Product Specifications
| Parameter | Confirmed Information |
|---|---|
| Signal Type | RF |
| Common Connector Gender | Female |
| Common Connector P/N | 818018735 |
| Connector Type | ECT Mini FAKRA to FAKRA, HFM or Mate-AX |
| Gender | Female to female; female to male |
| Cable Length | 0.1, 0.5, 1, 1.5, 2, 2.5, 3, 4 and 5 m |
| Coding | ECT Mini FAKRA C Code; branch connectors Z Code |
| Connection Structure | One four cavity end to four individual ends |
| Product Type | Automotive camera coaxial breakout harness |
| Interface | Four cavity ECT Mini FAKRA to four single cavity connectors |
| Custom Options | Custom cable length; additional requirements subject to review |
| Cable Type | RTK031 coaxial cable; Dacar302-4 and ECT302LL listed as examples |
Available Configurations
ECT Mini FAKRA C Code Female to Four ECT FAKRA Female Cable
Connection Structure: One 818018735 ECT Mini FAKRA C Code four cavity female connector to four ECT type 818010602 straight female connectors, FAKRA Z Code.
Unique Difference: This configuration uses ECT type connectors at both the grouped end and the individual FAKRA endpoints. The FAKRA branches are identified as unsealed.
Suitable Installation: For assemblies specifying 818010602 branch connectors and corresponding male mating interfaces.
ECT Mini FAKRA C Code Female to Four Rosenberger FAKRA Female Cable
Connection Structure: One 818018735 ECT Mini FAKRA C Code four cavity female connector to four Rosenberger type 59Z113-000Z straight female connectors, FAKRA Z Code.
Unique Difference: This version provides the Rosenberger type female FAKRA branch option, distinguishing it from the ECT female arrangement.
Suitable Installation: For existing male FAKRA connections where the project BOM specifies the 59Z113-000Z cable endpoint.
ECT Mini FAKRA C Code Female to Four Rosenberger FAKRA Male Cable
Connection Structure: One 818018735 ECT Mini FAKRA C Code four cavity female connector to four Rosenberger type 59Z114-000Z straight male connectors, FAKRA Z Code.
Unique Difference: This is the male FAKRA branch configuration in the range, intended for a different mating gender from Versions 1 and 2.
Suitable Installation: For female FAKRA mating ports or harness junctions requiring male cable endpoints.
ECT Mini FAKRA C Code Female to Four HFM Female Cable
Connection Structure: One 818018735 ECT Mini FAKRA C Code four cavity female connector to four Rosenberger type AMK16A-1M4Z5-Z single cavity female connectors, HFM Z Code.
Unique Difference: The branch side uses HFM interfaces instead of FAKRA, providing a separate connector family option.
Suitable Installation: For distributed HFM connections where the mating interface has been confirmed against the specified connector.
ECT Mini FAKRA C Code Female to Four Mate-AX Female Cable
Connection Structure: One 818018735 ECT Mini FAKRA C Code four cavity female connector to four TE type 1-2310137-9 single cavity female connectors, Mate-AX Z Code.
Unique Difference: This configuration terminates the four branches in Mate-AX interfaces, separating it from both the FAKRA and HFM versions.
Suitable Installation: For equipment or intermediate harnesses specifying the corresponding Mate-AX mating interface.
Applications & Customer Value
Grouped Equipment Ports to Distributed Cameras
Camera wiring may need to leave one equipment location and follow four different routes. This harness provides individual endpoints that can be positioned according to the installation layout.
Existing Camera Harness Integration
An established vehicle harness may already use FAKRA, HFM or Mate-AX connections. Selecting the matching branch family allows engineers to evaluate the new grouped interface while retaining the specified peripheral connection format.
Multi-camera Prototype Assembly
Development teams need to identify which physical camera location corresponds to each equipment channel. A defined assembly drawing and branch labels can make installation checks and fault tracing more straightforward.
Vehicle Platform Variants
Different platform builds may share a common equipment interface while using different peripheral connectors. The five configurations provide distinct BOM choices around the same ECT Mini FAKRA connection.
Product Features
Four Cavity Mating Face
The common connector contains four coaxial interface positions within one compact outer housing. Its grouped construction brings all four positions together at a single mating location for convenient equipment integration.
Sealed ECT Mini FAKRA Housing
The supplied material identifies the ECT Mini FAKRA connector as a sealed design. This describes the common endpoint; it does not establish environmental protection for the branch connectors or the completed assembly.
Separate Coaxial Legs
Four cable legs extend from the grouped connector towards individual remote endpoints. The branch layout can be defined around routing distances, with channel assignment clearly recorded in the approved project drawing.
Housing Retention
The images show external retention features on the connector housings. The grouped end includes a red locking component whose function and engagement requirements should be verified in the connector documentation.
Customization Capabilities
Premier Cable supports:
Connector Customization
Connector type, gender, coding and housing arrangement can be reviewed against the equipment's mating interfaces. Each branch can be defined in the drawing to prevent connector selection from relying on housing color alone.
Cable Customization
Overall length, individual branch lengths, jacket, shielding and cable structure can be evaluated for the installation. The final cable model should be specified in the approved BOM rather than left as an interchangeable example.
Electrical Customization
Cavity assignment, branch wiring definition and circuit configuration can be reviewed from the project requirements. Resistance values and power ratings can also be evaluated for designs requiring additional electrical components, subject to engineering feasibility.
OEM Manufacturing
Premier Cable supports drawing review, prototypes and mass production against an approved configuration. Branch labels, assembly identification and packaging can be arranged for installation sequence, production supply or service replacement.
Product FAQ
Q1: Does "four cavity" mean that one camera signal is duplicated into four outputs?
The term describes the grouped connector structure. The supplied material does not establish signal duplication or a signal distribution circuit.
Q2: Are ECT Mini FAKRA, HFM and Mate-AX interchangeable because they are Mini-FAKRA style connectors?
The family name or appearance alone does not establish interchangeability. Mating geometry, coding and the specified counterpart must be checked for each interface.
Q3: Does this harness support GMSL, GMSL2 or another camera protocol?
No protocol compatibility is confirmed in the supplied information. Suitability requires the camera system requirements and the completed assembly's electrical performance to be evaluated together.
Q4: Is Dacar302-4 supplied on every version?
The images list Dacar302-4 and ECT302LL as examples. The cable model for an order should be confirmed in the quotation and approved drawing.
Q5: What should be provided when ordering a custom harness?
Provide the selected configuration, mating connector references, cavity-to-branch mapping, length definition, individual branch lengths, label requirements, electrical acceptance criteria and quantity.
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