A PADDLE ISN'T GOOD ENOUGH ANYMORE

CP Stage Antenna

Rugged IP-Rated High Performance Antenna for Wireless Mics & IEMs

470 - 928 MHz MAP: $349 USD

Rugged IP-Rated High Performance Antenna for Wireless Mics & IEMs

470 - 928 MHz

MAP: $349 USD

The CP Stage is a compact, ruggedized, circularly polarized antenna designed for in-ear monitor transmitters and wireless microphone systems. Building on the success of the CP Beam and CP Architectural antennas, the CP Stage offers high performance and reliability in a portable package, making it ideal for touring and band fly packs.

Housed in a lightweight yet durable IP-rated 10 x 12 x 1" weather-resistant enclosure, the CP Stage is suitable for both portable use and permanent outdoor installation. The antenna is easily connected to a microphone stand mount or wall-mounted bracket, providing a secure connection to boost signal quality for both in-ear monitors and microphones wherever you need it - rain or shine.

Antenna Quick Sheet Where To Buy

Key Features & Benefits

High Performance HDR - Increased reliability, lower noise floor, more open channels

Half Rack Size Takes up less space and provides 5A of power

Highly expandable up to 25 channels

About the Product

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What Our Customers Have to Say

"It’s everything I need it to be. The CP Stage is carrying on the tradition of reliability that I’ve come to expect from RF Venue products"

Drew Ganter, Monitor Engineer for Blue Oyster Cult

Product Setup

Takes up less space and provides 5A of power

What's Included

SKU: DISTRO5 HDR: DISTRO5 HDR, IEC Power Cord, Rack Ears (Short and Long), Half Rack Connecting Plate, Mounting Hardware

Specifications and Product Resources

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Most Common Questions Asked

Can D5 be cascaded with D4/D9?

Yes as well as with distros from other manufacturers

What benefit is there to High Dynamic Range in the DISTRO5 and DISTRO9?

The high dynamic range in these distro products allow them to handle a larger range of wireless mic signal levels, with lower noise and higher linear headroom. This helps maximize multichannel performance by reducing the risk of intermodulation and the interference artifacts it would produce.