GITNUXSOFTWARE ADVICE
Music And AudioTop 10 Best Digital Sound Mixer Software of 2026
Ranked roundup of top digital sound mixer software tools, comparing features and tradeoffs for studios and producers, including MAGIX Samplitude Pro X.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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MAGIX Samplitude Pro X is the right pick for studio teams that want DAW-level, repeatable mixing across sessions, whereas Bitwig Studio fits when you need cue-based mix changes that stay locked to arrangement edits and playback.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
MAGIX Samplitude Pro X
Automation that records parameter changes for inserts, sends, and mixer moves as edit-ready timeline data.
Built for fits when studio teams need DAW-level mixing with repeatable automation across sessions..
Bitwig Studio
Editor pickSnapshot automation ties mixer and device parameter recall to timeline cue points for repeatable mix transitions.
Built for fits when cue-based mix changes must stay synchronized to arrangement edits and playback..
Reason
Editor pickRack-native channel processing with automation-recorded mixer parameter moves tied to the session playback.
Built for fits when rack-based studios need repeatable automated mix changes with routed instrument and audio stems..
Comparison Table
MAGIX Samplitude Pro X
specialistProfessional recording and mixing software with object-based editing and mastering features.
Automation that records parameter changes for inserts, sends, and mixer moves as edit-ready timeline data.
MAGIX Samplitude Pro X provides multitrack recording, bus routing, and aux send style monitoring so mixes can be built from channel strip chains and processed groups. Automation can target fader moves, pan, plugin parameters, and send levels from the timeline, which supports repeatable mix revisions. Built-in mixing tools and track management help keep large sessions navigable when multiple microphones and stems are involved.
A tradeoff appears in live streaming and broadcast mixing workflows, because Samplitude Pro X is not a switcher-style control surface and needs careful latency setup for real-time monitoring. It fits best for studio recording to capture performances, then render or perform layered monitoring during rehearsals. It is also usable for live playback mixing when the session is prepared in advance and input buffering is tuned to the system.
- +Timeline automation covers faders, pans, sends, and plugin parameters
- +Bus and routing workflow keeps mix processing organized in complex sessions
- +Non-destructive audio editing supports repeated takes and mix revisions
- +VST insert hosting supports large effect chains for tracking and mix
- –Live monitoring requires buffer and routing tuning to avoid audible delay
- –Broadcast control tasks need external monitoring and cue tooling
Post-production audio editors
Mixing dialogue and stems in sessions
Faster revisions per episode
Music studios tracking bands
Record and refine monitor mixes
More controlled takes
Show 1 more scenario
Live stream audio technicians
Prepared playback and cue-based mixing
Repeatable show sound
Prebuilt routing and automation help manage transitions during a show when latency is tuned.
Best for: Fits when studio teams need DAW-level mixing with repeatable automation across sessions.
Bitwig Studio
SMBModular DAW software with advanced audio routing, mixing, and performance-oriented workflows.
Snapshot automation ties mixer and device parameter recall to timeline cue points for repeatable mix transitions.
Bitwig Studio provides a mixer built into the timeline workflow, with track routing to buses and sends plus mix controls exposed for automation. Snapshot automation captures parameter states across the session and recalls them as the timeline plays, which fits cue-based rehearsal and structured song sections. The device ecosystem supports VST plugin hosting and a modular environment that can be used to build custom channel processing chains.
A key tradeoff is that live broadcast mixing depends more on DAW performance tuning than on purpose-built broadcast control layers. Bitwig works well when the same rig drives studio production and rehearsals, where snapshot cues and mapped controls reduce manual parameter changes during performances.
- +Snapshot automation recalls mix states across a timeline
- +Modular devices enable custom channel processing chains
- +VST hosting supports broad plugin-based mixing workflows
- +Extensive controller mapping reduces manual fader work
- –Requires careful performance tuning for low-latency live use
- –Live broadcast cueing can be more hands-on than dedicated switcher tooling
Project studios
Automated mix cues during song sections
Fewer manual mix rides
Live electronic acts
Rehearsal-to-stage transportable mixer automation
Repeatable live performance setup
Show 2 more scenarios
Post-production editors
Timeline-linked audio processing workflows
Faster iteration on mixes
Device chains and mixer automation stay aligned to edit decisions across the session.
