The Shure Model UA844+ is an antenna distribution system that allows for the expansion of wireless microphone systems by splitting one pair of antennas to multiple receivers. It also amplifies RF signals to compensate for insertion loss that results from splitting signal power to multiple outputs. A single UA844+ system can support up to five wireless receivers. A maximum of five UA844+ systems may be used in a two-tiered configuration. It seems like theres never as much time as youd like for the sound check. Thats why the UA844+SWB Antenna Distribution System lets you stretch the power of your antenna pairs giving you more on-air channels in less setup time. So you can set & forget & have more flexibility to make sure it all sounds perfect. The five-way output distributes the signal & power to multiple receivers enabling more efficient deployment even as you cascade multiple distros. So your rack can travel with you from venue to venue & let you set up fast for flawless sound. ...

The Shure Model UA844+ is an antenna distribution system that allows for the expansion of wireless microphone systems by splitting one pair of antennas to multiple receivers. It also amplifies RF signals to compensate for insertion loss that results from splitting signal power to multiple outputs. A single UA844+ system can support up to five wireless receivers. A maximum of five UA844+ systems may be used in a two-tiered configuration. It seems like theres never as much time as youd like for the sound check. Thats why the UA844+SWB Antenna Distribution System lets you stretch the power of your antenna pairs giving you more on-air channels in less setup time. So you can set & forget & have more flexibility to make sure it all sounds perfect. The five-way output distributes the signal & power to multiple receivers enabling more efficient deployment even as you cascade multiple distros. So your rack can travel with you from venue to venue & let you set up fast for flawless sound. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...

The UA874 replaces the UA870. UA874 uses a log periodic dipole array to produce a cardioid pattern towards the desired coverage area with greater rejection of RF signals outside the coverage area when compared to standard ½ wave omnidirectional antennas. An integrated amplifier with four gain settings compensate for varying degrees of coaxial cable signal loss. The UA874 can be st&-mounted suspended from the ceiling or wall-mounted using the included swivel adapter bracket. ...