The universal format converter: Everything in 1U!
For all your digital audio needs:
This unique piece of hardware is able to convert between an impressive selection of digital interfaces - any to any, all at once.
Supported Audio Interfaces
- ADAT (8x), SPDIF/AES3 optical
- MADI optical
- MADI coaxial
- MADI-TP (up to 2 ports)
- AES50 (up to 2 ports)
- Dante / AES67
- and many more via breakout boxes (currently planned: Waves Soundgrid, AVB, AES3)
- 64x64 channels on each interface with channel-wise routing/splitting between interfaces
- Integrated headphone amp
- Asynchronous sample rate conversion (plug-in module)
- Fully remote-controllable via web, telnet and USB. Run Live Demo
- Extensible to future interfaces via break-out boxes
What the can do for you:
- Interface your recording gear to any signal source
- Make your production truck or OB van compatible to anything
- Use your ethernet port as 64x64 recording interface with the Dante® Virtual Soundcard technology
- Sample-rate convert between any interfaces using the SRC-64 plugin module
- Send and receive low-latency, 64x64 audio over your standard ethernet network
- Bring your legacy gear up to date
- ...and anything else you can imagine!
+Test tone generator
Web, telnet and USB
Made in Germany
- ADAT (8x), SPDIF/AES3 optical capable
- MADI optical
- MADI coaxial
- MADI-TP (up to two ports)
- AES50 (up to two ports)
- Dante/AES67 (two ports/integrated switch)
- Extension port for breakout-box connection - see roadmap
- Supports 32...192 kHz operation
- Wordclock input and output (BNC)
- Clock master can be any incoming audio signal, or BNC, or an high-quality internal clock
- MADI and ADAT 96k frame and S/MUX operation supported
- Asynchronous Sample Rate Conversion (64x64 channels) supported using the SRC-64 plugin module
Remote Control Interfaces
- Integrated web server Run Live Demo
- Integrated telnet server
- USB UART
Other things to mention
- Preset store/recall (12 different setups)
- Headphone amplifier to monitor any incoming signal
- Test tone generator simplifies troubleshooting of complex setups
- Triple-redundant power supply (2x 90-240VAC, 1x 9-18VDC)
- Can be powered alone from industry standard 4-pin XLR plug battery packs
- MIDI embedding/de-embedding from MIDI jacks into MADI streams (RME-compliant)
- Transparent forwarding of MADI control data (i.e. headamp control, MIDI over MADI)
- Prepared for Headamp remote control (Yamaha, Behringer, MIDAS)*
* Features marked with an asterix are not contained in current firmware (2.0) and will be provided later as update
We are committed to improving and extending the Multiverter with software and hardware extensions to increase the value for every customer. The features listed below are planned and will be realized step by step, depending on the demand and usefulness for a wide audience. If you have any suggestions, please let us know!
|DiGiCo/Soundcraft/Studer MADI-TP||External inline adapter supporting DiGiCo/Soundcraft/Studer MADI-TP variants. Connects to the multiverter via Cat5 to the MADI-TP port.||March 2019||External box||approx. 179.- EUR|
|Waves Soundgrid™ extension box||The Waves Soundgrid™ extension box adds a native Waves™ interface to your multiverter. It's hooked up on the "Extension" port which provides an ultra low latency path into the multiverter and also supplies power to the box.||Summer 2019||External box||not yet determined|
|AES3 extension box||The AES3 extension box adds 64x64 channels of AES/EBU to your multiverter. It's hooked up on the "Extension" port which provides an ultra low latency path into the multiverter. It comes as 1U rack unit in the same format as the Multiverter.||Summer 2019||External box||not yet determined|
|AVB extension box||The AVB extension box adds 64x64 channels of AVB to your multiverter. It's hooked up on the "Extension" port which provides an ultra low latency path into the multiverter. It comes as half-width 1U rack unit in the same format as the Multiverter.||Autumn 2019||External box||not yet determined|
|Operating temperature||0..+70°C, non-condensing|
|Storage temperature||-40..+85°C, non-condensing|
|Power consumption||8W typ., 30W max.
Each AC input: 85..264VAC, 50-60Hz, 0.75A@115VAC / 0.5A@230VAC
DC input: 9-18VDC (up to 30V tolerant), 2.5A peak
|Channel count||Up to 64 per interface in x1 modes
Up to 32 per interface in x2 modes
Up to 16 per interface in x4 modes
Multiple conversions (i.e. Dante ⬄ MADI and ADAT ⬄ AES50) with each using the full channel count can run simultaneously.
|Sample rates||32 / 44.1 / 48 / 64 / 88.2 / 96 / 128 / 176.4 / 192 kHz
Varispeed operation is not supported
|Latency||The table below shows the overall latency
(receive+convert+transmit) between the various interfaces in number
For x1 modes (32/44.1/48kHz), n is 1.
