HomeElectronics NewsRFoF Links Extend Bandwidth to 8GHz 

RFoF Links Extend Bandwidth to 8GHz 

An RF over fibre link taps into the so-called golden band, promising higher capacity, longer reach, and more flexible next-gen wireless deployments. 

RFOptic has launched its new RF over Fibre 8.0GHz links to support 5G and C-band applications
RFOptic has launched its new RF over Fibre 8.0GHz links to support 5G and C-band applications

RFOptic has launched an RF over Fiber link supporting frequencies up to 8GHz, extending its programmable link portfolio beyond the previous 6GHz limit. The system is designed to address growing demand across 5G and C band applications, particularly in the 7.125 to 8.4GHz range.

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The link operates from 500MHz to 8GHz, enabling long distance RF signal transmission over single mode fiber. This approach helps reduce signal loss compared to traditional coaxial systems while supporting flexible deployment models such as distributed antenna systems, remote antennas, and point to point links.

The platform includes transmitter and receiver modules with programmable control via a configuration tool. It integrates features such as automatic level control, RF monitoring, temperature compensation, and built in diagnostics, allowing real time adjustments and remote troubleshooting. The compact, low power design supports both standalone and subsystem level integration.

The extended bandwidth also enables use cases beyond telecom, including satellite communications, radar systems, drone control, and video telemetry, where stable high frequency signal transport is required across complex or long distance environments.

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“At the request of our customers, we have extended our range of programmable RFoF links for frequencies up to 8GHz,” said Dr. Avner Sharon, CEO & CTO at RFOptic. “It allows operators to balance capacity and coverage effectively without excessive infrastructure costs.”

Click here for the official announcement.

Saba Aafreen
Saba Aafreen
Saba Aafreen is a Tech Journalist at EFY who blends on-ground industrial experience with a growing focus on AI-driven technologies in the evolving electronic industries.

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