Dante-enabled Product Catalog
IBC 2016 technology showcase product
The Dante-powered MSX500 compact desktop unit with 4 physical slots, of which 3 are wired. This configuration is ideal when Audio over IP is a requirement, but you only need limited I/O, or you need a flexible solution that supports AoIP on-the-go.
IBC 2016 technology showcase product
The Dante-powered MSX500 compact desktop unit with 4 physical slots, of which 3 are wired. This configuration is ideal when Audio over IP is a requirement, but you only need limited I/O, or you need a flexible solution that supports AoIP on-the-go.
IBC 2016 technology showcase product
The 1RU, 19” rack mounted MSX1000 providing 6 slots for I/O modules, a built in 448 x 448 point router, and optional dual redundant hot-swap PSU and versatile sync system. The perfect solution for medium capacity audio I/O.
IBC 2016 technology showcase product
The 1RU, 19” rack mounted MSX1000 providing 6 slots for I/O modules, a built in 448 x 448 point router, and optional dual redundant hot-swap PSU and versatile sync system. The perfect solution for medium capacity audio I/O.
IBC 2016 technology showcase product
The MSX 3000 delivers Fairlight’s renowned sound quality for the converged consoles. Its modular design, incorporating cutting edge FPGA technology, delivers a customisable and very cost effective audio I/O solution.
IBC 2016 technology showcase product
The MSX 3000 delivers Fairlight’s renowned sound quality for the converged consoles. Its modular design, incorporating cutting edge FPGA technology, delivers a customisable and very cost effective audio I/O solution.
Based in a 3RU 19” frame, the MSX 3000 offers up to 21 slots that can be used for a range of different MSX I/O modules. The built in router engine features a 1400 x 1400 matrix with one-to-many patching support, allowing for any routing configuration to be defined.
With a wide range of MSX modules available, I/O systems can be tailored exactly to your application.
The primary connection to the Fairlight Live Audio Processor is via optical MADI. Multiple MADI cards can be accommodated for high-density racks and for very large configurations, multiple MSX 3000 frames can be deployed.
