Enhance your automotive connectivity

Experience the power of FAKRA HSD Cable

Unlock seamless automotive communication with FAKRA HSD Cable. Our high-performance digital system ensures reliable connectivity, protecting against crosstalk and interference. With primary and secondary locks, crimp connection, and high cable holding force, our fully shielded connector system guarantees optimal performance. Gain peace of mind with different codes on the plastic housing to prevent misconnection. Join the global automotive revolution with FAKRA HSD Cable.

Get Started

Features

Awesome Feature

Mechanical Keying

The FAKRA HSD Cable features mechanical keying, providing secure and reliable connections for automotive applications.

Crimp Connection

With its crimp connection, the FAKRA HSD Cable offers a convenient and efficient solution for automotive connectivity.

Fully Shielded Connector System

The FAKRA HSD Cable is equipped with a fully shielded connector system, ensuring optimal signal integrity and protection against external interference.

Image-1

Efficient and Space-Saving

Compact Design

The FAKRA HSD Cable features a compact design that allows for efficient and space-saving installation. With its minimum dimensions and high cable holding force, it meets the global automotive requirements while providing a reliable and secure connection. The compact design also ensures easy integration into various automotive applications such as LVDS cameras, USB, and IEEE 1394, making it an ideal choice for automotive connectivity needs.

Eliminates Crosstalk and Interference

Superior Signal Integrity

With its high-performance digital system, the FAKRA HSD Cable ensures superior signal integrity by protecting against crosstalk and interference from external sources. This feature guarantees reliable and high-quality data transmission, making it suitable for critical automotive applications. The fully shielded connector system and different wire diameters and types further enhance the signal quality, ensuring seamless communication and optimal performance.