MARKETS
Our most recent articles in each market.
Automated Vehicle Manufacturing Accelerates with AI
Robotics, AI, automated production, and simulation technologies are transforming the automotive production line with new implications for connector selection, wire harness design, and vehicle architectures. Even engineers deeply embedded in vehicle manufacturing can’t believe how quickly artificial intelligence and automation are changing the assembly line. When Dr. Nick Liu, TE Connectivity’s senior director of systemsRead More
Smart Home and Connected Appliances Drive New Connectivity Demands
Connector suppliers provide insight into this evolving connectivity market. As the smart home market evolves, devices are shifting from standalone operation to highly integrated system architectures and a wide range of connected appliances that incorporate smart energy systems and security monitoring. These applications rely on stable data transmission and long-term operational reliability. In this environment,Read More
Anderson Power and JPCPT Tackle AI Connectivity
Two interconnect companies combine their expertise to address the unique connectivity challenges of rapidly expanding AI infrastructure. AI’s computational needs are growing more than twice as fast as Moore’s Law, pushing toward 100 gigawatts of new demand in the U.S. by 2030. Long-time partners Anderson Power and JPCPT, the U.S.-based division of JPC Connectivity (JPC), haveRead More
Consumers Connect with Plug-In Solar Arrays and DERs
Low-cost plug in or balcony solar panels and distributed energy resources are poised to help consumers lower their energy bills in the next grid revolution. Despite fluctuating government policies and tariffs, photovoltaic installations are growing exponentially around the world, from utility scale arrays to innovative small residential formats. In 2025, solar generation grew by 636Read More
Nurses Help Influence Interconnect Design
It’s one thing to put a product through the rigors of lab testing. It’s another matter entirely to see how it performs in the real world. Connector companies work with nurses and other end users to develop products that support healthcare providers in challenging medical environments. It’s always important to consider user input and experience in interconnect design, butRead More
COM-HPC 1.3 Takes Computing to the Intelligent Edge
To increase functionality at the edge of the network requires more compute power, higher speeds, and higher I/O, to support more memory, especially with IoT and AI. The original COM-HPC® specification was released by PICMG (PCI Industrial Computer Manufacturers Group) in 2021 to meet the evolving demands of embedded computing. COM-HPC 1.3 is the thirdRead More
Automotive Sensors Improve Performance, Comfort, and Safety
Today’s vehicles rely on electrical signals to optimize performance, maximize efficiency and safety, and control the interior environment, thanks to automotive sensors. Automobiles have become, in many respects, computers on wheels—gathering and processing significant amounts of data to ensure vehicle performance as well as safety and comfort for drivers and passengers. Sensors have been used in automobiles for decades, but asRead More
Connectivity Solutions for Freight Logistics and Optimization
Carrier connectivity extends from the computing resources behind freight optimization and tracking software to IoT systems that keep an eye on the cargo to the heavy-duty interconnects that empower the freight vehicles that move packages, materials, animals, and goods around the world. From connectors to antennas, a full array of interconnects is involved in theseRead More
SpaceWire is the Network Protocol of Choice for Space Agencies
Standardized by ESA in 2003, SpaceWire has been embraced for numerous missions by NASA, JAXA, Roscosmos, and others. SpaceWire has become one of the leading data-handling networks for use on spacecraft. Standardized by the European Space Agency (ESA), it is widely adopted by space agencies, major aerospace companies, and universities. Since 2003, when the baselineRead More
