Front Panel Mount FAKRA D Code to SMA Cable :
Features Applications And Selection Guide
Explore the front panel mount FAKRA D code to SMA cable for automotive RF links. Learn how its FAKRA D code female connector, SMA male connector, and 50 ohm RG174 coaxial cable provide signal paths for GPS, GNSS, GSM, vehicle antennas, and wireless communication systems. The guide also explains panel mounting and connector compatibility.
>Product Introduction
What Is a Front Panel Mount FAKRA D Code to SMA Cable ?
A Front Panel Mount FAKRA D Code to SMA Cable is an RF cable with a panel-mount FAKRA D code female connector, an SMA male connector and 50 ohm RG174 coaxial cable.
It transmits signals between vehicle antennas and compatible receiver or communication modules in GPS, GNSS, GSM and wireless systems. Mounted on an equipment enclosure or dashboard panel, it provides an external RF connection for automotive electronics.
Why Is RG174 50 Ohm Coaxial Cable Suitable for RF Connections ?
RG174 is a thin 50 ohm coaxial cable for automotive and wireless RF links. Its center conductor carries the signal; the dielectric maintains spacing; the braided shield provides a return path and limits interference; and the jacket protects the cable.
Flexible for confined routing, it requires impedance matching across the FAKRA connector, SMA connector and cable. Assess signal loss by frequency and cable length.
How to Select the Right FAKRA Cable?
Choose a FAKRA cable by confirming the equipment model, FAKRA code and gender, mounting style, mating connector, and RF impedance. Check cable length and routing space, then verify connector fit, continuity and required RF tests, such as insertion loss or VSWR. Do not rely on appearance alone.
> Core Product Value
◆ Cross Interface RF Connectivity
This cable connects FAKRA and SMA RF interfaces in one assembly, providing a direct connection path between automotive antennas, communication modules and other devices with different connector types.
◆ Front Panel Mounting and Access
The panel mount FAKRA end can be secured to an equipment housing, creating an accessible and clearly defined RF connection point. This arrangement also supports orderly installation and easier maintenance.
◆ Coaxial Design for Stable RF Signals
The coaxial structure uses a center conductor and an outer shield to carry RF signals and provide a return path. This defined transmission path helps limit external interference and maintain signal integrity.
◆ Flexible Routing and Keyed Connection
The slim, flexible RG174 cable is easier to route through confined spaces in dashboards, communication modules and control panels. FAKRA keying also helps identify the intended connection and reduce mismating.
> Product Customization Capabilities
FAKRA Coding Options
FAKRA coding, gender and connector types can be tailored to match the device.
Panel Mounting Design
Panel mounts, fixing methods and seals can match your equipment panel design.
SMA Connector Options
Choose SMA male or female interfaces to match RF equipment port connections.
Cable Length
Cable length can be customized to suit routing paths and installation spaces.
Coaxial Cable Options
Coaxial cable type, jacket material and color can match project requirements.
OEM Bulk Production
Plan OEM labels, packaging, and batch tracking; confirm MOQs and delivery dates.
> Product FAQ
What Equipment Is This FAKRA to SMA Cable Used With ?
This cable connects automotive equipment with compatible FAKRA D code and SMA RF ports. Typical uses include cellular modules, GSM/LTE antennas, vehicle T-Boxes and telematics systems.
Can This Cable Connect Directly to an SMA Antenna ?
Yes, if the antenna has a standard SMA female port and compatible RF specifications. This cable's SMA male end mates with it; check frequency, impedance and SMA type before installation.
How Is the Panel Mount FAKRA Connector Installed ?
The panel mount FAKRA end is secured through a matching panel opening. Confirm the hole size, panel thickness and fixing method against the connector drawing before installation.
Is This FAKRA to SMA Cable Directional ?
As a passive coaxial assembly, the cable itself is generally non directional and can carry RF signals either way. The equipment ports must still support the intended transmit or receive function.
