A-16D Pro Overview
Each A-16D Pro accepts one A-Net input signal and provides eight simultaneous A-Net outputs using standard Category-5e cables. The 2U device contains a host of professional features that makes setup and installation fast and easy. The A-16D Pro A-Net Distributor provides eight channels of isolated (floating ground) DC power to the connected A-16, A-16II or A-16R Personal Monitor Mixers directly, eliminating the need for a power supply at each mixer's location. Unlike the A-16D, the A-16D Pro does not require any external DC power supplies. Inside the A-16D Pro is Aviom's unique power sub-system design which virtually eliminates the possibility of introducing hum or ground loops into an audio system.
A-Net distributors can also be used with digital snake systems. An A-Net distributor (A-16D or A-16D Pro) allows up to eight parallel digital splits, which can also be used as redundant cable runs. It can also extend Cat-5e cable length by acting as an A-Net signal repeater.
The A-16D Pro A-Net Distributor eliminates the need to daisy-chain Personal Mixers, simplifying stage and studio setups. The unit is powered by an internal switching power supply, with an IEC connector on the rear panel. All connections for A-Net In, Out, and Thru use Neutrik's EtherCon connectors. EtherCon Cat-5 connectors feature a heavy duty XLR-style barrel that provides extra protection to cable ends and also provides a quick-release locking mechanism.
The A-16D Pro Distributor also features a dedicated A-Net Thru jack that allows the A-Net signal to be sent to other A-Net Distributors, without taking a powered A-Net out. In addition, the Thru jack can be used to connect other A-Net compatible units, such as the AN-16/o Output Module, allowing the A-16D Pro to become a central link in an audio distribution network.
All connections on the A-16D Pro are on the front panel. A pass-through cable cutout is provided for flexible cable routing. As with all Aviom A-Net compatible products, cable runs of up to 500 feet (150 meters) are possible between devices.