology trends that have had a significant impact on the electronic connector industry. high-speed 112Gb/s 3.125Gb/s NRZ to 112Gb/s PAM4 ItRead More

A High-Speed Connectivity Solution for Achieving 112Gb/s PAM4 Data Rates

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 hardwareRead More

New Power Shelf Connector Will Advance Cloud Computing

The Open Rack V3 Power Shelf Input Connector will advance power management strategies as cloud computing continues to grow. As global demand for computing power escalates, connector companies are finding new ways to bring flexibility and efficiency to information technology infrastructure. Managing the flow of signal and power distribution in data centers, to edge devices,Read More

Smart Connectivity Brings LED Lighting to Industrial Environments

Intelligent and efficient LED lighting makes smart buildings, warehouses, and other industrial settings safer and more comfortable, energy efficient, and cost-effective. As bulb pricing and light quality has reached parity with other modes, LED lighting technology is now widely used in homes, where it is valued for its energy efficiency and cost-effectiveness. It is alsoRead More

Small Military UAVs Demand Smaller, Lighter Connectors

A new generation of more powerful unmanned aerial vehicles carry a payload that includes sensors, cameras, processors, and other electronics. Small, lightweight connectors help make their missions possible. Small unmanned aerial vehicles (UAVs) for military use are getting even smaller and more powerful as trends toward miniaturization in modern military equipment extends to the skies.Read More

New Combat Systems Set to Conquer the Future with New Connectivity Options

New battlefield strategies that network dismounted soldiers for “any-sensor, any-shooter” tactics are driving technological changes in digital gear enabled in part by advanced interconnects. By Matt McAlonis, Engineering Fellow, Aerospace Defense and Marine, TE Connectivity, and Franck Kolczak, Senior Business Development Manager-Defense Market, TE Connectivity combat Today’s entertaining real-time-strategy (RTS) games and virtual-reality (VR) headsetsRead More

Military Wearables Trends Require Connectors to Scale Down

The demand for micro- and nano-miniature military connectors is increasing as the military adopts Nett Warrior and future soldier technologies. The military wearables market is expanding rapidly, driven by continuous innovation in small, lightweight products that can be used for navigation, communication, and computing systems, vision and surveillance, and biometric monitoring. These products have typically beenRead More

Growing Demand for Data is Fueling the Automotive Ethernet

The connected vehicle brings freedoms for drivers and passengers but takes a toll on in-vehicle network design and performance. A new Ethernet standard enables lighter, more powerful systems. The old cliché about a car being only a means of getting from A to B doesn’t apply in the 21st century. Today’s cars do so muchRead More

MIPI A-PHY Automotive Interface Helps Integrate Advanced Connectivity

As automotive applications expand to include complex sensor, camera, and infotainment capabilities, a more powerful, design-friendly connectivity specification will help manage the required power and data. As the connected car continues to evolve, essential operational systems are being augmented with new capabilities, such as autonomous functions, driver-assist technologies, advanced safety features, and infotainment systems. ElectrificationRead More

Connector Contact Materials for Elevated-Temperature Applications

Applications that reach high temperatures require rugged connectors that can withstand these harsh operating environments. A variety of spring and contact materials should be considered.  The consumer electronics market segment dominates product manufacture. Consequently, vast sums of design, packaging, and reliability criteria are focused on meeting consumer market buying patterns at the lowest possible cost.Read More

5G Wireless Networks and Connected Cars Advance Interconnect Technology

New connector families have evolved to meet increasing bandwidth and connectivity needs as the rollout of 5G and the era of advanced vehicle technologies approaches. Wireless 5G and Internet of Things (IoT) technologies may eventually affect almost everything we do. However, the COVID-19 pandemic has prevented the mobile broadband standards organization 3GPP from meeting, whichRead More

Eight Steps to Determine the Right Rugged Connectors for Your Harsh-Environment Application

Designing for harsh-environment connectivity elicits a number of challenges. This guide will help you ask the right questions to determine the proper rugged connectors for your demanding application. Rugged connectors are built for harsh-environment conditions. Both the internal and external components of rugged connectors are made to withstand challenging environments, including exposure to moisture orRead More

Analysis of the World’s Top 100 Electronic Connector Manufacturers
x