Dante-enabled Product Catalog

The inclusion of the Quicklink TX transceiver to your workflow is a cost effective option. It ensures the broadcasting of HD quality Skype and Microsoft Teams video calls in a fully controlled manner.

Accessibility

Be first on the scene to broadcast the latest breaking news. Create authentic content with real-time access to contributors

Connect with multiple remote Skype & Teams users, anywhere, anytime

Reach Skype & Teams users on any video-enable device

Cost Effective

Free Skype TX controller software download

Global live contributor reach event for small production companies

Reduced need for complex cabling

No need for extra equipment thanks to the automatic aspect ratio conversion and balanced audio

No need for satellite trucks and associated hardware

Optimisation

Flexible integration into established workflows with SDI and HDMI input/output

Simple central control and management of multiple calls with Skype TX controller

Technical data from the calls optimise both calls quality and user experience

Professional solution which does not compromise the video and audio call quality

Automatic fall back to a still image if the video quality drops below a certain threshold and switches back to video once the network conditions improve

The MXWAPT is a 4-channel wireless access point compatible with Microflex Wireless microphone systems. It uses automated frequency coordination to assign clean frequencies to wireless microphones and manages two-way wireless transmission of encrypted audio and control signals. Power to the unit (via PoE) and Dante digital networked audio are both supplied over a single Ethernet cable to simplify installation, and the supplied mounting plate and paintable cover allow discreet placement in boardrooms and conference rooms where low visibility is preferred.

Axient Digital offers dual and quad receiver options that open the door to a full range of features, from high-performance RF to transparent digital audio.

The AD4D Two-Channel Digital Receiver sets a new standard in spectral efficiency. Groundbreaking performance features include wide tuning, low latency, and High Density (HD) mode, ensuring solid performance in the most challenging RF environments. Networked control and signal routing options bring a new level of management and flexibility to your entire workflow.

Higher channel density with maximum signal reliability at the same time: Digital 6000 is intermodulation-free and assures through its equidistant frequency grid excellent spectral efficiency and the simplest frequency configuration– even in the toughest frequency environments where other systems already fail. Error correction and audio error masking recognize and fix problems long before they even become audible. When it comes to setup and the user interface, the EM 6000 stands out for clarity, relevance and short pathways.

Digital 6000 can be seamlessly integrated into existing digital or analog infrastructures. The EM 6000 receiver has a digital AES-3 output with word clock inputs and outputs, high-quality transformer-balanced analog XLR and 6.3 mm jack outputs as well as a 6.3 mm headphone output. The Dante™ version with an Audinate Brooklyn ll card additionally offers two Amphenol RJ-45 connectors for integrating the receiver into a Dante™ network, for redundant networks or daisy chain cabling.

Whether we’re talking about reducing information down to the really meaningful key values or smart menus on a high-contrast OLED display, every operating element is a result of practical experience and designed for practical use. All the vital parameters are summarized in one view. Important functions can be reached directly via home screens without long navigation paths. The auto-setup enables scanning and frequency distribution to all connected devices directly via the receiver; naturally Digital 6000 can also be monitored and configured via the Wireless System Manager (WSM).

The EM 6000 is compatible with UHF Sennheiser antenna systems.

The MXWAPT is a 8-channel wireless access point compatible with Microflex Wireless microphone systems. It uses automated frequency coordination to assign clean frequencies to wireless microphones and manages two-way wireless transmission of encrypted audio and control signals. Power to the unit (via PoE) and Dante digital networked audio are both supplied over a single Ethernet cable to simplify installation, and the supplied mounting plate and paintable cover allow discreet placement in boardrooms and conference rooms where low visibility is preferred.

The MXWAPT is a 2-channel wireless access point compatible with Microflex Wireless microphone systems. It uses automated frequency coordination to assign clean frequencies to wireless microphones and manages two-way wireless transmission of encrypted audio and control signals. Power to the unit (via PoE) and Dante digital networked audio are both supplied over a single Ethernet cable to simplify installation, and the supplied mounting plate and paintable cover allow discreet placement in boardrooms and conference rooms where low visibility is preferred.

