RME ARC USB Advanced Remote Control for TotalMix FX

The RME ARC USB is a professional USB remote control designed for seamless integration with RME audio interfaces featuring TotalMix FX. It provides direct, tactile control over your mixing environment, allowing you to adjust levels, mute channels, recall snapshots, and more without touching your computer screen. Built with a robust metal housing and illuminated buttons, the ARC USB is the perfect companion for studio, live, and broadcast applications.

Advantages

With 15 freely assignable illuminated buttons and a large encoder wheel, the ARC USB offers intuitive control over TotalMix FX parameters. Its USB bus-powered design ensures easy setup without external power supplies. The included footswitch input adds hands-free control for live performances or recording sessions. Ultra-low latency operation guarantees responsive feedback, and plug-and-play compatibility with Windows, macOS, and Linux makes it versatile for any setup.

Suitable for

• Studio engineers needing quick access to monitor mixes and effects
• Live sound technicians requiring tactile control during performances
• Broadcast professionals managing multiple audio channels
• Home studio users with RME TotalMix FX interfaces

Key specifications

• Product Type: Advanced USB Remote Control
• Connectivity: USB 2.0 (Type B connector)
• Compatibility: RME Audio Interfaces with TotalMix FX (e.g., Fireface UFX+, UFX II, UCX II, Babyface Pro FS, M-32 Pro)
• Controls: 15 illuminated buttons, 1 encoder wheel
• Additional Inputs: 1x 1/4" TRS Footswitch input
• Power Source: USB Bus-powered
• Housing Material: Robust metal housing
• Included Cable: USB 2.0 cable (approx. 2m)
• Dimensions (W x D x H): 90 x 170 x 33 mm
• Weight: 300 g
• Product Colour: Silver

Recommendations

For optimal performance, pair the ARC USB with any RME interface that supports TotalMix FX. The device is fully programmable via the free ARC USB software, allowing you to customize button assignments to your workflow. Ideal for professionals seeking hardware control in a digital mixing environment.