Audio-Technica RF Venue DISTRO4 UHF Antenna Distribution

The Audio-Technica DISTRO4 is a 4-channel UHF antenna distribution system that lets you connect up to five wireless receivers to one pair of remote antennas. By routing each antenna’s signal through the distributor, it keeps every channel working from the same clean RF source, which cuts down on dropouts and simplifies frequency coordination.

Inside the single-rack-unit chassis you will find a 2000 mA power supply that removes the need for separate wall adapters. The rear panel offers DC outputs, and four supplied DC jumper cables let you power as many as four receivers right from the DISTRO4. Ten included BNC cables handle the RF connections, so a full system can be wired the moment the unit is racked.

The broad 470 to 952 MHz operating range makes the DISTRO4 compatible with most UHF wireless systems on the market, not just those from Audio-Technica. A cascade port is available when you need to link an additional distributor for larger channel counts, while built-in DC over coax powers active antennas through the same cable that carries the RF signal.

Engineers in live sound, houses of worship, broadcast booths, and corporate AV rooms will appreciate the solid metal construction that endures constant transport and installation. Whether you are touring with a multi-receiver microphone rig or standardizing the equipment rack in a permanent venue, the DISTRO4 delivers a tidy, reliable way to keep wireless channels clear and consistent.

• Distributes two antenna signals to five UHF wireless receivers and supports a total of four channels simultaneously
• Wide 470 – 952 MHz bandwidth works with most UHF wireless systems
• Includes ten BNC RF cables and four DC jumper cables for immediate setup
• Single 1-RU chassis made from metal for dependable rackmount use
• Internal 2000 mA power supply eliminates external adapters
• Cascade output allows easy expansion with additional DISTRO4 units
• Provides DC power over coax to active antennas, reducing cable clutter