DPanel 系列墙面接口机，其拥有模拟输入和 Dante 数字输入，模拟线路输出和 Dante 数字输出，模拟输入支持幻象供电以及手动前级增益调节。

SoundTube's new IPD Hub 2 Extender Box for adding onto a Hub 2 local system. Connect up to 5 IPD Hub 2 amplifiers to an extender box. The IPD Hub 2 utilizes a Dante infrastructure for flexible audio distribution. The amp is complete with local and Dante inputs and local and network control to address requirements for commercial audio connectivity in numerous scalable systems such as retail, bar, restaurants, hospitality, spas, education facilities, and more.

SNA50-3 is a global limiter. The technology used for the sound limitation does not degrade the signal dynamics at all, as a traditional compressor would do.

The pressure measurement by the acoustic sensor is transmitted to the computer which integrates the modulation peaks with a progressive slope, adjustable in rise and fall time.

• Balanced inputs/outputs compatible unbalanced.

• Limitation in global level.

• Limitation either by acoustic sensor or by electrical analysis of the input signal to SNA50-3, while keeping the acoustic level measurement for the history.

• Visualization of the levels and parameters on a touch screen on the front panel.

• Real-time display of the Leq1s in global level.

• Choice of A and/or C weighting for the acoustic analysis of the global level, the C weighting allows the bass to be taken into account.

• Recording of global levels: LAeq 1min, LAeq 10min, LAeq 15min, LCeq 1min, LCeq 10min, LCeq 15min, LpcC1min max.

• Automatic summer/winter time change-over.

• Embedded web server for history consultation and setting equipment.

• No specific software required.

• The internal memory is sized to store sound level values 24 hours a day, 7 days a week for 6 months.

• USB Host connector allowing the connection of a USB key for history collection.

• Fire contact with audio level attenuation > 40dB.

• Acoustic and electric auto-verification of the measuring sensor.

• VCA technology (Voltage Controlled Amplifier), no audio signal cut-off.

• SNA50-3 can be sealed.

The Attero Tech by QSC Axon D2i is a single-gang, Dante/AES67 network audio I/O wallplate for network AV systems, including the Q-SYS Ecosystem. With two balanced mic/line inputs in a cost-effective form-factor, it provides easy integration of analog devices into a wide range of network audio applications. A Q-SYS Extension further simplifies integration, letting integrators quickly add the Axon D2i to Q-SYS installations without the need for any programming.

The SWP2 series L2 switch is ideal for Dante 96kHz network systems. It features 10 etherCON ports and two single mode fiber opticalCON ports.

The SWP2 series L2 switch is ideal for Dante 96kHz network systems. It features 10 etherCON ports and two single mode fiber opticalCON ports.

The MADI-Bridge is a broadcast specification bridge between the MADI audio format and Dante. It is a bi-directional interface that can deliver 64 channels @ 48kHz (32 channels at 96kHz, 16 channels @ 192kHz). MADI-Bridge ‘Split Mode’ enables 2 x 32 channels @ 96kHz streams to be merged to form a single 64 channel @ 48kHz stream.

MADI-Bridge also features bidirectional sample rate conversion between any asynchronous sample rates, from 44.1kHz to 192kHz. MADI-Bridge features redundant PSU, MADI and IP Network ports and in addition to the inbuilt clock redundancy options in Dante Controller, the MADI-Bridge also includes a pair of redundant sync inputs for use as a self-redundant Dante Grand master clock. 32bit MADI control tunnelling allows a pair of MADI-Bridges to be used to pass audio and user bits (including control data) of a whole MADI stream across a network.

The FA-9600 dual channel signal processor simplifies all types of video conversion and offers a wide range of audio processing.

The FA-9600 is much more than a basic frame synchronizer. With optional expansion cards and software, the unit offers MADI/Dante/analog audio I/O, 12G-SDI/Quad Link 3G-SDI I/O, up/down/cross conversion, HDR/SDR conversion, and SFP+ module support.

・ 3G/HD/SD-SDI 2 inputs and 2 outputs with distribution output by each output, HDMI 1 input and 1 output.

・ Dual channel of frame sync, proc amp, colorimetry converter, color corrector, frame delay and clip function.

