Radial DiNET DAN-TX2 2-Channel Dante Network Transmitter

The DiNET DAN-TX2 makes it easy to transmit two channels of high quality analog audio over a Dante or AES67-compliant network. Multiple input options are provided, with Balanced XLR/TRS connectors for professional audio sources, RCA jacks for line level consumer devices, and a 3.5mm aux input for connection to laptops, smartphones, and tablets. Trim controls and pad switches are included for each channel, with a link switch to simplify control for stereo sources. The RJ45 network connection is compatible with Neutrik etherCON connector carriers to prevent accidental disconnection and protect cable terminations, and redundant powering is available for critical applications by using the included external power supply and Power over Ethernet (PoE) simultaneously. The DAN-TX2 can be mounted in 19 equipment racks with the optional SA series rackmount adaptor kitConnect any line level source to a Dante networkXLR, 1/4 TRS, RCA and 3.5mm input jacks24bit/96kHz analog to digital conversionHandles signal levels up to +24dBuCompliant to AES67 specificationsSeamless network integrationRadial Item No. R800 1064 00, DiNET DAN-TX2Get your Radial DiNET DAN-TX2 2-Channel Dante Network Transmitter today at the guaranteed lowest price from Sam Ash Music with our 45-day return and 60-day price protection policy.WARNING: Cancer and Reproductive Harm - www.P65Warnings.ca.gov Specifications Audio circuit type: High current balanced active input device Number of channels: 2 Frequency response: 20Hz-20kHz Dynamic range: 103dB Total harmonic distortion: 0.008% @ -6dBfs Intermodulation Distortion: 0.0017% -10dBfs Input Impedance: 40kOhm (Balanced); 20kOhm (Unbalanced) Equivalent Input Noise: -98dB Noise: 44.1kHz, 48kHz, 88.2kHz, and 96kHz Maximum Input: +28dBu Features Input pad Input Connectors: 2x XLR/TRS combo, 3.5mm TRS, 2x RCA Output Connectors: RJ45 Ethernet with locking etherCON Extras: Bit Depth: 24 bit; Idle Channel Noise: -108dB; Channel Separation: 85dB; Power Consumption