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Rugged Solutions for Truck, Bus and Off-Road Vehicles
More Relilability in Heavy Equipment
Read our insights on how our DEUTSCH DT connectors can help you protect connections in heavy equipment. (Registration required)
TE is developing connectivity solutions for heavy-goods vehicles powered by electricity.
As the transportation industry moves toward higher voltage systems, it is important for TE to take a lead role in providing up-to-date data regarding product electrical performance characteristics. Download our white paper to learn more.
TE’s portfolio of rugged sensors, terminals, connectors, relays, and hybrid and electric mobility solutions withstand the rigors of the road and water — helping them operate smarter, safer, greener, and more connected. TE collaborates with engineers to redefine what’s possible using intelligent, efficient and high-performing products and solutions proven in harsh environments.
Whether it's motorcycles, e-bikes, scooters, or Segways, TE is developing the connectivity solutions that will make two-wheeler vehicles safer, greener, and more connected.
Trends such as the growth of emerging markets, digitization of vehicles, and industry regulations promoting the electrification of vehicle systems all fuel market growth. Favorable economic tailwinds have also spurred worldwide development and much-needed investments in infrastructure revitalization and logistics.
The industrial and commercial transportation (ICT) market is a demanding one: Heavy and medium-duty vehicles must perform some of the world’s toughest jobs in harsh and unrelenting conditions while maximizing operational uptime over a long service life.
Read our paper to understand the importance of carefully considering the components, their placement, and the impact of environmental conditions at the early stage of your vehicle design to ensure high-speed data transmission.
Enabling advanced, data-heavy functionality means getting comfortable with integrating Ethernet into a mixed architecture.
As heavy-duty vehicle manufacturers strive to keep up with rapidly changing regulations and customer demands for safer, greener and more productive vehicles, they are realizing that CAN bus networks simply cannot support the increased data connectivity required for advanced functionality.
In industrial and commercial vehicles and machinery, designers must consider incorporating Ethernet systems in their designs now to be able to fully meet customer demands in the near future and beyond.
Industrial and commercial applications require both innovation and versatility. Original equipment manufacturers (OEMs) and maintenance, repair, and overhaul (MRO) organizations are rapidly evolving with solutions to respond to opportunities and challenges of pervasive connectivity, digitization, and electrification.