・ Dual channel embedded audio (16 channels, HDMI is up to 8 channels); AES/EBU I/O selectable for 4 inputs, 2 inputs/2outputs, or 4 outputs. (4 channels of stereo, unbalanced); audio multiplex and demultiplex function.

・ Gain control, SRC, down mix, re-map, mute, and audio delay functions.

・ Optional audio interface cards are available: AES/EBU I/O, analog audio I/O, MADI interface, or Dante interface.

The GDP 1132 Dante offers you efficiently the possibility to connect the “Analog world” with the Dante Network. With the new GDP 1132 Dante, you can now patch your Dante signals, add effortless 16 analogs inputs to your Dante network or extract 16 Dante channels as analog outputs, just by simple patching.

The GDP 1132 Dante is not only a patching solution as it enable you also to mix all signals. These newly mixed signals are then available to be fed into your Dante Network.

Through its front display and navigation knobs, there is no need for a Dante Controller. Furthermore, monitoring, mixing and configuration can be made either from the front display or via a remote web browser.
The GDP 1132 Dante is a 19”, 1 RU device, its assembly depth is 220 mm, which make it very interesting for integration in tight spaces, such as OB-Vans

DA22 supports Dante and AES digital audio interface protocol, which can realize two-way transmission of digital audio signals via XLR cable.

Features

· Compact design, easy to use, supports hot-plug;

· Easily and freely convert between analog audio signal and DanteTM digital audio signal;

· Built-in 2 input or 2 output audio channels;

· Extends audio, control, Ethernet, and power over a single affordable network cable.

· Replaces multiple analog or multi-core cables with only a network cable, cost-effective, versatile;

· Extends uncompressed high-quality audio signal with near-zero latency;

· Transmits high quality 2-channel audio safely and reliably;

· Perfectly supports Dante software, the network and audio routing can be easily expanded andreconfigured with just a few mouse clicks;

Ostrich series of products is an audio interface device based on Dante international general protocol. It can realize analog audio signal input, convert to digital audio signal output, route to any Dante audio transmission network device by Dante protocol, and realize high quality, long distance and low delay signal transmission. It supports the access of any Dante network digital audio, which can be converted into analog audio signal output, and can be connected to traditional analog audio devices such as mixer, power amplifier, processor and so on. The device uses high quality AD/DA signal conversion chip, provides 48 V of phantom power supply, and can access higher quality capacitive microphone.

Ostrich series of products is an audio interface device based on Dante international general protocol. It can realize analog audio signal input, convert to digital audio signal output, route to any Dante audio transmission network device by Dante protocol, and realize high quality, long distance and low delay signal transmission. It supports the access of any Dante network digital audio, which can be converted into analog audio signal output, and can be connected to traditional analog audio devices such as mixer, power amplifier, processor and so on. The device uses high quality AD/DA signal conversion chip, provides 48 V of phantom power supply, and can access higher quality capacitive microphone.

[Model:MNS-DANTE-I2S-T-02-1P]: For networked audio transmitter products requiring 2 channels at 44.1 kHz, 48kHz, 88.2kHz and 96kHz [ 16, 24 or 32-bit ] sample rates.

[Model:MNS-DANTE-I2S-TR-22-1P]: For networked audio transmitter / receiver products requiring 2x2 channels at 44.1 kHz, 48kHz, 88.2kHz and 96kHz [ 16, 24 or 32-bit ] sample rates.

[Model:MNS-DANTE-I2S-TR-11-1P]: For networked audio transmitter / receiver products requiring 1x1 channels at 44.1 kHz, 48kHz, 88.2kHz and 96kHz [ 16, 24 or 32-bit ] sample rates.

The DQ-Rack provides all of the power of our larger racks, but in a more compact unit, and harnessing the flexibility of Audinate’s Dante protocol.

The compact 6U rack sports 48 mic inputs and up to 24 line outputs. Clever audio design allows the last 4 outputs to be switched between line outputs and stereo AES/EBU outputs, adding up to a maximum of 8 AES/EBU output channels.

Making use of Dante means that existing infrastructure can be used for flexible and familiar installation. Plus, connection to a DiGiCo console via the DMI-DANTE64@96 means all inputs and outputs on the racks can be accessed at both 48kHz and 96kHz.

