Apollo Monitor Correction Add-on for SoundID Reference
Price history
- On sale
- 15 of the last 90 days
- Lowest in 90 days
- $50.00
- Highest in 90 days
- $79.00
About this plugin
Sonarworks' SoundID Reference integration with Universal Audio's Apollo X interfaces represents a shift in how hardware-based room correction can be deployed in professional studios. Rather than relying on software convolution, this add-on runs calibration directly on the Apollo's DSP, delivering speaker and headphone correction with negligible latency - a critical distinction for real-time mixing and monitoring work.
The technical approach leverages Sonarworks' established measurement database, supporting over 500 headphone models and multiple speaker configurations ranging from stereo to immersive 9.1.6 layouts. The inclusion of calibrated bass management for subwoofer-equipped stereo setups addresses a frequently overlooked aspect of accurate monitoring. Target modes extend beyond simple flat response, offering Dolby Atmos Music curve calibration and device emulation profiles via Translation Check, allowing engineers to reference their mix across consumer playback scenarios without switching plugins.
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Hardware processing eliminates the CPU footprint entirely, making this particularly valuable in CPU-constrained sessions or when working with high track counts. The ability to simultaneously calibrate one speaker profile and up to two headphone profiles - depending on Apollo X generation - accommodates modern hybrid mixing workflows where headphone and speaker checking occurs in parallel.
This tool occupies a specific niche: it's best suited for Apollo X users seeking transparent room correction without software overhead or those working across multiple listening environments who need portable, profile-based calibration. While competing software solutions like Acustica Audio's Aeonite or IK Multimedia's ARC System offer comparable features, the hardware implementation here eliminates processing latency entirely, making it particularly attractive for engineers who require immediate, artifact-free monitoring during critical decision-making.