For x2 modes (64/88.2/96kHz), n is 2.
For x4 modes (128/176.4/192kHz), n is 4.
The Dante latency d depends on the setting in the Dante controller which should be chosen according to the network topology, and can range from 150µs to 5ms.
|ADAT ports||8 input+8 output ports firstname.lastname@example.org/48kHz, email@example.com/96kHz
Each port may be alternatively used as SPDIF or AES3 optical port with 2 channels @44.1/48kHz
|PC port||USB 2.0 (FTDI 2232). Remote control and firmware update, no audio connection|
|RS485 port||Male D-Sub 9pin, Yamaha AD8HR compatible
Pinout: 2=RX-, 3=TX-, 4=TX+, 5=GND, 6=RX+
|Extension port||HDMI connector type (not HDMI compatible). 64ch@32/44.1/48kHz, 32ch@64/88.2/96kHz, 16ch@128/176.4/192kHz|
|MADI optical port||SC connector, 50/125 µm or 62.5/125 µm
multi-mode fibre (MM fibre), 1300nm, up to 2km total length.
Transceiver can be changed to Single mode (9/125µm) at the factory on request.
Transparent user bit forwarding
|MADI BNC port||Standard AES10 coaxial port. Use with up to 100meters of 75 ohm coaxial cable 64ch@32/44.1/48kHz, 32ch@64/88.2/96kHz, 16ch@128/176.4/192kHzMIDI-over-MADI|
|MADI TP port||AES-X 213 (upcoming MADI specification) compatible.
64ch@32/44.1kHz, 56ch@48kHz, 32ch@64/88.2, 28ch@96kHz, 16ch@128/176.4kHz, 14ch@192kHz
Pinout: MADI-TP on 4/5, 7/8 MIDI-over-MADI
Transparent user bit forwarding
Alternative use: Second AES50 port, Pinout: Data on 4/5, 7/8; Sync on 1/2, 3/6 (adapter cable required)
|AES50 port||AES50 3.1 compatible
firstname.lastname@example.org/48kHz, email@example.com/96kHz Pinout: Data on 1/2, 3/6; Sync on 4/5, 7/8
Alternative use: Second MADI-TP with Pinout: 1/2, 3/6 (adapter cable required)
|Wordclock port||Output: 5.0Vpp nominal, able to drive two parallel 75 Ohm
|Dante/AES67 port||2x Gigabit Ethernet, configurable either as Switch or as
Redundant connection in the Dante controller.
Device prefix: MVR64
64ch@32/44.1/48kHz, 32ch@64/88.2/96kHz, 16ch@128/176.4/192kHz
|MIDI port||Standard isolated input, standard MIDI output|
|Headphones||2x125mW into 32Ohm (@0.01% THD+N)
Bandwidth: 22Hz to 22kHz
|ESD protection||all ports: +/- 15kV (Human Body Model)|
|Version||Date||Major changes||Firmware package||Documentation|
|3.3-Beta3||2019-02-07||SPDIF/AES3 mode for ADAT I/Os
MADI control data (e.g. MIDI) embedding/extracting/forwarding
Web remote improvements
|3.2||2018-10-02||Fixes web control with *no* ASRC installed Many routing matrix improvements||MVR-64-Firmware_3.2.zip|| Release
|3.1||2018-07-12||Corrects matrix behaviour at 96k and 192k||MVR-64-Firmware_3.1.zip|| Release
|3.0||2018-07-03||Multiverter Remote Control via Web, Telnet, USB and MIDIChannel-wise routing||MVR-64-Firmware_3.0.zip|| Release
|2.0||2017-09-27||ASRC SupportDante 4.0 based||MVR-64-Firmware_2.0.zip|| Release
|1.4||2017-04-13||Panel lockADAT channel assignment||MVR-64-Firmware_1.4.zip|| Release
|1.3||2016-11-18||AES50 channel aggregation modeDante settings done automatically||MVR-64-Firmware_1.3.zip|| Release
|1.2||2016-07-05||X32/S16 connectionDante stability improved||MVR-64-Firmware_1.2.zip|| Release
|1.1||2016-06-10||Indication of changed presets||MVR-64-Firmware_1.1.zip|| Release
|1.0||2016-05-11||Initial release||MVR-64-Firmware_1.0.zip|| Release