To ensure ultimate reliability the DQ-Rack is equipped with dual redundant power supplies as standard.

The DIO1600 is a Dante enabled interface converting sixteen analogue line level inputs and sixteen analogue line level outputs to the audio network. All inputs and outputs have adjustable gain from +12dB to -12dB. The XLR version may be specified with XLRs on the front, network connections on the rear or XLRs on the rear, network connections on the front. It can also be supplied in a 1RU format with Tascam standard audio connections similar to the DIO1616MA below. Network connections may be copper and/or fibre via two SFPs and the unit includes secondary ports for network redundancy. The DIO1600 is PoE enabled so may be operated without a mains supply if required. The unit also has a 100-240V AC mains inlet and also supports 12 volt operation so may be effectively used with a redundant power supply. All level controls are adjusted using the built in web server. The unit will operate at sample rates of 48kHz and 96kHz and may also be used in AES67 mode.

Allows the conversion and distribution of 4 analog sources on Dante™ network • detachable euroblock input/output connectors • PoE (provided) or 12V power supply (not provided)

Technical data:

Type: Dante™ interface 4x4
Input Connectors: 4 x euroblock
Output Connectors: 4 x euroblock
Audio network connector: RJ45
Input impedance: > 1.8 kohms
Maximum input level: +8 dBu
Output impedance: 200 ohms
Maximum output level: + 20 dBu
Frequency response: 20 Hz - 20 kHz (+/- 1 dB)
THD+N: < 0.02%
Power supply: PoE 802.3 af (provided) or 12 V external (not provided)
Consumption: 10 W max
Dimensions: 52 x 81 x 121 mm
Weight: 357 g

4 x 4 Dante ™ converter
Allows the conversion and distribution of 4 analog sources on the Dante ™ network and 4 Dante ™ sources in analog line level • Microphone (with detachable phantom power) / line inputs • Detachable euroblock input / output connectors • LCD configuration screen • Mains power supply included

Technical data:

Type: Dante™ interface 4x4
Input Connectors: 4 x euroblock
Output Connectors: 4 x euroblock
Input impedance: > 11 kohms
Maximum input level: + 12dBu
Output impedance: < 100 ohms
Maximum output level: + 12 dBu
Frequency reponses: 20 Hz - 20 kHz (+- 0,2dB)
THD: < 0.012% (@ 1kHz +12 dBu)
Power supply: 100 - 240 V, 50/60 Hz
Consumption: 7,5 W
Dimensions (HxWxD): 45 x 215 x 145 mm
Weight: 1.38 kg (excluding accessories)

The PENTA 721s has 1 large user-configurable slot for one of the seven optional I/O cards including a 128 ch Dante interface. There is a slot for the optional Dual MADI Module labeled Optical I/O and includes as standard a Dante/AES67 Interface using the two Ethernet ports on the rear.

The large slot can be configured with any one of the seven available analog and digital cards, in addition to the digital interfaces provided on the base unit. Check out the features of each of the available Penta I/O cards here. Signal Routing
PENTA 721s include a 512×512 multiplexer, enabling all analog and digital inputs and outputs to be routed in any combination; this enables the unit to also split signals for advanced signal distribution. The multiplexer can be used to establish the static connections of the signal inputs and outputs, and furthermore, it incorporates soft switching with a fade down and fade up the functionality of the signal level. Soft switching ensures that setting or changing a signal path can be made without any audible click or artifact.

Next-Generation Enterprise, Modular Router and Interface System'

Key Features
8 AES/EBU I/O and 1-3 MADI I/O
8 card slots for analog and digital I/O cards supporting hot-swop
IP audio L3 Ethernet I/O powered by Dante
TCP/IP control via NTP Router Control System and Stand alone control applications for PC
Single or Dual power supply
Key Benefits
Analogue and Digital audio interfacing
Each of the 8 expansion slots can be independent or combined domain properties. Allowing separate sample rate, clock sources and IP Submask independence.
Interfacing and routing of embedded audio in video SDI SD/HD/3G signals
Flexible patching and routing of digital audio signals providing
Stand alone IP audio interface and format converter
Interface for NTP TDM router systems
Low latency, tightly synchronised, transport of uncompressed audio over IP networks using off the shelf switches