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LMR100 Fakra Code C to Code I Male to Female Cable – Low Loss GNSS WiFi Extension Coax Jumper 6m for Automotive Use
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LMR100 Fakra Code C to Code I Male to Female Cable – Low Loss GNSS WiFi Extension Coax Jumper 6m for Automotive Use

Product Description

Upgrade your vehicle’s connectivity with this 6-meter LMR100 Fakra Code C to Code I Male to Female Extension Cable. Designed for reliable performance in high-frequency RF applications, this cable provides low-loss signal transmission for GNSS, GPS, Wi-Fi, and telematics systems.

Manufactured with precision Fakra connectors (Code C – Water Blue & Code I – Beige), this assembly ensures secure mating, high durability, and compliance with automotive-grade standards. The LMR100 low-loss coaxial cable offers excellent shielding, flexibility, and reduced signal attenuation, making it ideal for integration in both OEM and aftermarket systems.


Key Features

  • Connector Type: Fakra Code C (Male) to Fakra Code I (Female)

  • Cable Type: LMR100 – Low Loss Coaxial

  • Length: 6 meters (custom lengths available)

  • Impedance: 50 Ohms

  • Frequency Range: DC – 6 GHz

  • Applications: GNSS/GPS antenna, Wi-Fi, LTE, telematics, infotainment

  • Standards: RoHS compliant, automotive-grade

  • Temperature Range: –40°C to +85°C

  • Durability: Secure locking design, >100 mating cycles


Applications

  • Automotive infotainment systems

  • GPS and GNSS navigation modules

  • Vehicle telematics and diagnostics

  • WLAN/4G antenna extensions

  • Embedded IoT communication devices


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Description

Product Description

Upgrade your vehicle’s connectivity with this 6-meter LMR100 Fakra Code C to Code I Male to Female Extension Cable. Designed for reliable performance in high-frequency RF applications, this cable provides low-loss signal transmission for GNSS, GPS, Wi-Fi, and telematics systems.

Manufactured with precision Fakra connectors (Code C – Water Blue & Code I – Beige), this assembly ensures secure mating, high durability, and compliance with automotive-grade standards. The LMR100 low-loss coaxial cable offers excellent shielding, flexibility, and reduced signal attenuation, making it ideal for integration in both OEM and aftermarket systems.


Key Features

  • Connector Type: Fakra Code C (Male) to Fakra Code I (Female)

  • Cable Type: LMR100 – Low Loss Coaxial

  • Length: 6 meters (custom lengths available)

  • Impedance: 50 Ohms

  • Frequency Range: DC – 6 GHz

  • Applications: GNSS/GPS antenna, Wi-Fi, LTE, telematics, infotainment

  • Standards: RoHS compliant, automotive-grade

  • Temperature Range: –40°C to +85°C

  • Durability: Secure locking design, >100 mating cycles


Applications

  • Automotive infotainment systems

  • GPS and GNSS navigation modules

  • Vehicle telematics and diagnostics

  • WLAN/4G antenna extensions

  • Embedded IoT communication devices



Product Description

Upgrade your vehicle’s connectivity with this 6-meter LMR100 Fakra Code C to Code I Male to Female Extension Cable. Designed for reliable performance in high-frequency RF applications, this cable provides low-loss signal transmission for GNSS, GPS, Wi-Fi, and telematics systems.

Manufactured with precision Fakra connectors (Code C – Water Blue & Code I – Beige), this assembly ensures secure mating, high durability, and compliance with automotive-grade standards. The LMR100 low-loss coaxial cable offers excellent shielding, flexibility, and reduced signal attenuation, making it ideal for integration in both OEM and aftermarket systems.


Key Features

  • Connector Type: Fakra Code C (Male) to Fakra Code I (Female)

  • Cable Type: LMR100 – Low Loss Coaxial

  • Length: 6 meters (custom lengths available)

  • Impedance: 50 Ohms

  • Frequency Range: DC – 6 GHz

  • Applications: GNSS/GPS antenna, Wi-Fi, LTE, telematics, infotainment

  • Standards: RoHS compliant, automotive-grade

  • Temperature Range: –40°C to +85°C

  • Durability: Secure locking design, >100 mating cycles


Applications

  • Automotive infotainment systems

  • GPS and GNSS navigation modules

  • Vehicle telematics and diagnostics

  • WLAN/4G antenna extensions

  • Embedded IoT communication devices