TC Helicon Go Solo High-Definition Audio/MIDI Interface for Mobile Devices

TC Helicon's Go Solo is a high-definition audio/MIDI interface purpose-built for mobile music production. The unit bridges the gap between portable devices and professional-grade recording, handling both audio I/O and MIDI data across iOS, Android, and USB platforms. TC Helicon's reputation for vocal processing and live sound integration makes this interface a credible choice for producers, songwriters, and performers needing studio-grade connectivity on the road.

The Go Solo delivers 24-bit/96 kHz audio fidelity via its dual audio inputs and outputs, supporting both analogue connections and digital MIDI over USB. Its compact form factor houses a headphone output with dedicated volume control, enabling real-time monitoring during recording and performance. The interface connects directly to tablets and smartphones via USB-C, bypassing the need for additional converters or fragile adaptor chains. Audio latency remains minimal across supported platforms, critical for overdubbing and live looping workflows where timing drift becomes immediately audible.

Mobile music-makers often struggle with routing flexibility—the Go Solo's dual I/O architecture supports microphones, instruments, and line-level sources simultaneously, whilst its MIDI implementation allows external controllers and synthesisers to integrate seamlessly into mobile DAWs. Whether composing in Ableton, recording podcasts, or triggering synth layers during live performance, the interface handles multi-source setups without requiring compromise on signal quality or connectivity options.

Features

• 24-bit/96 kHz high-definition audio I/O
• Dual stereo audio inputs and outputs
• USB-C connectivity for iOS, Android, and USB devices
• MIDI input and output for external controllers
• Dedicated headphone output with independent volume
• Supports microphone, instrument, and line-level sources
• Low-latency monitoring for overdubbing and live performance
• Portable design for mobile production and on-location recording