Professional Wireless Systems (PWS) Debuts Omega-16 Multi-Zone UHF/VHF Distribution System
Professional Wireless Systems (PWS) has announced the debut of the Omega-16 multi-zone receiver and antenna distribution system. The Omega-16 has four sets of diversity antenna inputs (eight total) and 16 sets of diversity outputs (32 total). Available in both UHF and VHF, the RF bandpass filtering for the UHF unit is at 470-616 MHz, while the VHF unit is set at 169-217 MHz.
The Omega-16 offers adjustable attenuation from 0 to -40 dB and selectable bias for each antenna input. Dual redundant power supplies ensure rock-solid reliability. DC bias power selectable per antenna input along with antenna/cable short protection and indication completes the package. It’s in a rugged 2RU chassis with reinforced rack ears, and has its own internal power supply.
More Stories Like This
Professional Wireless Systems Debuts RF Over Fiber PRZM Units At InfoComm
Professional Wireless Systems has announced that the PRZM RF over fiber (RFoF) conversion system and Alpha Quad-4 and Alpha Quad-8 units is making their InfoComm debut in Orlando this week. PRZM, designed to facilitate the remote placement of wireless audio antennas beyond 200 feet, is ideal for live production as well as installed sound applications. […]
Professional Wireless Adds Quad Distro to Alpha Series Lineup
Professional Wireless Systems has announced the addition of the 1RU Alpha Quad-4 and 2RU Alpha Quad-8 to the Alpha Series, which was introduced earlier this year. The Alpha Quad-4 and Quad-8 are designed for use with multiple Shure Axient AD4Q receivers in Quadversity mode. The units provide four individual unity-gain signals (A, B, C, D) […]
Professional Wireless Debuts 4×4 Quad Antenna Distro for Shure Axient
Professional Wireless Systems (PWS) has announced the availability of the PWS 4×4 Quad Antenna Distro, designed to provide distribution for the Shure Axient Digital Quadversity wireless microphone system. The unit handles up to four receivers and features 470-616 MHz filtering, bias power control/status LEDs for each input, rotary attenuators and dual power inputs that allow […]