Click here for an interactive look at this infographic!
About the Author
More Content by TE Connectivity
Other content in this Stream
Connectivity Solutions for Smart Trailers
In this episode of Chalk Talk, Amelia Dalton and Blaine Dudley from TE Connectivity explore the evolution of smart trailer technology.
Critical Components for ESS Success
Battery-based energy storage and delivery systems require many extensive subsystems and critical, smaller components for basic operation and regulatory approval.
EV and Connected Transportation
In this eBook from TE Connectivity, explore the eMobility revolution, including V2X ecosystems, modernizing fleet telematics with 5G, the future of EV charging and more.
7 Experts on Design Considerations for Fleet Telematics
Take a deep dive into the environmental, connectivity, power efficiency, and application considerations of fleet telematics along with a look at the importance of an IoT ecosystem.
Drive Your Telematics Design & Keep on Trucking
The global commercial vehicle telematics market is expected to grow at a CAGR of 14.65% over the 2022-2027 forecast period.
Multi-band Antennas for Fleet Telematics
Fleet Telematics requires precise and reliable location information. TE Connectivity offers small multi-band antennas that enable centimeter-level accuracy as well as high reliability.
Charging Into the Future of Electric Vehicles
An increasing number of cities are developing programs for vehicles and infrastructure upgrades, bringing about greater opportunities for design engineers to contribute new innovative designs.
Connectivity Solutions - From the Charging Inlet Through the Battery to the E-Motor
Thanks to the demand for more and more battery powered devices and green energy technology, there is a tremendous amount of investment taking place to dramatically improve battery technology.
Electrifying a Movement
Addressing the Time to Charge Industrial and Commercial Transportation Vehicles
Connectivity for Electric Vehicle Charging, Energy Storage, and Controlled Power Management
The automotive industry is focused on four points, developing new and improved vehicle architecture approaches to efficiently address these challenges.
HEMS High-Voltage Connectivity Solutions
Engineering the next generation EV powertrain connectivity brings with charging inlets, high voltage connectors, relays and contactors as well as miniaturized low voltage connectors for EV systems.
Accelerating Hybrid & Electric Mobility in Commercial Transportation
Society is demanding cleaner and quieter alternatives to gasoline and diesel-powered engines, making electric vehicles (EVs) clearly on a path to becoming a necessity.
Thermal Modeling for High Power Charging (HPC) of Electric Vehicles
Powertrain electrification, automation and increasing autonomy and the emergence of new mobility will have a profound impact on the electrical power and electronic architectures (E/E architecture)
Supporting Vehicle Architecture Diversity in Industrial & Commercial Transportation Applications
We explore the transportation industry’s move towards electrification, which includes various (and competing) architectural approaches, each offering application-specific advantages
The Future of Connected & Electrified Powertrains in Vehicles
Automotive improvements have centered on key areas such as engine power and performance, safety, driver and passenger convenience, ride quality, fuel source, data-relay and entertainment.
Driving Towards an Emissionless Future in Transportation
Meeting future market demand for safe, efficient, and reliable vehicles begins with harnessing new technologies that rely on cleaner forms of energy.
V2X-An Important Building Block in Cooperative Intelligent Transportation Systems
An important step in automotive connectivity will be V2X technology. We are working on innovative ways to integrate this into intelligent transportation systems.
Connectivity for Next-Generation Mobility
This white paper describes TE Connectivity’s vision for the next generation of mobility and its impact on vehicle architectures.