High-speed MATE-AX, H-MTD, and Fakra breakout cable solutions for NVIDIA DRIVE AGX Thor ADAS testing systems.

 

As autonomous driving platforms continue evolving toward centralized computing and multi-sensor architectures, high-speed interconnect reliability becomes a critical part of system validation and vehicle integration. 

 

The NVIDIA DRIVE AGX Thor Developer Platform requires robust cable harness and breakout solutions capable of supporting high-bandwidth camera transmission, Automotive Ethernet communication, and sensor fusion systems under demanding development environments.

 

This series of high-speed breakout cable assemblies is specifically engineered for the NVIDIA DRIVE AGX Thor ecosystem, providing stable signal expansion for both bench development systems and in-vehicle testing platforms.

 

The solution includes MATE-AX, H-MTD, and Fakra breakout harnesses optimized for autonomous driving development, ADAS validation, Robotaxi computing systems, and multi-camera automotive architectures.

 

 

Product Overview & Functions

 

1. MATE-AX ×4 to Fakra Breakout Cable

 

Designed for high-speed video and sensor signal distribution, converting one MATE-AX interface into four Fakra outputs for camera and display applications.

 

• Multi-camera input support
• Suitable for ADAS and surround-view systems
• Stable high-speed differential signal transmission

 

2. H-MTD ×4 Automotive Ethernet Splitter

 

Expands a single H-MTD interface into four automotive Ethernet channels for high-speed in-vehicle networking.

 

• Supports Automotive Ethernet (1G / 2.5G / 10G)
• Optimized for autonomous driving data communication
• Ideal for ECUs, domain controllers, and sensor networks

 

3. H-MTD ×6 High-Density Ethernet Splitter

 

Provides expanded Ethernet channel capacity for complex autonomous driving architectures.

 

• Multi-sensor data aggregation
• Rugged automotive-grade construction
• Suitable for Robotaxi and ADAS validation platforms

 

 

Applications :

 

• In-vehicle integration testing
• Multi-camera vision systems
• Robotaxi computing systems
• Automotive Ethernet networks
• Bench development testing setups
• Autonomous driving development platforms (AD/ADAS)
   

Key Advantages :

 

• Automotive-grade high-speed signal integrity
• Fully compatible with NVIDIA DRIVE ecosystem
• Modular breakout design for flexible development
• Ideal for multi-sensor autonomous driving architectures
• Supports camera, Ethernet, and sensor fusion systems