Empowering Design with Integrated Connectivity Performance
As vehicles become more electrified and autonomous, reliable in-device connectivity is critical. TE Connectivity delivers compact, high-performance connector solutions for EV battery systems, headlamps, high-performance computers, and ADAS technologies like radar and lidar.
TE’s portfolio spans wire-to-board, wire-to-wire, board-to-board, and flex-to-board connectors.
Our portfolio sports advanced termination technologies including crimping, IDC, and mass termination. Rugged, sealed, and high-speed by design, these connectors are built for modern vehicle architectures.
With deep experience supporting global OEMs and Tier 1s, TE helps accelerate design, simplify assembly, and meet rising performance demands. From the dashboard to the drivetrain, our solutions are built to perform in tight spaces, under vibration, and against EMI ensuring every connection counts.
Board To Board Connectors
TE’s board to board connectors feature 0.5–2.0 mm pitch, 3–180 pins, and support up to 18 A. These automotive-grade PCB connectors offer EMI shielding and misalignment tolerance, making them ideal circuit board connectors for high-speed data in robust vehicle systems.
> Explore More
Wire To Board Connectors
TE’s wire-to-board connectors support up to 45 A with 1.25–10.16 mm pitch and 2–116 pins. Engineered for harsh automotive environments, they offer strong pin retention, reliable mating, and current versatility from 2 A to 45 A across signal and power needs.
> Explore More
Wire To Wire Connectors
TE’s modular connectors for wire-to-wire applications support 3–8.7 A with 1.27–2.5 mm pitch and 2–50 pins. Designed for fast serviceability and vibration-resistant harness joins, these modular connector solutions deliver secure power and signal connections in automotive systems.
> Explore More
Flex To Board Connectors
TE’s flex PCB connectors support 1–6 A with 1.0–1.8 mm pitch and 2–80 pins. With compact ZIF/LIF designs, each PCB flex connector enables reliable FPC-to-board connections in tight automotive spaces, ensuring secure signal and power transfer.
