H-MTD 6-Port Breakout Cable

H-MTD 6-Port Female to 6x H-MTD Female Breakout Cable

This breakout cable converts one H-MTD 6-port female interface into six independent H-MTD female connections, allowing each high-speed link to be routed and accessed separately. It is well suited for multi-device connection, channel-by-channel signal access and modular wiring in automotive development systems. The separated branch design also makes individual links easier to identify, connect or replace during ECU integration, prototype vehicle wiring, ADAS development and laboratory validation, without requiring multiple individual adapter cables.

H-MTD 6-Port Female to 6x H-MTD Male Breakout Cable

This breakout cable fans out one H-MTD 6-port female interface into six individual H-MTD male connections for linking compatible automotive modules and test equipment. Each branch can be routed independently, providing greater installation flexibility when several devices are positioned at different locations within a test bench or prototype vehicle. The configuration is particularly useful for ECU connection, domain controller development, sensor integration and HIL validation where engineers need convenient access to individual H-MTD links while keeping the main multi-port connection organized.

H-MTD 6-Port Female to 6x GEMnet Female Breakout Cable

This cross-interface breakout cable transitions one H-MTD 6-port female connection into six individual GEMnet female interfaces, providing a practical bridge between H-MTD multi-port equipment and GEMnet-based connections. Instead of using multiple separate adapters, the integrated breakout structure organizes all six branches within one harness for cleaner installation and easier channel management. It is suitable for automotive Ethernet development, ECU and domain controller integration, prototype network wiring, signal access and laboratory validation where H-MTD and GEMnet interfaces are used within the same system.

H-MTD 6-Port Female to 6x GEMnet Male Breakout Cable

This breakout cable converts an H-MTD 6-port female interface into six separate GEMnet male connections, enabling multi-port H-MTD equipment to interface with individual GEMnet-compatible connections through one organized harness. The six branches can be routed independently to different modules, helping reduce wiring complexity in development and validation environments. This configuration is useful for vehicle network integration, ECU and sensor connection, ADAS development, prototype harness construction and HIL test systems that require convenient transition between H-MTD and GEMnet interface architectures.

H-MTD 6-Port Female to H-MTD 6-Port Female Extension Cable

This extension cable provides an H-MTD 6-port female interface at both ends, maintaining the multi-port connection rather than separating it into individual branches. It is designed for applications where the original connection needs to be extended or repositioned while keeping the harness compact and organized. The cable can simplify routing between compatible multi-port equipment when direct connection is limited by installation distance or equipment placement, making it useful for ECU and domain controller integration, prototype vehicle wiring, test benches and automotive network development systems.

Typical Applications

Product Features

Product Advantages

Connection & Ordering Notes

Product FAQ

Q1: Can the six breakout branches be made in different lengths?

A1: Yes. The individual branch lengths can be adjusted according to equipment position and harness routing requirements, helping the cable fit different ECU, controller, test bench and prototype layouts.

Q2: Can different connector codings be supplied for a specific project?

A2: Yes. Connector coding can be selected according to the mating interface and project requirements. The exact connector series, coding and mating compatibility should be confirmed before production.

Q3: Is this cable suitable for prototype development as well as production projects?

A3: Yes. The cable can support engineering samples, prototype vehicle development, validation setups and project-specific harness requirements. Configuration and quantity can be discussed according to the development stage.

Q4: Can each breakout branch be identified separately?

A4: Yes. Individual branches can be marked with customized labels or channel identification to simplify installation, connection checking, troubleshooting and maintenance in multi-channel wiring systems.

Q5: What information should I provide when requesting a quotation?

A5: Please provide the required connector configuration, mating interface, cable and branch lengths, connector coding, quantity and any special labeling or wiring requirements so the cable can be quoted accurately.