Soundcraft RS2448SP ViSB Optical MADI HD (multimode)
- Brand new in original box
- Full Soundcraft manufacturer's warranty
- Free shipping in the continental US
Out of stock
- SKU
- RS2448SP
Description
Soundcraft RS2448SP ViSB Optical MADI HD (Multimode)
The RS2448SP is a professional-grade optical MADI interface card designed for integration into Soundcraft Vi Series digital consoles and stageboxes. This module delivers robust, long-distance fiber connectivity without the latency or signal degradation of conventional copper connections, making it ideal for tracking and mixing sessions that demand audio integrity across extended cable runs or for recording setups spanning large performance spaces.
Connectivity & Integration
The card plugs directly into the HD card slot of your Stagebox, establishing immediate fiber-optic connectivity without requiring external breakout boxes or adapters. Dual redundant SC connectors with automatic switchover ensure failsafe operation—if one fiber line drops, the system seamlessly switches to the backup without audio dropout or manual intervention, protecting your session continuity.
Range & Architecture
Multimode fiber connectivity extends up to 1500 meters, covering tracking scenarios from compact project studios to distributed recording setups across large performance venues or remote locations. Each direction includes embedded control and user-accessible serial connection, enabling full two-way communication and configuration from console to stagebox for seamless session management.
Key Features
- Up to 64 channels at 48kHz operation
- Industry-standard SC fiber connectors
- Two duplex SC connectors with dual redundant cabling
- Automatic switchover between primary and backup fiber lines
- Maximum connection distance: 1500 meters (multimode)
- Embedded control in each direction
- User-accessible serial connection in each direction
- Direct HD card slot integration into Soundcraft stageboxes
The RS2448SP delivers the channel density and failsafe architecture required by recording and mixing workflows where fiber-optic isolation and extended range are critical to capture and production integrity.
More Information
| Condition | New |
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