Description

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The Quad HFM Mini FAKRA to 4 FAKRA Z-Code Female Coaxial Breakout Cable is designed for multi-channel signal connections between different automotive coaxial interface systems. One end features a Rosenberger AMS11D-1M4Z5-Z quad-port HFM Mini FAKRA male connector, while the opposite end terminates in four 59Z113-000Z straight FAKRA Z-code female connectors.

Built with Dacar 302-4 automotive coaxial cables, the assembly routes four independent 50-ohm coaxial channels from the compact HFM interface to four individual FAKRA female connections. Each branch provides a separate point-to-point signal path without active signal splitting, amplification, or protocol conversion.

Compared with using multiple individual FAKRA connectors on a centralized module, the quad HFM interface reduces connector space requirements while retaining the flexibility of standard FAKRA connections on the device side. This mixed-interface configuration supports system integration, cable extension, and interface adaptation between newer HFM-equipped equipment and existing FAKRA-based automotive modules.

Product Specifications

Parameter	Specification
Product Name	Quad HFM to 4 FAKRA Female Cable
Connector P1	Rosenberger AMS11D-1M4Z5-Z
Connector P2-P5	4 × 59Z113-000Z
Characteristic Impedance	50 Ω Nominal
Coding	Z Code
Color	Water Blue
Applications	ADAS / Camera / Infotainment / ECU
Cable Type	Dacar 302-4 Automotive Coaxial
OEM Service	Custom / Wholesale

Core Performance Advantages

Integration Between HFM and Standard FAKRA Interfaces

The cable provides physical interconnection between compact HFM quad-port interfaces and conventional FAKRA connectors. This helps integrate automotive modules using different connector families, reducing additional adapters and rewiring requirements during equipment upgrades or controller replacement projects.

Reduced Connector Space on Centralized Modules

Integrating four independent coaxial channels into one HFM quad-port interface reduces connector footprint on centralized controllers. This supports more efficient interface layouts and harness organization in high-density ADAS domain controllers and automotive electronic modules.

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Why Are HFM to FAKRA Cables Used in ADAS Camera Systems ?

Modern ADAS systems often require connections to multiple cameras and vision processing modules. As camera counts increase, connector density, cable routing space, and signal integrity become important design considerations.

Quad HFM connectors integrate four coaxial channels into a compact interface, while conventional FAKRA connectors remain widely used in automotive cameras, navigation, and communication modules. HFM-to-FAKRA cable assemblies allow engineers to use compact HFM controller interfaces while retaining existing FAKRA-equipped devices.

In multi-camera systems, this architecture reduces controller-side connector footprint and simplifies harness integration between different automotive modules. Support for GMSL or FPD-Link protocols must be verified at the complete link level.

Product FAQ

Can HFM Mini FAKRA connect directly to standard FAKRA ?

HFM Mini FAKRA and standard FAKRA are different connector families and cannot mate directly. This cable provides a physical interconnection between compatible equipment interfaces without performing active protocol conversion.

What is the purpose of Z-Code connectors ?

Z-code is a universal coding configuration that provides flexible mating options within compatible connector families. However, HFM and FAKRA use different interface systems, so matching Z-code configurations do not make them directly interchangeable.

Can cable length and branch configurations be customized ?

Yes. Premier Cable offers OEM customization of overall cable length, individual FAKRA branch lengths, connector configurations, channel mapping, and assembly requirements for automotive development and wholesale manufacturing.

How can I verify HFM to FAKRA cable compatibility ?

Verify the HFM connector gender, FAKRA mechanical coding, four-channel mapping, equipment signal protocol, and cable length requirements. Equipment drawings, sample mating checks, and signal testing are recommended before volume orders.