Straight Right Angle Male PCB Mount FAKRA Connector

High-Performance FAKRA RF Coaxial Connector for Automotive Telematics – Reliable, Durable, and Industry-Standard Compliant

Engineered for the demanding conditions of modern vehicle electronics, this premium Fakra Connector delivers exceptional signal integrity, mechanical robustness, and ease of integration across global automotive applications. Designed in accordance with ISO 20860-1 and USCAR-18 specifications, it ensures compatibility with leading OEM standards while supporting high-speed data transmission up to 8 Gbps across a broad frequency range from DC to 6 GHz. Ideal for advanced telematics systems, infotainment modules, and wireless communication networks in cars, trucks, and commercial vehicles worldwide.

Key features include a precise 50 Ohm impedance for minimal signal loss, return loss exceeding 18 dB for consistent performance under varying load conditions, and an operating temperature range from -40°C to +105°C—making it suitable for extreme climates and long-term reliability. With over 25 mating cycles, these connectors offer extended service life even in high-vibration environments like engine compartments or chassis-mounted installations.

The connector’s modular design includes stamped center contacts, support sleeves, and plug housings on separate coils, enhancing manufacturability and reducing assembly errors during automated SMT processes. Its color-coded housing (14 distinct mechanical keying options plus one neutral variant) prevents incorrect mating—a critical feature in complex wiring harnesses where misconnections can lead to system failures. The audible click mechanism provides tactile feedback during connection, ensuring secure engagement without visual inspection. Additionally, tape-and-reel packaging supports seamless robotic placement in high-volume production lines, improving efficiency for manufacturers globally.

Designed specifically for automotive-grade RF connectivity, this FAKRA solution is widely used in GPS antennas, satellite radio modules, Bluetooth transceivers, Wi-Fi hotspots, and other vehicular communication systems. Whether deployed in electric vehicles, autonomous driving platforms, or traditional internal combustion engines, its rugged construction meets stringent environmental and mechanical demands—including resistance to moisture, dust, vibration, and thermal cycling.

Users consistently praise its plug-and-play simplicity, durability under harsh conditions, and compatibility with both male and female configurations. Many report reduced downtime due to fewer installation errors and improved signal stability compared to generic alternatives. Engineers appreciate the standardized interface that simplifies prototyping, testing, and scaling across different vehicle models and brands.

Frequently Asked Questions:

What is a FAKRA connector? A FAKRA connector is a standardized RF coaxial connector developed for use in automotive electronics. It provides reliable high-frequency signal transmission between antennas and electronic control units (ECUs), commonly found in GPS navigation, satellite radio, cellular modems, and vehicle-to-everything (V2X) communication systems.

What does "FAKRA" mean? The term originates from "FAchKReis Automobil," a German technical committee responsible for establishing uniform connector standards within the automotive industry. This standardization ensures interoperability, safety, and performance consistency across global vehicle manufacturing operations.

Where are FAKRA connectors typically used? These connectors are essential components in modern automotive telematics, including onboard diagnostics (OBD), emergency call systems (eCall), remote keyless entry, wireless charging, and advanced driver assistance systems (ADAS). They are also utilized in aftermarket upgrades such as dashcams, mobile internet gateways, and vehicle tracking devices.

How many types of FAKRA connectors exist? There are 14 unique mechanical and color-coded variants, each designated for specific functions like FM/AM reception, GPS, UHF/VHF antennas, or dedicated data channels. This prevents accidental interconnection between incompatible systems—an important safeguard in complex vehicle architectures where multiple RF signals coexist.