Behringer Powerplay 16 P16-D 16-Channel Ultranet Distributor

The POWERPLAY P16 system is the easy, affordable way to give live or recording musicians/vocalists what they really want - "more me!" When used in conjunction with your X32 Digital Mixing Console, P16-I Input Module or S16 Digital Snake, the P16-D distributor can provide 8 additional ULTRANET RJ-45 outputs, giving you the power to expand your existing P16-M system (up to 48 stations). In addition to sending 16 channels of digital audio to the P16-M mixers, the P16-D also supplies operating power, totally eliminating the need for power adapters - and creating a much more streamlined stage or studio environment.

Fast and easy to set up, a basic system can be installed and configured in a matter of minutes - and the system can be expanded to adapt to changing needs. The POWERPLAY P16 Personal Monitoring System puts total control of the monitor mix into the artist's hands, and when they can hear exactly what they want and need to hear - their best performance is unleashed!

If you're already an X32 user, the P16-D connects right to your native ULTRANET output to provide distribution and power to up to 6 individual P16-Ms. But even without an X32 in the mix, the P16-D can augment your P16-I's output section - and all you'll need is a standard Cat 5e cable. The P16-D even includes status LED indicators for RJ-45 input and 8 RJ-45 outputs and an internal auto-ranging power supply for maximum flexibility around the globe (100 - 240 V~), noise-free audio, superior transient response and low power consumption.

Features:

• Distribution Hub for P16-I for system expansion.
• 1 ULTRANET input feeds 8 ULTRANET outputs (RJ-45).
• Provides bus-power and 16-channel signal transmission for all 8 outputs.
• Up to six P16-D ULTRANET Distributors can be combined for a total of forty-eight P16-M Personal Mixers.
• Status LED indicators for RJ-45 input and 8 RJ-45 outputs.
• Internal autorange power supply for maximum fl exibility (100 - 240 V~), noise-free audio, superior transient response plus low power consumption for energy saving.