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Enhance your data transmission
Experience reliable and high-speed connectivity with Fakra HSD LVDS 4 pin
The Fakra HSD LVDS 4+2 pin connector offers a wide range of benefits, including a 100 Ω fully shielded interconnect system for reliable data transmission, easy installation with mechanical keying and color-coding, and enhanced data integrity with robust shielding. It is the perfect choice for fast and reliable communication among vehicle components in high-performance digital environments.
Features
Awesome Feature
Reliable Low-Voltage Signal Transmission
The Fakra HSD LVDS 4+2 Pin connector ensures highly reliable transmission of low-voltage differential signals, providing a secure and stable connection for your devices.
Efficient and Error-Free Installation
With primary and secondary locks, crimp connections, and color-coded housing, the Fakra HSD LVDS 4+2 Pin connector simplifies installation, reducing errors and saving time.
Fast and Reliable Data Transfer
Experience high-speed data transfer and enhanced data integrity with the Fakra HSD LVDS 4+2 Pin connector, ensuring accurate and error-free communication among vehicle components.
Reliable and High-Speed Data Transfer
The Fakra HSD LVDS 4+2 Pin connector offers reliable and high-speed data transfer, ensuring fast and accurate communication among vehicle components. With a 100 Ω fully shielded interconnect system and robust shielding, it minimizes errors and ensures enhanced data integrity.
Easy Installation and Secure Connections
The Fakra HSD LVDS 4+2 Pin connector features easy installation with mechanical keying and color-coding, reducing errors and saving time. Its primary and secondary locks provide secure crimp connections for high cable retention, ensuring reliable and long-lasting connections.
Error-Free Connections and Simplified Maintenance
The Fakra HSD LVDS 4+2 Pin connector eliminates incorrect connections with different colors on the plastic housing, providing error-free connections. Its design prevents damage to the stylus and simplifies maintenance. It is a highly reliable choice for low-voltage differential signals in high-performance digital environments.
