About the Soundcraft 5049655 Mini Stagebox 16
The Soundcraft Mini Stagebox 16 is a compact digital audio interface designed to extend the input and output capabilities of compatible digital mixing consoles via a single Ethernet connection. It functions as a remote stage box, allowing the primary mixing surface to be positioned at the front-of-house while the Mini Stagebox is placed on stage or near the sound sources. This setup minimizes the need for long, cumbersome runs of analog microphone cables, streamlining setup time and reducing potential noise and interference. The unit provides 16 microphone preamplifiers with gain control remotely manageable from the console, ensuring pristine audio capture at the source location.
This stagebox is built to professional touring standards with a robust metal chassis, making it suitable for both permanent installations and mobile applications. It utilizes the popular MADI (AES10) protocol over coaxial cable to transmit multiple channels of high-resolution, low-latency digital audio bidirectionally between the stage and the console. The integration is typically seamless with consoles from the same manufacturer, allowing the console's interface to directly mirror and control the preamp parameters of the remote unit as if they were local. This provides engineers with complete control over gain, phantom power, and polarity for all connected microphones directly from their familiar console workflow.
Beyond its primary microphone inputs, the unit often includes additional line-level inputs and outputs for connecting playback devices, outboard gear, or feeding additional amplifier zones. Its compact "mini" form factor is a significant advantage in space-constrained environments like small club stages, broadcast flypacks, or corporate event setups where rack space is limited. By offering a focused set of high-quality remote preamps in a durable and portable package, the Mini Stagebox 16 provides an efficient and cost-effective solution for expanding system flexibility and improving the overall signal chain integrity in a digital mixing ecosystem.