- Powers any combination of up to 3 connected compatible devices
- Passes through RF signal between antenna and receiver
- LED power indicator when power is present
- Includes power supply
- Powers any combination of up to 3 connected compatible devices
- Passes through RF signal between antenna and receiver
- LED power indicator when power is present
- Includes power supply
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Shure UABIAST In-Line Power Supply with PS23
The Shure UABIAST is an in-line adapter designed to supply 12V DC bias power over BNC coaxial cable for Shure wireless antenna accessories. It enables active components to operate with wireless systems that do not provide bias voltage through their BNC antenna inputs and are being used without an antenna distribution amplifier.
The UABIAST is compatible with the Shure UA874 and the Shure UA830, allowing these accessories to function properly in expanded or remote antenna installations.
A single UABIAST can power any combination of up to three connected accessories, providing greater flexibility for extended cable runs and optimized antenna placement. This makes it a practical solution for improving RF coverage in installed sound, touring, broadcast, and corporate AV environments where active antennas or in-line amplifiers are required but native bias power is unavailable.
Shure UABIAST In-Line Power Supply with PS23
The Shure UABIAST is an in-line adapter designed to supply 12V DC bias power over BNC coaxial cable for Shure wireless antenna accessories. It enables active components to operate with wireless systems that do not provide bias voltage through their BNC antenna inputs and are being used without an antenna distribution amplifier.
The UABIAST is compatible with the Shure UA874 and the Shure UA830, allowing these accessories to function properly in expanded or remote antenna installations.
A single UABIAST can power any combination of up to three connected accessories, providing greater flexibility for extended cable runs and optimized antenna placement. This makes it a practical solution for improving RF coverage in installed sound, touring, broadcast, and corporate AV environments where active antennas or in-line amplifiers are required but native bias power is unavailable.