Rosenburger Z Code 4 in 1 H-MTD Female to 4x MATEnet Female Automotive Cable

PCM-ZC-0174-X is an H-MTD to MATEnet breakout harness designed to distribute one 4 channel H-MTD Z-Code interface into four independent MATEnet Z-Code automotive Ethernet connections.

This 1 to 4 automotive Ethernet breakout cable is designed for high speed in vehicle networks, ADAS domain controllers, vehicle gateways and automotive test systems. The harness provides independent differential Ethernet paths between the H-MTD and MATEnet interfaces without active electronics or bandwidth aggregation.

With a 100Ω nominal differential impedance and automotive grade construction, PCM-ZC-0174-X is intended for automotive Ethernet signal distribution where compact multi channel connectivity is required.

Applications :

Automotive Ethernet Measurement

Can be used as part of compatible laboratory setups for automotive Ethernet signal testing, debugging and validation.
Prototype Vehicle Wiring

Used in automotive R&D harnesses where multiple MATEnet connections need to be routed from a single H-MTD interface.

Automotive Infotainment and Display Systems

Supports multi channel high speed data connections for in vehicle infotainment, display and rear seat entertainment systems.

Automotive HIL Test and Validation

Provides a practical breakout connection for ECU, sensor and automotive Ethernet testing on HIL benches and development platforms.

Automotive Ethernet In Vehicle Networks

Used for signal breakout in domain controllers, zone controllers and vehicle gateways supporting compatible automotive Ethernet architectures.

ADAS Domain Controllers and Camera Systems

Provides four independent MATEnet Ethernet connections from an H-MTD interface for multi camera perception, surround view and other ADAS sensor applications.

Key Features :

Automotive Temperature Range

Designed for operation from -40°C to +105°C for automotive electronic and in vehicle applications.

100Ω Differential Impedance

Uses a 100Ω automotive Ethernet cable architecture to maintain the required differential impedance across the signal paths.

Independent Differential Channels

Each H-MTD differential pair is mapped to a separate MATEnet output without combining or aggregating the four Ethernet channels.

H-MTD to MATEnet Z-Code Interface

Combines a Rosenberger H-MTD Jack Z-Code input with four TE MATEnet Jack Z-Code outputs for compatible in vehicle Ethernet systems.
1 to 4 Automotive Ethernet Breakout

Converts one 4 channel H-MTD Z-Code interface into four independent MATEnet Z-Code connections for multi channel automotive Ethernet distribution.

Supports High Speed Automotive Ethernet

Designed for automotive Ethernet applications operating across the specified DC to 10GHz electrical frequency range, supporting high speed data transmission.

Specifications :

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