In 2020, the world is adjusting to new automotive use patterns and considering competing fueling strategies. Only one thing is certain: Cars are becoming more connected. The future of automotive design centers on the continued development of electric vehicles and the integration of connected technologies within non-electric vehicles. While the adoption of electric vehicles is Read More >>
Evolving connector design has helped transform the driving experience. Better lighting, greater comfort, and advanced safety are just the beginning. Today’s automobiles are more connected than ever before. Automotive electronics deliver the advanced communication needed for performance and comfort throughout the vehicle and enable a variety of safety features for the driver, passengers, and public. Electronic Read More >>
Applying the open source concept to hardware development could spur the innovation we need to power a more connected future. As people, businesses, and governments transfer more activities to online formats, the global computing infrastructure is being stretched to its limits — and the demand for high-speed connectivity is just beginning. Once fully operational, 5G Read More >>
TTI predicts that safety, automation, connectivity, and electrification will increase demand in electronic content across all modes of transportation. If the connector industry has a crystal ball, it’s probably housed somewhere in the offices of TTI. TTI monitors signals from its family of components distributors and semiconductor companies, analyzes industry sales and inventories, and shares Read More >>
Heavy-duty trucks log long miles on rough roads in all conditions to bring essential goods and materials to businesses and consumers. The connectors these vehicles depend on must be exceptionally reliable and rugged. Even when the rest of the world shuts down, commercial transport vehicles keep on trucking. These heavy-duty vehicles operate for long hours Read More >>
Electrification, automation, and connectivity across systems and command centers are changing the types of connectors that are used in many transportation vehicles. By Aditya Sharma, Business Development Manager, North America, PEI-Genesis transportation Rapid innovation in the heavy transportation market is driving demand for an array of new product- and service-based responses from specialized connector distributors. Read More >>
Proper shielding is necessary to protect mission-critical systems and components from interference in increasingly busy electronics environments. By Lesa Smith, Marketing Communications Manager, and Neil Mahaffy, Senior Product Engineer, ITT Cannon EMI/RFI shielding As aerospace and defense platforms and environments continue to evolve digitally, the proliferation of embedded electronics systems and portable electronic devices (PEDs), Read More >>
JAE and Yazaki are two companies on the forefront of automotive innovation. We talk to experts from both about the challenges of autonomous and electric vehicles. By Gale Morrison and Connector Supplier vehicle Technology is dramatically changing every aspect of modern car design and function. Electric drive trains are undergoing dramatic refinements and reaching full viability. Read More >>
Internal and external systems that include an expanded range of connected technologies will bring autonomy to the automotive world and make driverless cars a reality. By Guido Dornbusch, Senior Director, Network Connected Devices Segment, Molex CMS; Alex Bormuth, Director Business Development, Molex CMS; and Dr. Ayman Duzdar, Senior Director of Engineering, Vehicle Antenna Solutions, Molex Read More >>
Innovation is happening at warp speed as machine learning, AI, and autonomy come into broad use. Product designers must work closely with component manufacturers to ensure that these enabling electronics meet the requirements of the future. Visions of the future often include revelations of incredible new technology with totally novel functionality and capabilities. This has Read More >>
Modern elevators feature a wide variety of electronic nodes, from controls that operate the lift to sensors that count passengers and touchscreen user interfaces. These unique building transport systems function depend on unique heavy-duty industrial connectors as well as small, lightweight, consumer-type products. Today’s connected building technologies manage a wide range of functions, including usage-timed Read More >>
As 5G networks are activated, connected and automated vehicle systems will evolve from emerging technologies into widespread intelligent transportation systems (ITS) that guide the multimodal transport of goods, people, and transportation-related information. The transportation sector is poised to see profound changes as 5G continues its rollout. The fifth generation of wireless networks will provide the Read More >>
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