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4 October 2026

How TE Connectivity enables smarter, electrified cars

TE Connectivity equips automakers with the hardware and expertise needed to build safer, more connected and electrified vehicles.

How TE Connectivity enables smarter, electrified cars

As the automotive world pivots toward software-defined autonomous and electrified mobility, manufacturers need a partner that can bridge design, production and on-road performance. TE Connectivity answers this call with a portfolio that spans high-speed data links, robust sensors and resilient power distribution components, all engineered to survive the harsh environment of a moving vehicle.

From the initial concept sketch to the final assembly line, the company leverages a global engineering network to streamline wiring complexity, improve manufacturing yield and accelerate the rollout of next-generation platforms. By collaborating closely with OEMs, TE helps translate ambitious vehicle architectures into reliable, production-ready solutions.

Broad automotive portfolio from TE Connectivity

The firm’s offerings cover every major subsystem of a modern car. Advanced driver assistance systems (ADAS) benefit from precision radar and lidar sensors while infotainment units rely on high-bandwidth automotive Ethernet to stream media without latency. Powertrain modules, including combustion engines, hybrids and full electric drives, are supported by durable connectors that handle both low-voltage signals and high-current loads. Body electronics, exterior lighting and vehicle-wide networking also receive tailor-made components that meet rigorous automotive standards.

Connectivity for electric and hybrid powertrains

Electrified vehicles demand a unique set of high-voltage solutions. TE provides high-voltage power distribution devices that safely route up to several hundred volts between the battery pack, inverter and motor. Integrated battery management system (BMS) sensors monitor temperature, voltage and state-of-charge, enabling optimal performance and safety. The company’s charging-infrastructure components support fast-charge protocols, while thermal-protection modules guard critical hardware during rapid heating cycles. All these elements are designed to minimise weight and loss, thereby extending driving range and improving

High-speed data transmission for electrified platforms

Beyond power, modern EVs generate torrents of data. TE’s high-speed data links—such as Gigabit Ethernet and PCIe—ensure that telemetry, firmware updates and autonomous-driving algorithms communicate without bottlenecks. These links are engineered to survive electromagnetic interference and temperature extremes typical of battery compartments.

Enabling next-gen E/E architectures and software-defined vehicles

Today’s cars increasingly rely on centralized or zonal electrical/electronic (E/E) architectures that reduce wiring harness weight and simplify software deployment. TE supplies the connectors, harnesses and routing solutions that make such architectures feasible. By providing modular, high-density interconnects the company helps OEMs lower complexity while supporting the higher bandwidth demanded by over-the-air updates and autonomous functions.

Furthermore, TE’s software tools assist engineers in designing and validating these networks before physical prototypes are built. The result is a faster development cycle, fewer design iterations and a platform that can evolve through future software releases without costly hardware overhauls.

Choosing the right connector and getting support

Selecting an appropriate connector involves weighing voltage rating, current capacity, environmental exposure, data rate and packaging constraints. TE’s extensive catalog includes everything from compact micro-connectors for sensor arrays to heavy-duty terminals for battery packs. To aid decision-making, the company offers detailed datasheets, simulation tools and access to application engineers who can recommend the optimal part for a given design.

During the product lifecycle, TE’s engineering teams stay engaged—providing concept validation, design optimisation, rigorous testing and production assistance. For projects with unique requirements, the firm can co-develop custom solutions that meet specific reliability, size or performance targets, ensuring that the final product aligns with both technical specifications and business goals.

Automakers interested in samples, pricing or a direct conversation with a regional application specialist can initiate contact through TE’s online portal or by reaching out to a local representative. This streamlined approach guarantees that each inquiry receives a tailored response from experts familiar with the local market and global best practices.

Author

James Whitfield

James Whitfield grew up in Manchester watching Sunday football, then carved a career covering Premier League weekends and F1 paddocks. Knows the difference between xG noise and signal.