XLR Balanced Audio Fiber Optic Transceiver

Product Introduction

The balanced audio fiber optic transceiver is a fiber‑optic device for long‑distance fiber transmission of 1‑16‑channel XLR balanced analog audio signals, supporting simplex or bi‑directional transmission. The front‑end balanced audio signal feeds directly into the unit, then transmits over fiber and outputs at the far end to power active speakers or drive loudspeakers via power amplifiers. It adopts 10‑bit digital audio encoding, and its system performance meets or exceeds broadcast‑grade Class‑A standards.

Widely deployed in radio & television, sports stadiums, exhibition shows, video conferences, stage performances and other scenarios requiring long‑distance audio transmission.

Product Features

• Uncompressed analog audio transmission over fiber

• Single‑mode single‑fiber design; FC / LC fiber connectors optional

• Default transmission distance: 20 km; extended distance options from 20 km to 120 km available

• Hot‑swap supported

• 10‑bit video A/D conversion, 24‑bit audio A/D conversion

• Multi‑channel options over single / multi‑core fiber: 2‑CH (bi‑directional) / 4‑CH (bi‑directional) / 8‑CH (bi‑directional) / 16‑CH (bi‑directional)

• Support for special‑function customization

Technical Parameters

Balanced Audio Specifications

Optical Specifications

General Specifications

Application Diagram Description

The transmitter (TX) connects audio sources such as mixing consoles and microphones via XLR ports. Audio signals are converted into optical signals and transmitted over single‑mode fiber cable to the receiver (RX). The receiver converts optical signals back to balanced analog audio and outputs to power amplifiers and loudspeakers. It realizes long‑distance lossless audio delivery for professional audio systems.