Audio Technica ATW-R1320 System 10 Pro Dual Channel Receiver

Audio Technica ATW-R1320 System 10 Pro Dual Channel Receiver c/w ATW-RC13 & 2 x ATW-RU13

ATW-R1320 System 10 Pro Dual Channel Receiver - 1x ATW-RC13 Rack-mount receiver chassis, 2x ATW-RU13 Receiver unit, Operates in the 2.4 GHz range and Up to five chassis (ten receiver units) can be linked and used simultaneous

The Audio-Technica "System 10 Pro" rack-mountable digital wireless system is so simple to use, so dependable and so automatic that you'll never have to think about it. Set it up anywhere, turn it on and its good to go.

Like the rest of the range System 10, the System 10 Pro works in 24-bit / 48 kHz, and allows easy use while ensuring clear and natural sound quality. The system offers three levels of diversity: frequency, time and space. Frequency diversity sends the signal to two frequencies allocated for communication without interference. The time diversity sends the signal in several time slots to optimize immunity against multipath interference. Finally, space diversity uses two antennas on each transmitter and receiver to maximize signal integrity.

• This bundle contains 1x ATW-RC13 Rack-mount receiver chassis and 2x ATW-RU13 Receiver unit
• 2.4 GHz 24-bit / 48kHz Digital wireless system
• No interference, as operates outside of DTV or 3G bands
• Automatic Frequency Selection. Plug & Play. Ease of use and reliability
• Offers 3 levels of diversity (frequency, time and space) to ensure communication without interference
• Rackable metal chassis, comes with a removable receiver (Kit setting rack included)
• Possibility of 2 interchangeable receivers per chassis
• Users can pair each receiver with up to 10 transmitters
• 2 frames or 4 receivers can fit in a 19" 1U rack
• Possibility to chain up to 5 frames (10 receivers) using RJ12 type cables (one cable per system)
• Up to 10 systems can be used simultaneously without any frequency coordination problems or group selection
• Hi-Fi audio quality over the whole frequency range (20 Hz to 20 kHz)