Shure UA874WB Directional Antenna Hire
The Shure UA874WB is a UHF active directional antenna, delivering a cardioid coverage pattern with greater RF rejection outside the target area. With an integrated 4-position gain amplifier and flexible mounting options, it improves wireless reception in demanding RF environments.
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Description
The Shure UA874WB Directional Antenna is a UHF active directional antenna that improves wireless reception. It uses a log periodic dipole array to aim a cardioid pattern toward the desired coverage area. As a result, it rejects RF signals from outside that area far better than standard half-wave omnidirectional antennas.
An integrated amp, with four gain settings, makes up for varying degrees of coaxial cable signal loss. Therefore, engineers can fine-tune the antenna’s output to match the specific cable run and setup, rather than relying on one fixed gain level.
Key Features
- UHF active directional antenna
- Log periodic dipole array for a focused cardioid coverage pattern
- Greater RF rejection outside the target coverage area
- Integrated amplifier with four gain settings
- Compensates for coaxial cable signal loss
- Stand-mountable, ceiling-suspendable, or wall-mountable
- Includes swivel adapter bracket
Flexible Mounting for Reliable Coverage
The UA874WB can be stand-mounted, suspended from the ceiling, or wall-mounted using the included swivel adapter bracket. Therefore, it adapts easily to almost any venue layout. This holds true whether positioned front-of-house, backstage, or overhead. Additionally, this directional design makes it a strong choice for RF-dense environments. Here, focusing coverage toward performers and rejecting interference from other directions genuinely improves reception quality.
Combined with its four-position gain amplifier, the UA874WB gives engineers real flexibility. As a result, they can compensate for longer cable runs without losing signal strength. Therefore, it’s a reliable choice for touring productions and installed systems alike, wherever standard omnidirectional antennas fall short in tough RF conditions.
