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  • Jünger

Jünger – Option Board Dante I/O

With up to 16 channels, the Dante™ I/O option board is meant to extend the interface capabilities of any Jünger Audio D*AP device. The modular approach of these devices allows combining different interface standards. Note: This product is not sold separately. It is an option card for Dante compatibility with Junger's product suite. With up to 16 channels, the Dante™ I/O option board is meant to extend the interface capabilities of any Jünger Audio D*AP device. The modular approach of these devices allows combining different interface standards. Thus, it is possible to add advanced audio processing to your Dante™ network and bridge to other interface standards like AES/EBU, 3G SDI, MADI and analog. The Dante™ option board user interface is capable of displaying all signal names and labels within the D*AP device to make the routing as easy as possible. Further, the network configuration can easily be set up. D*AP devices equipped with this option board may work as sync slaves or can operate as a clock master (preferred master) for a Dante™ network. When configured as a sync master, it is possible to sync a Dante™ network to a SDI video signal.
    I/O Interfaces
  • Dante Ch: 64x64
  • 24-bit
pbxxxd2
  • Profitt

Profitt – PBX-xxD-(12G)

A pair of PBX series devices allows you to implement transmission over a single fiber:

up to 4 x 12 G /3G/HD-SD SDI, ASI signals

AoIP (4 channels of audio, two inputs and two outputs on each side), Dante / AES 67 protocol , Primary / Secondary ports

The Audio to IP Converter ( AoIP ) is designed to connect microphone or line analog audio signals to local Ethernet transmission networks using the Dante protocol or the AES67 standard , for intercom over IP networks and / or for switching audio signals in a network.

An additional Ethernet port provides connection to a secondary ( Secondary ) audio transmission network, and can also be used for cascading devices (Switched).

There are two versions of the device:

models with transport up to 3 G SDI

models with transport up to 12 G SDI ( index -12 G in device code)

To transmit signals over a single fiber, the principle of CWDM (wavelength division) is used in the range of 1470 nm :1570 nm or 1270nm:1410 nm (index ' H ' in the block code). This allows you to organize both one-way and two-way video transmission.

The optical expansion port UPGRADE (1310 nm ) allows the transmission of additional signals transmitted at wavelengths of 1260nm: 1450 nm .

Thus, by connecting through the UPGRADE expansion port the second body ' P roBox ', operating at wavelengths of 1270nm:1410 nm (index ' L' in the block code), it is possible to transmit 8 3G / HD-SD SDI, ASI signals plus implement two independent AoIP lines through one fiber.

Power is supplied from an external adapter 12 V@1000 mA.

    I/O Interfaces
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  • Lynx Studio Technology

Lynx Studio Technology – Aurora (n) 16-DNT

The Aurora (n) 16-DNT provides you with pro-quality digital conversion and ultra-low-latency performance. The Aurora (n) 16-DNT provides you with pro-quality digital conversion and ultra-low-latency performance. The Aurora (n) 16-DNT gives you up to 192kHz analog to digital and digital to analog conversion with front panel control of all routing and sample rate options. Word clock and MIDI I/O connectors provide you with additional sync options, and the preinstalled LT-DNT Dante card gives you maximum networking bandwidth, with minimal latency. Aurora (n) models give you up to 32-channel recording and playback to microSD for stand-alone operation or confidence recording, as well as two audiophile-grade headphone outs, while a TFT LCD display provides immediate status information. Leveraging high-end Lynx Hilo technology and utilizing cutting-edge FPGA processors, Aurora (n) delivers even greater transparency, with significantly lower noise and distortion than previous models.
    I/O Interfaces
  • Dante Ch: 32x32
  • 24-bit