![Solid State Logic MADI-Bridge MADI to Dante Interface](https://cdn11.bigcommerce.com/s-mmffu4sg6a/images/stencil/50x50/products/6414/11390/SSL-Network-IO_MADI-Bridge__80509.1648070411.jpg?c=1")
The SSL Network I/O: MADI-Bridge enables bi-directional format conversion between the industry standard MADI audio format and IP audio network's using Dante.
The Bridge can be used with any standard MADI device, including L300 and L500 consoles. The MADI-Bridge also offers bi-directional sample rate conversion between any asynchronous sample rates, from 44.1kHz to 192kHz and the ability to have independent clock domains between the two audio formats. With Dante committed to conform to AVB standards and AES67, the Bridge is also ready for future networked audio developments.
Solid State Logic MADI-Bridge Features
- Interface between MADI and IP Audio Networks using Dante
- Bi-directional combine/split mode
- Bi-directional sample rate conversion between any asynchronous sample rates, from 44.1kHz to 192kHz
- Virtual Headphone Patch- 4 location Monitoring and Signal Present Metering to truly replace your patch bay with a digital network while retaining confidence and fault finding tools
- Redundant: PSU, MADI ports, Dante Ports, Sync In - Full Spec Redundancy
- GPIO connectivity - embed tallies across the network
- Redundant Network extension ports - Local I/O at bridge without a switch
- Word Clock out - Clock a MADI device to the Dante Network
- Lockout Mode - Prevent accidental alteration of front panel settings
- MADI-Bridge MADI to Dante Interface1
- Physical
- Depth: 7.75" (200mm)
- Height 1.75" (44.5mm) 1 RU
- Width
- Excluding rack ears: 17.25" (438mm)
- Including rack ears: 19" (482mm)
- Weight: 6.8 lbs (3.1kg)
- Power: < 20 W
- Boxed Size 630 x 310 x 130mm ( 25 x 12 x 5.5")
- Boxed Weight 4kg ( 8.8 lb)
- VentilationVentilation is from the side of the unit
- Group Delay
- Group delay (no SRC) 8 samples (MADI to Dante module*)
- Group delay (with SRC) 51 samples (MADI to Dante module*)
- *Group delay does not include the deterministic Dante device latency which can be specified in Dante Controller.
