- Improves Wireless Range & Reception
- For Use with GLXD4R+ Receivers
- For Use with GLX-D+ Frequency Manager
- Works in 2.4 and 5.8 GHz Ranges
- Up to 8 dB of Improved Reception
- Rejects Interference from Rear
- Includes Mounting Assembly & Cables
- Improves Wireless Range & Reception
- For Use with GLXD4R+ Receivers
- For Use with GLX-D+ Frequency Manager
- Works in 2.4 and 5.8 GHz Ranges
- Up to 8 dB of Improved Reception
- Rejects Interference from Rear
- Includes Mounting Assembly & Cables
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Shure PA805DB-RSMA Dual-Band Passive Directional Antenna for GLX-D+ Wireless
The PA805DB-RSMA from Shure is a dual-band directional antenna that provides additional range and reduced interference for GLX-D+ wireless systems, improving the reception of half-rack GLXD4R+ receivers and of the GLXD+FMDB Dual-Band Frequency Manager by up to 8 dB. The antenna offers improved filtering of interference from 2.4 and 5.8 GHz sources to deliver a 24 dB front-to-back rejection ratio of off-axis signals.
The unit features an adapter bracket with swivel for easy mounting on a mic stand or wall and a 50-Ohm reverse SMA connector for connection to your system. A 10' connector cable is supplied, allowing you to remotely mount the antenna for improved line-of-sight reception from the transmitters.
Shure PA805DB-RSMA Dual-Band Passive Directional Antenna for GLX-D+ Wireless
The PA805DB-RSMA from Shure is a dual-band directional antenna that provides additional range and reduced interference for GLX-D+ wireless systems, improving the reception of half-rack GLXD4R+ receivers and of the GLXD+FMDB Dual-Band Frequency Manager by up to 8 dB. The antenna offers improved filtering of interference from 2.4 and 5.8 GHz sources to deliver a 24 dB front-to-back rejection ratio of off-axis signals.
The unit features an adapter bracket with swivel for easy mounting on a mic stand or wall and a 50-Ohm reverse SMA connector for connection to your system. A 10' connector cable is supplied, allowing you to remotely mount the antenna for improved line-of-sight reception from the transmitters.