Deploy new ways to manage your object-based mix with the snapshot system. Change an audio mix scene with snapshot recall with interpolation time done manually, via OSC or with touch remote control (ex: Lemur). To facilitate transformations like moving sources, source transform feature, with an interpolation time, allows you to manipulate sources/objects positions

• Virtual mixing room environment with source and speaker name tag 
• Snapshot system giving the ability to create static images and recall with interpolation time
• Source transformation for source/object action with interpolation time
• iOS remote templates (Lemur) for touch interface to controlling sources and snapshots (with Multi-touch template)

• 8 OSC Connections
• BlackTrax Real Time Tracking RTTrPM Protocol input (Ultimate only)
• Sources and Listener positions tracking in 6 DOF
• IRCAM ADMix, Spat and Meyer SpaceMap Go OSC grammar on input.
• ADM-OSC support on input and output
• OSC Output options for Auto-Bundle and Touch/Release messages
• OSC presets for SPAT plug-ins, Lemur controllers, Avid S6L, Digico, SSL Live and ADM-OSC
• OSC transformation allowing for value rescaling, offsetting, converting and much more (Pre-defined presets with Essential license)
• Use control OSC messages (index -1) for active selection.

SPAT Revolution objects stream type can span from many types of microphones, arrays, HOA captures, and from any type of pre-produced stems. It can render content in HOA up to 7th order. Supporting a vast range of stream formats, transcoder modules allow modification of the channel count of the stream passing through it, depending on the format transfer being requested. For example, transcoding from Ambisonic B-Format into a Channel Based 3D Cube involves a four-channel Ambisonic stream getting transcoded into an eight-channel stream grouped and treated as a specific speaker configuration.

See Specifications for SPAT Revolution Essential limitations.

A-Format microphone support:

• Sennheiser Ambeo
• Soundfield
• Core Sound
• DPA Oktava 
• Røde

Steam type Input to Output transcoding

• A-Format to B-Format
• A/B-Format to Channel Based
• A/B-Format to HOA
• B-Format to UHJ
• Binaural to Transaural
• Channel Based (C.B) to Channel Based; Channel splitter aggregator
• HOA to Channel-based
• HOA to HOA for conversion of normalization, channel-arrangement, 2D/3D 
• HOA presets for AmbiX, A & B-Format 
• Mid/Side (MS) to Channel Based
• UHJ to B-Format

Decoding Methods:

• Projection
• Regularized Pseudo-Inverse
• Energy preserving
• AllRad
• Improved AllRAD

Decoding Type:

• Basic
• InPhase
• MaxRe
• BasicMaxRe
• MaxReInPhase
• InPhaseMaxRe type

Normalization options:

• N2D/N3D
• SN2D/SN3D
• FuMa
• MaxN

Sorting options:

• ACN
• SID
• FMH

In SPAT Revolution the source objects are spatialized inside virtual rooms with spatial positioning, panning, reverberation and output format taken into consideration when calculating the output rendering.

In order to encompass various different workflows or render different deliverables, multiple rooms can be created and used simultaneously, in parallel, with individual independent output formats.

Summing this up is the ability to binaurally monitor (virtualize) a scene from a channel based output, giving an impression of how the mix might sound diffused by a particular speaker arrangement (including the space between speakers and gain characteristics belonging to selected panning types).

Nebula is a technology adapted from FLUX:: Analyzer System, simulating how sound sources localize their  sound over different speaker setups, providing a unique representation of the sound-field, in terms of spectral content and localization, in real-time inside the 3D virtual room display.