ODU AMC® High-Density HDMI Ethernet Cables

ODU AMC® High-Density HDMI Ethernet Cables feature high contact-density connectors and high-speed data transfer capability with Ethernet (10Gbit/s) data transmission. The rugged, robust housing with non-reflective surface plating offers a break-away design for safety and mechanical coding with a color-coded visual indicator. These A-coded cables are available in three connector types: threaded plug, panel-mount receptacle, and in-line receptacle with screw-lock. Additional specifications include Ethernet (10Gbit/s) data transmission, up to 5000 mating cycles durability, and submersible, watertight protection classes IP6K8 / IP6K9K. ODU AMC High-Density HDMI Ethernet Cables are ideal for ruggedized computers and tablets, power supplies, security systems, optical devices, and more.

Features

  • High contact-density connectors
  • High-speed data transfer capability
  • Rugged, robust housing with non-reflective surface plating
  • Break-away design for maximum safety
  • Mechanical coding with color-coded visual indicator
  • Contacts for solder cup and PCB termination
  • Variety of connector types
    • Threaded plug
    • Panel-mount receptacle
    • In-line receptacle with screw-lock
  • Overmolding cable outlets
  • RoHS compliant

Applications

  • Ruggedized computers and tablets
  • Power supplies
  • Unmanned systems
  • Optical devices
  • Software-defined radios
  • Defense and security systems
  • Tactical radios and accessories

Specifications

  • Ethernet (10Gbit/s) data transmission
  • Submersible, watertight protection classes IP6K8 / IP6K9K
  • Up to 5000 mating cycles durability
  • A coding (light brown)
  • 5.8mm or 6.4mm cable diameter
  • 8-contact arrangement
  • 0.3mm contact diameter
  • 27AWG or 26AWG wire cross-section
  • 1A nominal current single contact

Cable Assembly Solutions

Infographic - ODU AMC® High-Density HDMI Ethernet Cables

Data Transmission Protocols

The contact arrangement of an ODU data transmission connector differs from a standard data transmission connector due to the robust ODU specific design. However, the ODU design meets the electrical specifications that are derived from the respective standard data transmission protocol.

Publié le: 2025-01-10 | Mis à jour le: 2025-11-17