FAKRA HSD LVDS 4Pin H Code PCB Mount Connector for Car Radio

Interference Resilience: This high-performance digital system is well-suited in handling low-voltage differential signals, whilst providing protection against crosstalk and external interference.

Secure Locking Mechanism: It features primary and secondary locks to ensure a reliable connection without compromising security.

Efficient Crimp Connections: Easy and effective crimp connections are enabled with this system for added convenience.

Robust Cable Retention: It provides a high cable retention, reducing the risk of disconnection and maintaining stable connection.

Enhanced Coding Efficiency: It has a high coding efficiency system in which the plastic housing comes with different codes to minimize misconnection.

Integration with Automotive Electronics: It integrates seamlessly with a range of automotive electronics, improving system efficiency.

Empowering Infotainment Systems: It is an important part of digital infotainment electronics, thereby facilitating a superior user experience in vehicles.

USB Connectivity (1.0, 2.0, 3.0): The HSD connector is essential in providing USB connectivity within automobiles, contributing to data transfer and communication requirements.

LVDS Integration: Utilising Low Voltage Differential Signaling (LVDS), the HSD connector supports efficient and high-speed data transmission.

IEEE 1394 (Firewire): The connector plays a key role in data transfer and device connectivity via IEEE 1394 within automotive systems.

Controller Area Network (CAN): The HSD connector is significant in enabling communication among various vehicle control units in the Controller Area Network (CAN).

GVIF (Gigabit Video Interface): The connector facilitates Gigabit Video Interface (GVIF) within automotive electronics, consequently enabling high-speed data transfer suited for video applications.

Automotive Infotainment Systems: Smoothly and effectively integrates into automotive infotainment systems, thus providing superior in-car entertainment.

Digital Symmetrical Networks: Facilitates the establishment and successful operation of digital symmetrical networks within the automotive landscape.

Automotive Electronics Integration: Finds extensive application in a wide range of automotive electronics, such that operation across the vehicle's electronic ecosystem is optimised.

HSD Coding: