4ZONE-NETWORK | 4 ZONE DIVERSITY ANTENNA COMBINER WITH NETWORK CAPABILITIES

4ZONE-NETWORK
4 ZONE DIVERSITY ANTENNA COMBINER WITH NETWORK CAPABILITIES

The RF Venue 4 ZONE-Network is a professional diversity antenna combiner designed to support up to four wireless microphone zones with integrated network monitoring capabilities. Built for complex RF environments, this system simplifies antenna distribution across multiple rooms or zones while maintaining optimal signal integrity and minimizing interference.

The Network version adds remote monitoring and management functionality, giving integrators visibility into system performance across installed wireless deployments. Ideal for large houses of worship, performance venues, corporate campuses, and multi-room facilities, the 4 ZONE-Network allows centralized RF infrastructure while supporting distributed antenna placement. Designed to improve wireless reliability and streamline installation, it reduces antenna clutter and supports scalable wireless microphone systems.

Use in conjunction with up to four Diversity Series Antennas (or any four diversity antenna pairs) and one or more antenna distributors (such as our DISTRO5 HDR) to get a complete turnkey package for any multi-zone wireless microphone project across any brand wireless audio system.  For larger coverage areas with long cabling requirements, add OPTIX2-S3 RF over Fiber systems for each antenna zone required.

• A unique one rack space design allows microphones to operate in up to four separate coverage areas
• Seamlessly cover wireless microphones between building locations or indoor and outdoor areas. User configurable to allow which zones are active.
• 4 Zone-Network adds: LAN-based control to remotely check zone status, toggle zones on/off individually, and adjust settings without needing physical access to the unit.
• In the Box 4ZONE-NETWORK - (1) 4 Zone-Network Antenna Combiner, (2) BNC jumpers, (1) AC power cord
• Inputs: 4 A&B pairs (8 tradirional antennas or 4 Diversity Antennas)
• Output: 1 output pair (A&B) with variable attenuation