FERROFISH VERTO MX MULTIMODE MADI ADAT DANTE CONVERTER

Technical Product Description

The Ferrofish Verto MX is a powerful and compact MADI to Dante converter designed to easily integrate your existing MADI devices into a Dante/AES67 network. With the Verto MX, all 64 x 64 MADI channels become accessible in the Dante network through a simple plug-and-play setup, ensuring high-quality audio transmission with minimal configuration. This device is equipped with two MADI interfaces (optical and coaxial), enabling both types of connections. In the event of a MADI signal failure, the device can automatically switch to the other interface, providing a secure redundant operation.

On the Dante side, the Verto MX features two RJ-45 ports prepared for redundant operation, ensuring reliable network connectivity. It supports a sample rate of up to 192kHz, offers MIDI I/O for embedding and de-embedding, and includes BNC word clock inputs and outputs for external synchronization.

Specifications

Dante I/O:

• 2x RJ-45 Ethernet ports (PRIMARY/SECONDARY)
• 64 x 64 channel I/O (Dante Brooklyn II board built-in)

MADI I/O (AES10):

• Coaxial I/O (2 x BNC)
• Optical I/O (2 x LC port via SFP, Multimode – Singlemode SFP module optional)
• Channel Count:
  • 64 x 64 channels @ 44.1, 48kHz
  • 32 x 32 channels @ 88.2, 96kHz
  • 16 x 16 channels @ 176.4, 192 kHz

MIDI I/O:

• 2 x DIN5 connector for MIDI embedding/de-embedding
• Conversion between MIDI and MIDI over MADI possible

Word Clock I/O:

• BNC: 1 x input, 1 x output
• 75 Ohm Termination (switchable via Dante)

Power Supply:

• 14.4VA (1.2A at 12V)
• Polyfuse internal, self-resetting
• 1 x power supply included

Operation:

• Temperature Range: 41°F up to 113°F (+5°C up to +45°C)
• Humidity: <75%, non-condensing

Weight & Dimensions:

• Weight: 0.9 kg
• Dimensions: 22 x 9 x 4.5 cm (without rack ears)

Optional Accessories

• 19“ Rack mount kit
• Multi-range Power Supply 12V (EU)
• MADI Singlemode Module
• MADI SC / LC Adapter

The Ferrofish Verto MX provides an efficient solution for modernizing legacy MADI systems by integrating them into a future-proof Dante network.