ECT Mini FAKRA D Code Cable

ECT Mini FAKRA D Code Cable

ECT Mini FAKRA D Code Cable

ECT Mini FAKRA D Code Cable suppliers

ECT Mini FAKRA D Code Cable suppliers

ECT Mini FAKRA D Code Cable factory

ECT Mini FAKRA D Code Cable factory

ECT Mini FAKRA D Code Cable best

ECT Mini FAKRA D Code Cable best

ECT Mini FAKRA D Code Cable high quality

ECT Mini FAKRA D Code Cable high quality

ECT Mini FAKRA D Code Cable
Details:
ECT Mini FAKRA D Code harness 818018736 with a sealed four cavity female end and four FAKRA, HFM or Mate-AX branches for automotive camera wiring.
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Description
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This ECT Mini FAKRA camera harness connects a grouped D Code equipment interface to four individual coaxial endpoints. It allows a device with a four cavity port to connect with peripheral wiring that uses separate single cavity connectors.

 

Five configurations cover FAKRA, HFM and Mate-AX branch interfaces. The product is intended for automotive camera integration where the equipment connection is fixed and the remote endpoints must match an existing harness arrangement.

Product Specifications

Parameter Confirmed Information
Signal Type RF
Common Housing Color Bordeaux
Common Connector P/N 818018736
Common Connector Gender Female
Gender Female to female; female to male
Cable Length 0.1, 0.5, 1, 1.5, 2, 2.5, 3, 4 and 5 m
Product Type Automotive camera coaxial breakout harness
Connector Type ECT Mini FAKRA to FAKRA, HFM or Mate-AX
Coding ECT Mini FAKRA D Code; branch connectors Z Code
Interface One four cavity interface to four single cavity interfaces
Custom Options Cable length; branch layout and identification subject to review
Cable Type RTK031 coaxial cable; Dacar302-4 and ECT302LL listed as examples

Available Configurations

2 1
Version 1

ECT Mini FAKRA D Code to Four ECT FAKRA Female Cable

 

Connection Structure
One 818018736 ECT Mini FAKRA D Code four cavity female connector to four 818010602 unsealed straight female connectors, FAKRA Z Code.

 

Unique Difference
ECT type connectors are specified at both the grouped equipment connection and the individual FAKRA endpoints.

 

Suitable Installation
For protected junctions requiring 818010602 female cable connectors and corresponding male mating interfaces.

Version 2

ECT Mini FAKRA D Code to Four Rosenberger FAKRA Female Cable

 

Connection Structure
One 818018736 ECT Mini FAKRA D Code four cavity female connector to four Rosenberger type 59Z113-000Z unsealed straight female connectors, FAKRA Z Code.

 

Unique Difference
This version uses the Rosenberger type female FAKRA endpoint instead of the ECT branch connector.

 

Suitable Installation
For existing equipment drawings or harness BOMs that specify 59Z113-000Z cable endpoints.

3 1

4 1

Version 3

ECT Mini FAKRA D Code to Four Rosenberger FAKRA Male Cable

 

Connection Structure
One 818018736 ECT Mini FAKRA D Code four cavity female connector to four Rosenberger type 59Z114-000Z unsealed straight male connectors, FAKRA Z Code.

 

Unique Difference
All four branch connections use male interfaces, changing the mating gender from Versions 1 and 2.

 

Suitable Installation
For female FAKRA mating ports or harness junctions requiring male cable endpoints.

Version 4

ECT Mini FAKRA D Code to Four HFM Female Cable

 

Connection Structure
One 818018736 ECT Mini FAKRA D Code four cavity female connector to four Rosenberger type AMK16A-1M4Z5-Z unsealed single cavity female connectors, HFM Z Code.

 

Unique Difference
The branch side changes to HFM, providing a separate mating interface family from the FAKRA versions.

 

Suitable Installation
For protected HFM connection points confirmed against the specified connector reference.

5 1

6 1

Version 5

ECT Mini FAKRA D Code to Four Mate-AX Female Cable

 

Connection Structure
One 818018736 ECT Mini FAKRA D 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.

 

Suitable Installation
For peripheral harnesses or equipment ports specifying the corresponding Mate-AX mating connection. Branch protection requirements should be reviewed separately.

Applications & Customer Value

Connecting Equipment to an Existing Camera Harness

A new device may use a different interface from the installed peripheral wiring. Selecting the appropriate branch configuration gives engineers a way to evaluate integration while retaining the specified camera-side connection format.

 

Routing Across Different Environmental Locations

The equipment connection and remote junctions may occupy areas with different exposure conditions. The mixed sealing arrangement allows each connection location to be assessed individually during harness planning.

 

Controlling Similar Harness Variants

Assemblies with the same number of branches can look similar while requiring different equipment interfaces. Including D Code and 818018736 in the purchasing specification helps distinguish this harness during ordering and incoming inspection.

 

Accessing One Camera Connection for Service

Troubleshooting may require a single remote device to be disconnected. Separate endpoints allow technicians to access that connection while leaving the other branch connections in place.

Product Features

01

Four Position Mating Insert

 

The common connector contains four coaxial interface positions within one compact outer housing. This groups the equipment-side mating positions while retaining separate cable legs at the rear.

02

Clearly Defined Housing Coding

 

The grouped endpoint uses D Code and a Bordeaux housing. The branch coding belongs to its respective connector family and is identified separately as FAKRA Z Code, HFM Z Code or Mate-AX Z Code.

03

Endpoint-specific Sealing

 

The ECT Mini FAKRA connector uses a sealed design. The FAKRA and HFM branches are identified as unsealed, so their installation needs to provide the required environmental protection.

04

Accessible Housing Retention Features

 

The images show external retention structures on the connector bodies. Installation should allow sufficient access for engagement and release, especially where branch connections are closely spaced.

Customization Capabilities

Premier Cable supports:

 

Connector Customization

Connector type, gender, coding and housing design can be reviewed against the equipment and peripheral mating components. Each endpoint can be defined separately in the approved assembly specification.

 

Cable Customization

Overall length, individual branch lengths, jacket, shielding and cable structure can be evaluated for the routing environment. Cable separation points and measurement references can be documented before prototype assembly.

 

Electrical Customization

Pin assignment, cavity mapping, wiring definition and circuit configuration can be reviewed from the project connection plan. Resistance values and power ratings can be evaluated where additional electrical components are required, subject to engineering feasibility.

 

OEM Manufacturing

Premier Cable supports drawing review, prototypes and mass production against approved specifications. Branch labels, assembly identification and packaging can be arranged for installation, production handling and service replacement.

Product FAQ

Q1: Does this harness combine four camera signals into one output?
The four cavity description refers to the connector structure. No signal combining, multiplexing or processing circuit is specified.

Q2: Can the D Code version replace a C Code harness?
Replacement requires confirmation against the equipment's mating interface. The same cavity count and branch arrangement do not establish coding compatibility.

Q3: Does selecting FAKRA, HFM or Mate-AX confirm camera protocol support?
No. Protocol suitability depends on the camera system requirements and the completed cable's electrical performance, which are not established by the connector family alone.

Q4: Does the listed length apply equally to all four branches?
The supplied options do not define individual branch dimensions or measurement points. These should be stated in the quotation and assembly drawing.

Q5: What is required for an OEM sample quotation?
Provide the selected configuration, mating references, cavity-to-branch map, cable and length requirements, label text, acceptance criteria and quantity.

 

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