Product Specifications
| Parameter | Details |
|---|---|
| Cable Length | 0.6 m |
| Default Cable | RG174 |
| Twin FAKRA Housing Color | Water Blue |
| Twin FAKRA Construction | Nonsealed |
| SMA Reference | SMA-J2-3 |
| Alternative Cable Options | 1.5DS, DACAR302-4 |
| Custom Options | Cable Type and Length |
| Connector A | Twin FAKRA Straight Male |
| Connection Paths | Two Separate Coaxial Paths |
| Connector B | Two SMA Straight Male Connectors |
| Product Type | Dual Channel RF Coaxial Adapter Cable |
| Connector A Reference | Replacement Interface Reference 59Z116-000-Z |
Twin FAKRA Male to Two SMA Male Cable
Connection Structure
One Twin FAKRA straight male connector connects to two SMA straight male connectors through separate coaxial cable runs.
Unique Difference
Combines a paired automotive interface with two individually coupled SMA ends in one specified male termination arrangement.
Suitable Installation
Equipment with a matching Twin FAKRA female interface and two SMA female ports. The SMA ends are cable connectors rather than panel mounting sockets.
Applications & Customer Value
Automotive RF Module Adaptation
A module with a paired automotive connector may need to connect to equipment using individual RF ports. This assembly addresses that interface mismatch without requiring separate gender adapters at the SMA ends.
Closely Spaced Equipment Connections
Short equipment interconnections can become difficult to manage when excess cable collects around the ports. The specified 0.6 m length gives engineers a defined starting point for planning the route and service allowance.
Separate Port Access
Two receiving ports may sit at different positions or require individual disconnection. Separate cable ends allow each port to be accessed without mechanically joining the SMA connections together.
Product Features
Paired FAKRA Housing
The Twin FAKRA end holds two separate coaxial mating positions side by side. The shared connector housing fixes their spacing and orientation at the connection point.
SMA Coupling Nuts
Each SMA male connector has its own individual threaded coupling nut. The two ends can therefore be securely fastened independently to their respective mating ports.
Separate Cable Runs
Two cable runs leave the grouped connector and continue to individual SMA terminations. There is no shared output junction or visible splitter body in the supplied configuration.
Sleeved SMA Cable Exits
The pictured SMA terminations include black sleeves over the connector to cable transitions. These cover the rear termination areas without adding panel mounting hardware.
Customization Capabilities
Premier Cable supports:
Connector Customization
Premier Cable reviews connector type, gender, coding and housing design against the specified mating parts. Alternative end combinations require confirmation of the complete interfaces before assembly.
Cable Customization
Cable length, jacket, shielding and cable structure can be reviewed for the routing requirements. RG174 is the default option; the listed 1.5DS and DACAR302-4 alternatives require matching termination components.
Electrical Customization
Channel assignment and wiring definitions can be recorded on an approved drawing. Requests involving circuit configuration, resistance values or power ratings require separate engineering assessment.
OEM Manufacturing
Premier Cable supports drawing review, prototype preparation and mass production following sample approval. Channel labels, product identification and packaging can be specified for installation and repeat purchasing.
Product FAQ
Q1. Does "one to two" mean the cable divides one RF signal ?
No. It describes the housing arrangement. Two separate coaxial connections are brought out to two SMA connectors.
Q2. Is this a Mini FAKRA or HFM cable ?
The supplied product is identified as Twin FAKRA. It should not be selected as a Mini FAKRA or HFM replacement based on its dual cavity appearance.
Q3. Does the Rosenberger reference confirm original Rosenberger components ?
No. The supplied image describes the Twin FAKRA end as a replacement connector. The reference is used for interface identification, not as proof of original component supply.
Q4. What RF parameters should be confirmed before ordering ?
Confirm operating frequency, impedance, allowable insertion loss and any return loss requirement for the finished assembly. These values are not established by the photograph or cable designation alone.
Q5. How should the 0.6 m length be defined for production ?
The drawing should state the measurement points and tolerance for each cable run. This avoids ambiguity between exposed cable length and overall connector to connector length.
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