4 In 1 Mini Fakra Female to Male Cable
PCM Cable Co., Ltd. is one of the leading 4 In 1 Mini Fakra Female to Male Cable manufacturers and suppliers in China. Welcome to wholesale high quality customized products at discount price from our factory. Contact us for quotation and free sample.
The defining feature of PCM-ZC-0197 is its ability to integrate four independent 50Ω coaxial channels into one AMK12D-1M4Z5-Z Quad HFM / Mini FAKRA interface, while breaking them out to four individual FAKRA Z-Code interfaces.Compared with four separate connector assemblies, this 4-in-1 Mini FAKRA Cable consolidates multiple coaxial connections at ECUs, domain controllers and camera control modules for cleaner interface management.
Importantly, it functions as a multi-channel fan-out breakout cable. Each channel remains independent; it is not an RF power divider that distributes one input signal across four outputs.
PCM-ZC-0197 does not combine four signals into a shared transmission path. Each port of the P1 Quad HFM interface is individually mapped to P2, P3, P4 or P5, maintaining a separate center conductor and shield for every channel.
This point-to-point architecture gives each signal a defined coaxial path. Combined with LEONI DACAR 302-4 automotive coax and nominal 50Ω impedance, it supports parallel connections between multiple cameras, RF modules and automotive electronic devices.

Products Specification
| Product Type | Mini FAKRA to 4-Way FAKRA Z Code Coaxial Cable Assembly |
| Drawing Number | PCM-ZC-0197-X |
| Structure | 1 Mini FAKRA to 4 FAKRA |
| P1 Connector | Rosenberger AMK12D-1M4Z5-Z ;Mini FAKRA Jack Z Code, 4-Channel |
| P2/P3/P4/P5 Connector | Rosenberger 59Z114-000-Z ;FAKRA Plug Z Code |
| Wire rod | LEONI DACAR 302-4 |
| Length | 150 + 5 mm |
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Product Features
Quad HFM 4-Channel Integration
The AMK12D-1M4Z5-Z Quad HFM Mini FAKRA interface integrates four independent coaxial channels into one compact housing and breaks out to four FAKRA connectors, supporting high-density wiring for ADAS, domain controllers, and multi-camera systems.
Four Independent 50Ω Channels
Four LEONI DACAR 302-4 automotive coaxial paths maintain independent nominal 50Ω transmission channels, supporting DC–3GHz operation and VSWR ≤1.80 for parallel camera, RF module, and automotive electronic connections.


Four Individual FAKRA Breakouts
Each Quad HFM channel maps to an individual FAKRA branch, creating clearly defined point-to-point signal paths for separate cameras, sensors, or RF devices. This architecture simplifies multi-channel connection management, installation identification, and maintenance.
Compact 150mm Harness & Testing
The 150±5mm short fan-out design is ideal for nearby ECUs, camera controllers, and electronic modules, reducing excess cable and improving branch routing. Every finished assembly undergoes 100% continuity testing to verify correct Quad HFM-to-FAKRA channel mapping.
Core Application Scenarios
ADAS Multi-Camera Systems
Suitable for multi-channel connections between front, rear, side and surround-view ADAS cameras and a central control module. The Quad Mini FAKRA interface consolidates four independent coaxial paths at the controller side, while four individual FAKRA plugs connect separate cameras, supporting organized point-to-point links for imaging, parking assistance and environmental perception.

Automotive Vision R&D
Suitable for automotive camera test platforms, ADAS laboratories, prototype vehicles and vision-development equipment. It establishes four clearly defined coaxial paths between a Quad HFM interface and multiple FAKRA devices, helping engineers manage separate cameras or signal sources during image acquisition, hardware validation, channel testing and system integration.

Frequently Asked Questions
Q1: This cable links a 4-in-1 female to 4 single males; what specific pain point does it solve within automotive RF layouts?
A1: In modern vehicular electronics, dense domain controller motherboards host highly compact 4-in-1 male ports to optimize surface space. However, long mainlines routed from separate antennas or sensors are typically discrete single-port female connectors. This PCM-ZC-0197 implements a female-to-male asymmetric breakout topology, serving perfectly as a "high-density mid-span decoupling jumper": technicians clip its locked 4-in-1 female terminus directly into the host gateway's male hull, and then plug the 4 separate single-port male terminations into the female lines running from the sensor side, executing seamless cross-vendor deployment without wire-splicing.
Q2: Does splitting a 4-in-1 integrated port into 4 separate lines drastically increase VSWR and attenuation, causing video stuttering?
A2: Splicing via common routines alter dielectric constants, triggering fatal impedance pulse reflections. Premier Cable overcomes this by optimizing internal wire junctions and transition PCB traces via micro-scale EM simulation layout, and nesting a fully enclosed metallic physical compartment matrix prior to solidification. This clamps insertion loss and Voltage Standing Wave Ratio (VSWR) well inside safe vehicle guidelines, flawlessly guiding uncompressed RF streams at 20GHz limits.
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