One solution is higher voltage systems that reduce wire size and require less copper. Off-road transportation, such as work trucks, construction vehicles, and agricultural equipment, rely on battery systems that power everything in the vehicle. This includes the sensors sending signals back and forth to monitor all parts of the vehicle, as well as theRead More
When designing industrial and commercial transportation vehicles with high-voltage batteries and related systems, manufacturers and system integrators face an important question: Is a high voltage interlock, or HVIL, necessary at every high-voltage interface? Article Contributed By Daniel Domke, Senior Manager, Product Management, Industrial & Commercial Transportation, TE Connectivity For trucks, buses, construction equipment, and miningRead More
As circuits run faster and hotter, keeping components cool becomes a more urgent challenge. Liquid cooling systems are an important strategy to help cool down data centers, industrial equipment, electric vehicles, and other high-speed, high-power applications. Thermal management is one of the most pressing challenges in today’s high-speed electronics systems. As transistors per chip continueRead More
As reliable interfaces between PCBs, board-to-board connectors increasingly perform in harsh environments, where they fulfill mechanical functions as well as transmit signal and power connectivity. That makes it crucial to specify the right component for the conditions. Article contributed by Detlef E. Preissler, Senior Specialist, Product Marketing Board-to-Board Connectors, Phoenix Contact GmbH & Co. KG,Read More
The use of cameras in automobiles is booming. To enable these systems, vehicle manufacturers and suppliers need optics with reliable and fast data connectivity, while keeping costs low and quality high. Modular solutions are the answer. Article Contributed by Harry Jacob, IT journalist, for Rosenberger Camera connectivity is an increasingly essential part of automotive andRead More
As the automotive industry moves rapidly toward software‑defined vehicles (SDVs), attention often centers on large‑scale architectural change. Centralized computing, zonal controllers, and high‑speed vehicle networks are widely recognized as foundational to this transition. These shifts are essential—but they do not tell the full story. By Mike Spaccarotella, Product Manager, TE Connectivity, Automotive A less visibleRead More
At Embedded World 2026 in Nuremberg, ATTEND featured a FAKRA connectivity demo that illustrates the RF signal path between an automotive camera module and the vehicle ECU. Is this a preview of the future of vehicle architectures? Article Contributed by Maxine Chien, ATTEND ATTEND presented an innovative automotive camera FAKRA connectivity solution at Embedded WorldRead More
TE Connectivity’s CTO shares insights into the growing role of artificial intelligence in sensing, safety, electrification, and next-generation transportation platforms. The impact of AI on transportation technologies is multifold and just beginning to take hold across the multimodal systems that move people and goods around the world. At a components level, AI is already changingRead More
A new architecture brings increased efficiency and lower cost. EV battery technology continues to advance toward the primary goal of fast charging. A new architecture incorporates three trends that address decreased charging times, greater efficiency, and lower cost. Trend #1: Replacing modules with cell-to-pack connectivity Eliminating the modules and connecting the battery cells directly toRead More
The transportation landscape has dramatically changed in many countries as advanced electric bicycles, scooters, and other micromobility technologies help ease congestion and pollution, and empower individuals to travel with ease. The tremendous growth of micromobility in the post-pandemic era is a natural result of the convenience, affordability, sustainability, and freedom human-scale transportation offers. Electric technologiesRead More
Modern automotive infotainment systems are designed to make driving safer, more convenient, and more enjoyable for drivers and passengers. Automation, AI, IoT, and driverless vehicles are playing significant roles in the development of advanced automotive infotainment systems. Compact, high-speed connectivity solutions that not only have high bandwidth and low latency, but also simplify assembly andRead More
As advanced driver-assistance systems redefine the driving experience, innovations including software-defined vehicles and high-performance computing are reshaping the automotive industry, with interconnects representing the critical link Most electronic systems deliver and optimize predefined functionality through closely coupled hardware and software elements. Therefore, the perceived natural order of things is for functionality to define the design.Read More
