TE Connectivity Introduced the NanoRF 75Ohm Coax/optical Hybrid Modules

2024-05-14 TE connectivity Official Website
coax/optical hybrid modules,TE connectivity

HARRISBURG, Pa. – May 07, 2024 – TE Connectivity (TE), a world leader in connectivity and sensors, has introduced its NanoRF 75Ohm coax/optical hybrid modules. This solution is engineered to help meet the high-speed, high-density requirements of next-generation video capture and processing in aerospace, defense and marine applications.

 

The NanoRF 75Ohm module features a 75-ohm matched impedance in both contact construction and interface, minimizing signal loss during cable transitions. This technology facilitates high-quality signaling and supports the high-speed protocols essential for rapid video processing. Additionally, the connectors feature spring-mounted backplane contacts, providing float to help ensure accurate contact alignment and reliable, low-loss signal transmission, even under extreme conditions.

 

“We wanted to expand upon the success and reliability of our existing NanoRF 50 Ohm solution to meet the market needs for high-speed video applications,” said Kevin Pasquarette, product manager. “Consequentially, we developed the NanoRF 75 Ohm product line, which has been adopted in the VITA standards.”

 

The NanoRF 75Ohm module offers a first-of-its-kind blend of high-speed coaxial and fiber-optic connections for video signals up to 18GHz, all within a small form factor compatible with existing VPX architectures. Its compliance with standards including VITA 65.0, 65.1, 67.3 and the SOSA™ (Sensor Open Systems Architecture) Technical Standard simplifies implementation and facilitates system upgrades.

 

Key Benefits:

Enables high-speed video processing and data transmission.

Minimizes signal loss through 75-ohm matched impedance contacts.

Helps ensure reliable connectivity in harsh environments.

Allows seamless integration of coax and fiber optics in a compact package.

Compatible with prevailing industry standards for simplified implementation.


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