Chauvet DJ D-Fi XLR RX – Wireless DMX Receiver (3-pin XLR)

Overview

The D-Fi XLR RX is a compact, battery-powered wireless DMX receiver that plugs directly into a 3-pin XLR port of any DMX-capable lighting fixture. It converts wired DMX setups into seamless wireless communication across your lighting rig — perfect for simplifying cabling and streamlining installations.

Key Features

• Battery-powered wireless D-Fi receiver for instant wireless DMX communication.

• Plugs directly into the 3-pin XLR port of your fixture—no extra cables needed.

• Receives both DMX and master/slave signals between compatible fixtures.

• LED indicators provide clear visual status of wireless channel operation.

• Works without external power supply (powered via internal battery).

• Maximum unobstructed range up to 165 ft (50 m).

• Up to 10 hours of run time on a single charge; recharge time approx. 2.5 hours.

• Operating frequency: 2.412 GHz to 2.484 GHz (standard 2.4 GHz band).

• Input voltage: 5 V DC, 500 mA (battery-powered).

• Weight: approx. 45 g (1.6 oz).

• Compact size: approx. 88 × 27 × 29 mm (3.5 × 1 × 1.14 in).

• Compliant with CE, FCC and RTTE certifications.

What’s Included

• 1 × D-Fi XLR RX wireless DMX receiver

• 1 × Quick Reference Guide

Ideal For

• Lighting installations where wireless DMX can reduce truss cabling.

• Mobile DJs and event production rigs seeking fast, flexible setup.

• Small venues and clubs looking to upgrade to wireless control.

• Any fixture that supports DMX via 3-pin XLR and can accept a wireless receiver.

• Hire companies looking for a reliable, compact wireless DMX solution.

Why Choose This Receiver?

This wireless DMX receiver greatly simplifies lighting setups by removing the need for long DMX cables and enabling fixtures to link wirelessly. Its compact, plug-and-play design means you can convert virtually any fixture or lighting bar into a wireless unit quickly and reliably. With up to 50 m range and 10 hours of battery life, it’s ideal for mobile use where speed and flexibility matter.