Product Specifications
| Parameter | Specification |
|---|---|
| Channel Count | 2 |
| Coding | Z Code |
| Signal Type | Coaxial |
| Cable Type | Dacar302-4 |
| FAKRA Quantity | 2 connectors |
| HFM Cavity Count | 2 cavities |
| HFM Connector Reference | AMS11B-1M4Z5-Z |
| TE Connector Reference | 1-2392990-4 |
| Cable Length | 0.1, 1, 2, 3, 4 and 5 m |
| Product Type | Dual channel camera cable harness |
| Gender | HFM male to two FAKRA female connectors |
| Connector Type | Dual cavity HFM and right angle TE FAKRA |
| Interface | One dual cavity HFM to two individual FAKRA ports |
| Custom Options | Cable length; further modifications subject to drawing review |
| Protection Rating | HFM: non-waterproof; TE ends: IP67 Waterproof subject to rating and mating-condition confirmation |
Configuration
HFM Dual Cavity Male to Dual Right Angle FAKRA Female Cable
Connection Structure: One AMS11B-1M4Z5-Z HFM dual cavity male Z Code connector connected to two 1-2392990-4 TE FAKRA right angle female Z Code connectors.
Unique Difference: This configuration combines two camera connections within one HFM housing while providing individual angled terminations at the camera side. The TE ends use the IP67 Waterproof version; the HFM end requires a protected installation location.
Suitable Installation: Camera assemblies with limited clearance behind the mating ports and a dual cavity HFM connection located inside an enclosure or another protected area.
Applications & Customer Value
Dual Camera Integration
A controller may need to connect to two separately positioned cameras. The harness allows engineers to plan each route individually while keeping the controller connection grouped, simplifying the equipment interface layout.
Camera Bracket Installations
Camera brackets and surrounding panels can restrict cable clearance. An angled cable exit helps route the harness alongside the mounting surface and reduces the space required immediately behind the port.
Camera Connections Requiring Environmental Protection
Camera locations may be exposed to moisture while the controller remains inside a protected enclosure. Evaluating protection at each connection point helps match the harness arrangement to these different installation conditions.
Prototype Vehicle Harness Development
During prototype assembly, cable routes often change with camera and controller placement. Project specific branch lengths and channel labels help technicians reproduce the approved installation and trace connections during servicing.
Product Features
Integrated Dual Cavity HFM Housing
The AMS11B-1M4Z5-Z housing contains two coaxial connection positions in a single mating interface. The two cables exit together at the equipment end and route separately toward the camera connections.
Right Angle TE FAKRA Terminations
Two 1-2392990-4 female connectors provide angled cable exits. Their orientation must be considered alongside the mating port position, latch access and surrounding installation clearance.
End-Specific Protection Requirements
The HFM connector is non-waterproof, while TE ends are specified as IP67 waterproof versions, pending rating and mating verification. The harness requires equipment-end protection planning.
Dacar302-4 Coaxial Cable Construction
The supplied product information identifies Dacar302-4 for both branches. Assembly frequency, impedance and camera protocols require confirmation and are not established by the cable name alone.
Customization Capabilities
Premier Cable supports:
Connector Customization
Connector type, gender, coding and housing design can be reviewed against the equipment and camera mating drawings. For angled connectors, cable exit orientation can be defined as part of the assembly specification.
Cable Customization
Overall length, individual branch lengths, jacket, shielding and cable structure can be reviewed for the routing environment. Cable changes require confirmation of connector termination dimensions and sealing compatibility.
Electrical Customization
Pin assignment, channel mapping and wiring definition can be specified in the project drawing. Circuit configuration, resistance value and power rating requirements can be evaluated where applicable; these are not confirmed features or ratings of the illustrated harness.
OEM Manufacturing
Premier Cable supports drawing review, prototype preparation and mass production to an approved specification. Channel identification, product labels and packaging can be defined for sample validation, installation and production supply.
Product FAQ
Q1. Is an HFM to dual FAKRA camera harness a signal splitter?
This harness provides two separate coaxial connection paths. It does not establish a function that duplicates one camera signal to two destinations. The approved drawing should identify which HFM cavity connects to each FAKRA branch.
Q2. Can an HFM connector mate directly with a FAKRA connector if both are Z Code?
No. Z Code describes coding within the respective connector system. HFM and FAKRA have different mating interfaces, so each end must be matched to its corresponding connector family and gender.
Q3. Can this harness be used for GMSL or FPD-Link cameras?
The supplied material does not confirm a specific camera protocol. Provide the camera and controller models, required data rate and cable length so the complete connection can be evaluated for the intended system.
Q4. Does IP67 Waterproof apply to the entire cable assembly?
No complete assembly rating has been provided. The stated protection applies to the TE ends only, subject to specification confirmation and the required mating conditions. The HFM end is identified as non-waterproof and needs installation protection.
Q5. What should be supplied for a project quotation?
Provide the required quantity, overall and branch lengths, channel mapping, camera port positions and mating connector references. Include cable exit orientation, environmental conditions, test requirements and any branch labeling needed for assembly.
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