4 Pin Male Female HSD LVDS RF Connector

High-Speed Differential LVDS RF Connector – 4-Pin Male and Female for Automotive, Industrial, and Communication Systems

Engineered for precision and reliability, the 4-pin male female HSD LVDS RF connector delivers superior signal integrity in demanding environments. This high-performance interconnect solution is ideal for applications requiring robust, low-loss data transmission across automotive infotainment systems, industrial automation setups, and advanced RF communication networks. With its dual configuration (male and female), this connector ensures flexible integration into complex circuit designs while maintaining optimal electrical performance over extended distances.

Designed with a compact yet rugged structure, the connector withstands mechanical stress, temperature fluctuations, and electromagnetic interference—hallmarks of real-world deployment in vehicles and manufacturing facilities. Its compatibility with high-speed differential signaling (LVDS) makes it an essential component for modern digital systems where timing accuracy and noise immunity are critical. Whether used in display interfaces, camera modules, or wireless communication hardware, this connector supports seamless connectivity without compromising speed or clarity.

Key Features:

• 4-pin configuration for efficient power and data routing in space-constrained applications
• Optimized for High-Speed Differential Signaling (HSD LVDS) to reduce crosstalk and ensure stable signal transfer
• Available in both male and female variants for versatile system design and easy termination
• Durable housing made from engineering-grade materials resistant to vibration, moisture, and thermal cycling
• Low insertion loss and controlled impedance for reliable long-distance transmission up to several meters

This connector excels in environments where consistency matters—such as vehicle onboard diagnostics, factory robotics, and portable medical imaging devices. By minimizing signal degradation and offering secure pin retention, it enhances overall system efficiency and reduces maintenance costs. Customizable color coding and part numbering options allow for quick identification during installation or troubleshooting, especially valuable in multi-connector assemblies found in industrial control panels or embedded electronics.

Common Applications:

• Automotive infotainment and ADAS systems (Advanced Driver Assistance Systems)
• Industrial sensors, PLCs, and machine vision equipment
• RF transceivers, satellite communication units, and radar modules
• High-definition video transmission between cameras and displays
• Embedded computing platforms requiring low-latency interconnectivity

Users report consistent performance even under harsh conditions such as continuous vibration, extreme temperatures, and exposure to dust or humidity. Many engineers appreciate the ease of mating/unmating cycles, which contributes to faster assembly times and reduced downtime during field repairs. The ability to customize cable jacket colors or connector body markings further improves traceability in large-scale deployments.

Frequently Asked Questions:

• Is this connector suitable for use in electric vehicles? Yes—it meets automotive-grade standards for durability and EMI shielding, making it ideal for EV battery management systems and onboard charging controllers.
• Can it handle frequencies above 1 Gbps? Absolutely—it’s designed specifically for high-speed differential signals commonly found in LVDS-based architectures.
• Do you offer custom configurations beyond color coding? Yes—we provide tailored solutions including different pin layouts, strain relief options, and specialized environmental coatings upon request.