1-kanavainen True-Diversity-vastaanotin PSSO WISE ONE 823–832 / 863–865 MHz

PSSO WISE ONE is a 1-channel true diversity wireless receiver operating in the 823–832 MHz and 863–865 MHz bands. The receiver uses two independent antenna paths to provide improved RF reception and reduced audio dropouts for a single wireless transmitter. Designed with a compact footprint and straightforward controls, it is intended for live events, presentations and rental setups where a stable single-channel audio link is required.

Advantages

The true diversity design combines signals from two independent antennas to maintain a clean and continuous reception even when the transmitter or environment changes. Compact housing and a simple front-panel layout make the unit easy to install in tight racks or portable setups. The dual-band coverage ensures compatibility with allowed frequency ranges in target regions, while professional audio outputs deliver a reliable feed to mixers and amplifiers. The receiver’s build focuses on RF stability and predictable behavior under typical event conditions.

Suitable for

Key specifications

How to use

Install the receiver in a rack space or place it on a stable surface and connect two antennas to the designated antenna inputs for optimal diversity reception. Power the unit using the recommended supply and switch on the receiver and the corresponding wireless transmitter. Select the matching frequency band and channel on the receiver to align with the transmitter settings. Route the receiver’s audio outputs to a mixer or amplifier, set gain levels to avoid clipping, and monitor the signal quality using the front-panel indicators and the sound system. Adjust antenna placement if necessary to reduce multipath or obstruction-related interference.

Recommendations

For consistent performance, maintain clear line-of-sight between transmitter and receiver when possible, separate antennas vertically or horizontally to maximize diversity effect, and avoid placing antennas near large metallic objects or RF noise sources. Verify local frequency regulations before operation and perform an RF scan if multiple systems are used to prevent intermodulation and interference.