Single Dual Male Female Fakra RF Coaxial Connector

Single and Dual Male/Female Fakra RF Coaxial Connectors for Automotive Applications

Engineered for precision and reliability in modern vehicle systems, the Single and Dual Male/Female Fakra RF Coaxial Connector is a high-performance solution designed to seamlessly link antennas and electronic modules within automotive environments. These connectors are essential components in GPS navigation, satellite communication, cellular connectivity, Bluetooth integration, and Wi-Fi data transmission across vehicles. With robust construction and advanced signal integrity, they ensure stable performance even under extreme temperature variations, mechanical stress, and environmental exposure—making them ideal for OEMs and aftermarket installations alike.

Key Features:

• Flexible Configuration Options: Available as single or dual-channel variants, allowing tailored setups for multi-antenna systems such as dual-band GPS, LTE + 5G, or combined radio and antenna interfaces.
• Gender Compatibility: Offers both male and female versions to support diverse wiring schemes and system architectures in automotive electronics.
• Color-Coded & Keyed Design: Prevents incorrect mating through standardized color identification (e.g., black, blue, white, red) and mechanical keying—ensuring correct assembly during installation or repair.
• Enhanced Durability: Built with corrosion-resistant materials and reinforced strain relief to endure vibrations, moisture ingress, and thermal cycling typical in vehicular applications.
• High-Frequency Performance: Delivers consistent signal transmission up to 6 GHz, enabling efficient operation for 4G/LTE, 5G NR, GPS L1/L5, and Wi-Fi 6 (802.11ax) protocols.

This connector series supports a wide range of cable types including RG174, RG316, RG58, DACAR302, RTK031, and LMR195—each optimized for specific impedance requirements (typically 50 ohms), flexibility, and shielding effectiveness. Customization options extend beyond standard configurations: users can request unique color codes or part numbering to match internal vehicle design standards or diagnostic tool compatibility. Whether you're integrating telematics units, retrofitting infotainment systems, or conducting RF testing on production lines, these connectors provide reliable, repeatable results without compromising safety or signal quality.

Common Use Cases:

• Vehicle Antenna Integration: Enables secure connections between roof-mounted antennas and onboard receivers for GPS, FM/AM, DAB, and cellular signals.
• Automotive Diagnostic Testing: Used by technicians to interface test equipment with vehicle RF ports for signal analysis, fault detection, and firmware updates.
• Telematics and V2X Communication: Facilitates high-speed data exchange between ECUs, cameras, radar sensors, and cloud-based services in connected cars.

Customers consistently praise the ease of installation, resistance to wear over time, and ability to maintain signal strength across long cable runs. Many note that the keyed mechanism significantly reduces human error during assembly—a critical advantage in mass production environments where consistency matters most. The connectors also perform reliably in harsh conditions such as engine compartments, underbody installations, and outdoor parking scenarios.

Frequently Asked Questions:

What makes Fakra connectors different from other RF connectors? Fakra connectors are specifically engineered for automotive use, featuring standardized dimensions, locking mechanisms, and color-coding that prevent misconnections—a common issue with generic coaxial solutions. Their design prioritizes durability and electromagnetic compatibility (EMC), making them superior for mobile and industrial applications.

Can I customize the cable length or type? Yes, we offer tailored cable assemblies using premium-grade coaxial cables like RG174 or LMR195, with lengths adjusted to your specifications. Each configuration undergoes rigorous testing to meet industry standards for return loss, insertion loss, and shielding effectiveness.

Are these connectors suitable for electric and hybrid vehicles? Absolutely. Due to their excellent shielding properties and low signal attenuation, Fakra connectors are widely adopted in EVs and hybrids for connecting battery management systems, charging stations, and advanced driver-assistance systems (ADAS).

How do I verify if this connector matches my existing system? Check the connector’s gender (male/female), color code, and pin configuration against your vehicle’s manual or manufacturer documentation. If unsure, consult with our technical team—they can help identify the correct variant based on your application needs.

Is there any warranty or quality assurance provided? Our manufacturing process adheres strictly to international standards such as ISO 9001 and IEC 61076-3-113. Every batch undergoes full electrical and mechanical testing before shipment, ensuring long-term reliability and compliance with automotive-grade expectations.

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