Q-Audio QAD-4 UHF Antenna Distribution Unit (4-Way)

Description
The Q-Audio QAD-4 is a professional UHF wideband antenna distribution unit designed for use in high-density wireless environments. Engineered with a dual 1:4 active splitter architecture, it supports up to four diversity receiver systems by routing RF signals from a pair of antennas to multiple receivers. Compatible with Q-Audio QDP-1 active antennas or most BNC-connected UHF antennas, the QAD-4 ensures stable signal integrity with minimal insertion loss. Ideal for broadcast, theatrical, or live performance applications, this unit reduces RF congestion, prevents signal dropouts, and enhances frequency coordination across your wireless system.

Features
Supports up to four UHF wireless microphone receivers
Dual 1:4 active splitter architecture for diversity systems
Compatible with Q-Audio QDP-1 and most BNC-connected antennas
Centralized antenna distribution improves RF stability and reduces clutter
Reduces intermodulation distortion and RF interference
Preserves signal integrity with consistent impedance matching and low insertion loss
Professional-grade solution for live, broadcast, and theatrical applications

Specifications
Type: UHF antenna distribution unit
Architecture: Dual 1:4 active splitter (2 inputs to 4 dual outputs)
Input Connectors: 2 x BNC (antenna inputs)
Output Connectors: 8 x BNC (4 systems, dual output)
Frequency Range: UHF wideband (typically 470–870 MHz)
Impedance: 50 ohms
Insertion Loss: Low (precisely engineered for optimal performance)
Compatibility: Q-Audio QDP-1, standard BNC-connected UHF antennas
Use Case: Wireless microphone receiver systems, diversity configurations
Power: Typically externally powered (specific PSU requirements not provided)
Construction: Durable metal housing
Color: Black
Mounting: Rack-mountable (1U format recommended)
Application: Live performance, broadcast, theatre, corporate AV systems

The QAD-4 simplifies and optimizes complex RF deployments by offering robust, centralized signal distribution, ensuring your wireless audio system performs with maximum efficiency and reliability.