Dante-enabled Products

RedNet 5 connects your RedNet system to Pro Tools HD®. Up to six units can be connected to one Pro Tools HDX system, supporting up to 192 channels at 96 kHz or 96 channels at 192 kHz. Pro Tools HD® Native and Pro Tools HD® (TDM) are also supported. RedNet 5 is interoperable with other Pro Tools interfaces and no RedNet PCIe card is required.

[Discontinued] For situations in which low-latency performance is critical, such as tracking, the RedNet PCIe card provides the best possible performance for your system. This dedicated card fits into a Windows or Mac computer standard PCIe card slot or with a laptop using a Thunderbolt PCIe Chassis. It delivers up to 128 channels I/O with under 3ms latency dependending on ASIO/Core Audio buffer size. A standard RJ45 Gigabit Ethernet connector links your audio computer to the rest of the network via a GigE switch.

Four Audio's DBO1 is a Dante breakout box providing 8 analog output channels and optional 4 AES outputs or 2 AES inputs + 2 AES outputs with outstanding audio performance values.

Four Audio's HD2 is a high end loudspeaker management system with 2-4 analog inputs, 1 AES input and 4-8 analog outputs. It's outstanding features are a high dynamic input range (>130dB), complex FIR filters with high frequency resolution to the lowest frequencies and a sophisticated limiter concept.

The BLACKBOX BBR64-DANTE RECORDER is designed to record and replay up to 64 channels of audio data from a Dante network. It records at 44.1kHz and 48kHz directly to Broadcast WAV files on an external USB2 drive. (Higher sample rate recording is also accommodated at a reduced track count.)

The DN9650 Network Bridge allows all Midas digital consoles and MIDAS digital I/O hardware, KLARK TEKNIK DN9696 High Resolution Audio Recorders and many other AES50 devices to connect to many different multichannel digital audio networks simply and reliably.

The DN9652 Dual Network Bridge has been designed to allow two dissimilar digital audio networks to interface simply and reliably.

The LM 26 provides a two input/six output analog configuration that is ideally suited for multi-way loudspeaker crossover, delay and EQ functions. The LM 26 also provides 4 × 8 AES3 digital I/O and 4 × 8 Dante networked I/O, all with comprehensive signal routing to provide Dante break-in / break-out and failover functionality.

The LM 44 is a powerful, full-featured digital audio system processor based on the highly acclaimed Lake Processing technology.

The PLM 14000 extends the PLM Series with a two-input, two-output power platform optimized for high-power requirements, making it ideal for demanding subwoofer and low-end applications with loading down to 2 ohms.

The two-input, four-output PLM 10000Q seamlessly integrates networked digital signal distribution, drive processing, power amplification, and load verification plus performance monitoring in a single hardware unit and unified software controller.

Powered Loudspeaker Management (PLM) has revolutionized live event audio with its seamless fusion of renowned Lake® processing with an amplifier platform based on the power density, sonic purity, and proven reliability of Lab.gruppen’s flagship FP+ Series. The latest addition to the PLM Series is the two-input/four-output PLM 20000Q, producing prodigious power output of 5000 W per channel @ 2.2 – 3.3 ohms. PLM 20000Q now joins the PLM 14000 and thePLM 10000Q in an expanded PLM Series, offering users even more flexibility in re-configuring racks for power-hungry subwoofers, line arrays, or stage monitors. All PLM Series units also incorporate revolutionary load verification and performance monitoring features that assure extended reliability for all system components, loudspeakers included.

DNTBOB 88 is a high quality, general purpose 8-in / 8-out interface to transmit and receive line level analog audio signals via a Dante network. Analog inputs are converted to digital and appear on the network as transmit channels. Audio for the analog outputs is taken from subscriptions to transmit channels on the network from other sources. When connected to a network, each break out box will appear as a separate device in the Dante Controller software interface.

This DSP processor operates as a native Dante device and a native ASPEN device to enable signal routing and processing in and out of the Dante and ASPEN digital matrices. Final mixes in the ASPEN matrix can be routed to one or more Dante transmit channels and subscriptions to Dante transmit channels can be routed to one or more ASPEN matrix inputs. Signal processing of these channels includes Automatic Mixing, Gain and Delay.

The NXDT104 card allows NEXO NX amplifiers to interface with a Dante network. This allows for a NEXO loudspeaker system to talk directly to a Yamaha CL mixing console via Dante.

PENTA 720 is a 2U modular audio interface with up-to 16 SDI/HD/3G embedder-deembedder interfaces providing 256 channels of Audio I/O. It comes with 8 AES/EBU I/O channels, 3 MADI/Dual MADI coaxial or optical I/O, 64 channels IP Audio Ethernet I/O powered by Dante and an interface for Avid Pro Tools for up 64 channels of audio I/O.

PENTA 721 is a compact 1U digital audio interface with 8 AES/EBU I/O channels, 3 MADI coaxial or optical I/O, 64 channels IP Audio Ethernet I/O powered by Dante and an interface for Avid Pro Tools for up 64 channels of audio I/O.

PENTA 725 IP audio router is a 1024 x 1024 cross points TDM router matrix with 64 bi-directional channels over IP Ethernet powered by Dante, 64 AES3 I/O channels and 6 optical MADI and Double MADI interfaces housed in a 1U 19" chassis

Built on an architecture designed for stable, efficient and robust performance, NION® n3 and n6 feature a 448-channel high speed digital audio bus for seamless expandability. This low-latency audio path makes NION perfect for performance audio projects in addition to applications where a massive amount of audio processing is required.

Built on an architecture designed for stable, efficient and robust performance, NION® n3 and n6 feature a 448-channel high speed digital audio bus for seamless expandability. This low-latency audio path makes NION perfect for performance audio projects in addition to applications where a massive amount of audio processing is required.

Built on an architecture designed for stable, efficient and robust performance, NION® nX features a floating point-based DSP engine, coupled with the world's most efficient and high performance audio algorithms. This makes the NION system the most powerful configurable DSP core ever built for the commercial, engineered systems marketplace.

The OKI keypanel interface cards fit into select RTS user stations and provide native OMNEO IP connectivity for RJ45 Ethernet connections into the OMNEO network with optional single or multimode fiber modules.

This card fits into the standard slots of the RTS ADAM or ADAM-M frames and provides a gateway to the world of OMNEO IP-compatible networking. The card consists of the traditional ADAM front and back card components.

The Shure SCM820 is an 8-channel digital automatic mixer designed for use in speech applications, including: sound reinforcement, broadcasting, conferencing installed audio, and live sound reinforcement.

The Shure ULXD4D Dual Channel Digital Wireless Receiver offers two channels of uncompromising audio quality, RF signal stability and efficiency, and advanced setup features in a single rack unit.

The Shure ULXD4Q Quad Channel Digital Wireless Receiver offers four channels of uncompromising audio quality, RF signal stability, and advanced setup features in a space-efficient single rack unit. Rugged yet lightweight and compact, the 1RU all-metal chassis houses four independent receivers, each with its own audio and RF meters, gain control, and XLR outputs that can be either direct or summed for flexible signal routing.

The 32KD Digital Router/Mixer provides switching, distribution, mixing, level control, signal processing, intercom, IFB, and mix-minus... all in one modular, distributed scalable routing system. The 32KD is expandable to up to thousands of inputs and outputs, at one location or spread throughout a campus connected via fiber.