By PSW Staff • March 28, 2019 The DAN-TX2 from Radial Engineering Radial Engineering announces that the DiNET DAN-TX2 and DAN-RX2 two-channel Dante-enabled network interfaces are now shipping. The DAN-TX2 transmitter and the DAN-RX2 receiver are designed for use with any Dante or AES67-compliant network, utilizing low-latency audio-over-Ethernet protocol while featuring 24bit/96kHz digital converters. Both devices will appeal to commercial installation and professional touring applications, as they feature locking EtherCON jacks to ensure secure and protected connection to the network, and they can be mounted in standard equipment racks with the optional SA series rack adaptor kit. DAN-RX2 Power for the DAN-TX2 and the DAN-RX2 can be supplied using Power over Ethernet (PoE) or a 15V adaptor (included), and both power sources can be used simultaneously for redundancy. The DAN-TX2 is able to feed any line-level audio signal to a Dante network, using a number of connector types to suit multiple applications and source devices. Two input channels can be accessed via XLR/TRS combo jacks for balanced pro audio equipment, RCA’s for consumer playback devices, and a 3.5mm stereo jack for use with smartphones and tablets. Individual level controls and input pads are provided for each channel, or they can be linked to a single set of controls for easy operation with stereo sources. The DAN-RX2 is a receiver that can be connected anywhere on the network and provide balanced analog audio outputs over XLR connectors, for reliable distribution to PA systems, powered speakers, or any other destination as needed. A separate headphone output section is also provided, with 3.5mm and 1/4-inch TRS outputs to use the DAN-RX2 as a personal monitoring system or for testing purposes. Radial Engineering Tagged with: Dante DiNET Interfaces Radial Engineering · all topics Subscribe to Live Sound International Subscribe to Live Sound International magazine. Stay up-to-date, get the latest pro audio news, products and resources each month with Live Sound.