Roland S-4000S 3208 32x8 Digital Stage Snake - USED

The RSS S-4000 System digital snake solves two age-old problems of live sound and fixed installations at once: it allows you to transfer 40 channels of high-quality audio over an extremely long distance on a single lightweight cable. That means that with an S-4000 System, you don't have signal degradation issues over long cable runs and cable "pull-through" in fixed installations is a snap. As an added bonus, you can easily expand your setup with the Modular design for flexible configuration options of the RSS S-4000 System. The main components of the RSS S-4000 System digital snake are: S-4000S 40-cH I/O Modular Rack; S-4000H 32x8 FOH Unit; and S-4000R Remote Controller

 Features

• Modular "stage box" with 32 inputs and 8 outputs on XLR connectors.
• All new, precision-designed XR-1 preamps with massive headroom and clean, warm sound (gain range from -65 to +10 dBu typical, +28 dBu maximum input level).
• Audio signal and system status indicators.
• Two REAC ports (one primary, one redundant).
• RS-232C interface for S-4000R Remote Controller or computer control.
• MUTE ALL OUTPUTS button for noise-free connection of audio sources.
• Connection port for optional redundant power supply.
• 40 channels of 24bit 96kHz audio over one Cat 5e cable
• 80 channels over two Cat 5e cables.
• Unlimited, lossless input splits using standard, inexpensive Ethernet hardware.
• New, precision designed VM-50 preamps with superb headroom and audio characteristics.
• Remote control for the smooth, zipper-free control of preamp gain, individual phantom power, and -20db pad.
• Free Mac/PC software for additional control via RS-232
• Preset memories of preamp settings for fast setup and stage changes
• Redundant Cat 5e port for main audio cable redundancy
• Redundant power supply option for complete system reliability
• Very low protocol latency @ 375 microseconds (that's .0375 seconds!)
• Total System latency typically 1 millisecond
• Modular design for flexible configuration options and future expandability