Soundcraft SCR-5059733HUEU 96kHz Multi-Mode Local Optical Rack Unit for use with Vi5000 and Vi7000

  Optical rack unit 96kHz Multi-Mode Local Speaker for use with Vi5000 and Vi7000, Model SCR-5059733HUEU, Soundcraft Brand

• The Soundcraft ViLR-96MO audio input/output module represents the pinnacle of professional solutions for expanding Vi5000 and Vi7000 digital mixing systems, as it is designed to meet the highest demands of live audio and professional broadcasting.
• This unit provides a robust input/output architecture based on Multimode Optical communication with support for high-resolution audio processing up to 96kHz, ensuring exceptional sound quality, high stability, and complete reliability in challenging environments.

Technical description:

• The ViLR-96MOoptical rack unit functions as a professional Optical Local Rack, providing an advanced audio input and output infrastructure, with a high capacity to handle large and complex productions.
• The unit features 64 microphone/line inputs and 32 analog line outputs, with full remote control of microphone gain, 48V Phantom Power activation, and a 100Hz Lo-Cut filter directly from the console.

• Thanks to its advanced design and optical connection, the unit ensures long-distance signal transmission without any loss of quality or being affected by electromagnetic interference.

Technical specifications:

• Sampling rate: 96kHz
• Connection type: Multimode Optical Fiber
• Full compatibility with:
• Soundcraft Vi5000
• Soundcraft Vi7000
• Number of entries:
• 64 Mic/Line Inputs
• Number of outputs:
• 32 Analog Line Outputs
• Remote control:
• Gain microphone/line
• 48V Phantom Power
• Lo-Cut filter at 100Hz
• Expansion slots:
• 12 Audio I/O card slots with a height of 6U
• Built-in cards:
• GPIO / LED Card
• MADI HD Card
• Energy and cooling:
• powerful power supplies
• Additional cooling fan with rear filter

Key features:

• High-resolution 96kHz optical Local Rack unit
• Large input and output capacity suitable for large-scale productions
• Full remote control of all input settings
• Stable long-distance optical communication
• High resistance to interference and distortion
• Great flexibility in expansion via I/O cards
• Perfect integration with Vi Series systems
• Professional design that withstands continuous operation

Product summary:

• The Soundcraft ViLR-96MO audio input/output module is designed to be the ideal optical expansion module for professional systems based on the Vi5000 and Vi7000, providing a robust, high-resolution input/output architecture that supports 96kHz operation.
• With 64 microphone/line inputs and 32 line outputs, and full remote control of all input settings, this unit gives sound engineers maximum flexibility to manage large and complex productions efficiently and confidently. Multi-mode optical connectivity ensures stable audio transmission over long distances without loss of quality or distortion, making it an essential component of any advanced professional audio system.

Additional features:

• Ideal for productions requiring long connection distances
• Smart management of audio signals
• Improving the efficiency of the public system
• Reducing reliance on external equipment
• Suitable for fixed and mobile systems
• Ready-to-use design inside Flight Case

Applications used for the product:

• Major concerts
• Theaters and artistic performances
• Stadiums and playing fields
• Television and radio broadcasting
• International conferences
• large places of worship
• Professional audio system rental companies
• Complex live productions

Summary and final advice:

• If your goal is to build a professional audio system that can be relied upon for major performances, live broadcasts, or complex audio projects, the Soundcraft ViLR-96MO optical rack unit is an indispensable strategic choice.

This unit not only provides an expansion in the number of inputs and outputs, but also offers a robust platform that combines high accuracy, stability, and complete flexibility in customization, with a durable design that can withstand continuous operation in the harshest environments.