Schoeps Double MS

com.Plugin Alliance.DoubleMSv2 · Audio · v1.1.0
Native Version Spotted 3 devices
Native Version Spotted

Universal version latest seen at v1.2.0 · Reported by 8 Macs in the community.

Sighting data is community-sourced — version availability and pricing should be verified with the developer.

About This App

Schoeps Double MS is an audio unit plugin for professional audio workstations that provides dematrixing of Double MS microphone recordings. It transforms three-microphone Double MS setups into stereo or surround configurations (up to 5.0), with features including virtual microphone positioning on a polar plot, flexible gain control, delay and filtering options, and preset channel configurations. It is used in post-production and live sound for spatial audio processing from compact microphone arrays. A native Apple Silicon build has been confirmed running on Macs in the Rosetta Check community.

Versions Seen 1 version
v1.1.0

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Schoeps Double MS AI
https://www.plugin-alliance.com

A native Apple Silicon (Universal Binary) build of Schoeps Double MS exists and has been confirmed in use on real Macs. Since this is a Plugin Alliance audio unit, update it through the Plugin Alliance Installation Manager, which is the vendor's dedicated installer and update tool. Launch the Plugin Alliance Installation Manager, find Schoeps Double MS in your installed products list, and click Update (or Install if this is your first time). The manager will pull the native build automatically and install it into your host DAW's plugin directory. If you do not yet have the Plugin Alliance Installation Manager installed, download it from Plugin Alliance's website — this is the official distribution channel for all Plugin Alliance plugins including the Schoeps brand. Once the native build is installed, rescan your host application's plugin directory (Logic Pro, Nuendo, Pro Tools, or your DAW of choice) and the native version will be available for use. You should see a performance improvement and lower CPU usage during dematrixing operations compared to running the Intel build under Rosetta.