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
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.
