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 intelligent Read More >>
The IoT is transforming consumers’ homes into hubs of hands-free functionality. The next phase of connected home development will bring artificial intelligence and data-gathering systems into household routines. The idea of “home” has greatly evolved throughout the millennia. Over the decades, technology has transformed homes into hubs of functionality — centers of entertainment, work, fitness, Read More >>
Trucking is getting greener as sensor-based technologies make diesel engines more efficient and lithium-ion batteries and hydrogen fuel cells offer an alternative to petroleum. Trucking is vital to the way we live. Long-haul trucks carry what’s needed to where it’s needed quickly and affordably, and short-haul trucks trek the final miles between warehouses and stores. Read More >>
Connected technologies are making cargo and passenger rail transport more efficient, transparent, and secure. Dramatic changes are occurring in rail travel and transport as connected technologies come into use for scheduling, tracking and monitoring, autonomous systems, safety and performance systems, and passenger amenities. Examples around the world show a mode that is leveraging new technologies Read 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 that Read More >>
Avnet’s Lou Lutostanski says the promise of full IoT connectivity has been slow to arrive, but it’s real and it’s coming. It’ll just take a little more education, simplification, and standardization to make widespread adoption happen. The Internet of Things (IoT) has been the talk of the town for the past few of years. So Read More >>
5G has yet to fully arrive, but low-power wide-area network (LPWAN) activity is already influencing design trends in a wide range of connected products. The number and variety of wireless devices in use across every aspect of society is increasing exponentially, creating new worlds of opportunity for electromechanical component suppliers, not only inside the cellular 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 >>
As the connected world of the 21st century comes into existence, the next decade will give rise to new technologies like connected vehicles that will continue to transform and automate our everyday lives. To fully realize the potential of these technologies, we still need to overcome some key technical limitations. Edge computing can help. By Read More >>
Fleets of autonomous cars and trucks aren’t taking over the roads quite yet, but several technology companies are combining forces to solve the remaining challenges to making autonomy a reality. A year ago, autonomous vehicles were rumored to be so close to ready for market that ride share companies and transportation logistics firms were preparing Read More >>
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 >>
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