Series FAKRA RF Coaxial Connector is a high-performance standard RF connecting component designed based on SMB interface, initiated by the German automotive working group (FAKRA) and compliant with USCAR and ISO20860-1 standards. As a core part for automotive RF signal transmission, it features compact structure, reliable connection and excellent anti-interference ability, mainly used in automotive electronics and related high-frequency fields, perfectly adapting to the harsh working environment of vehicles.
The series has distinct structural and performance advantages. It adopts 14 different mechanical and color coding designs, matching unique keying structures to effectively prevent misconnection during production and installation. With a rugged plastic housing and audible locking mechanism, it ensures firm connection, and the removable housing allows for on-site replacement if needed. Electrical performance is outstanding: impedance is fixed at 50Ω, working frequency covers DC to 6GHz, insertion loss is as low as 0.15dB at low frequencies, and VSWR is controlled within 1.2:1 to 1.6:1 according to frequency bands, ensuring stable and low-loss signal transmission.
Manufactured with stamped and formed construction, the series is optimized for fully automated cable termination, reducing production costs while improving consistency. It can withstand extreme environmental conditions, with a working temperature range of -40℃ to +105℃, and excellent resistance to vibration, thermal shock and humidity, meeting strict automotive industry requirements.
Its application scenarios are mainly focused on automotive electronics, including in-car infotainment, GPS, Bluetooth, satellite radio, 360-degree surround view cameras and V2X systems, as well as IoT devices requiring stable RF connections.
As automotive intelligence and connectivity advance, Series FAKRA RF Coaxial Connector continues to upgrade, maintaining compatibility with previous versions while enhancing performance, becoming an indispensable standard component for modern automotive RF systems.