Sound design teams
Modular channel processing builds
Consistent sonic character
Modular devices support repeatable routing and custom processing topologies per track.
Best for: Fits when cue-based mix changes must stay synchronized to arrangement edits and playback.
Reason
specialistMusic production software with a virtual rack and integrated mixer modeled for studio workflows.
Rack-native channel processing with automation-recorded mixer parameter moves tied to the session playback.
Reason centers around a fixed hardware-style rack that includes mixer strips and routing modules, which keeps gain staging and bus layout visually consistent. Bus routing and auxiliary style sends can feed monitor mixes without leaving the session, and automation records those parameter moves for repeatable playback. Plugin hosting extends the channel strip with VST and AU processing, so external effects can be inserted into the same signal path.
A key tradeoff is that Reason’s mixer depth is strongest for rack-oriented workflows, not for hardware-style control surfaces and broadcast switcher control. It fits best when a studio needs multitrack audio plus instrument stems mixed together, or when live playback requires quick recall of automation-based mix changes.
- +Rack-first mixing keeps routing and processing visible across the session
- +Automation records mixing moves so playback reproduces the mix
- +Integrated plugin hosting lets VST and AU effects run inside the rack
- +Bus routing and aux-style monitoring support parallel mix workflows
- –Dedicated live broadcast control is limited compared with purpose-built switcher tools
- –Complex mixes can feel slower to rewire because routing is visually rack-based
- –Multi-room governance and role-based sharing controls are not the focus
Project studios
Mix instrument and audio stems together
Repeatable mix revisions
Live recording teams
Playback mixes with cueable automation
Fewer manual adjustments
Show 1 more scenario
Post and sound
Process dialogue through insert chains
Cleaner final exports
Plugin-hosted effects and routable monitoring support structured processing for stems.
Best for: Fits when rack-based studios need repeatable automated mix changes with routed instrument and audio stems.
Adobe Audition
enterpriseMultitrack audio editing and mixing software for music, podcasts, and post-production.
Non-destructive multitrack workflow with clip-based edits that preserve earlier takes through iterative mixing.
Adobe Audition is a DAW-style digital sound mixer built around non-destructive multitrack recording and a focused editing workflow. Its mixing toolkit relies on track-based routing, channel strip processing, and bus-style effects that support repeatable production passes.
Media handling and audio editing tools are tuned for fast waveform edits and reprints, which makes it practical for post-production mixing rather than control-panel mixing. For teams already using Adobe audio workflows, it also fits the handoff path from edit to mix with audio staying in a consistent timeline.
- +Non-destructive multitrack editing with repeatable timeline-based mixing
- +Channel strip processing for per-track shaping before bus effects
- +Waveform-first editing supports surgical fixes without leaving the session
- +Direct multitrack export and stems workflow supports downstream use
- –Not designed as a live control surface for multi-operator broadcast mixing
- –Limited extensibility compared to mixers with richer plugin hosting models
- –Automation depth favors clip and level moves over show-level control
- –Mix bus and monitoring workflows are less suited for low-latency live monitoring
Best for: Fits when post-production teams need multitrack editing speed and repeatable mix reprints.
Steinberg Cubase
SMBMusic production software with a full digital mixer, automation, and channel strip tools.
Project-scoped automation that edits per-parameter mixer behavior across the timeline.
Steinberg Cubase performs digital audio mixing through DAW channel strips with bus routing, automation lanes, and VST plugin hosting for tracked sources and virtual instruments. Its control surface mapping and automation system support snapshot-like recall for mixes through project settings and automation data stored in the DAW project.
Integration depth comes from wide plugin I/O with ASIO support for low-latency monitoring and consistent audio timing. For digital sound mixer workflows, Cubase focuses on studio-oriented production mixing and multitrack editing rather than dedicated broadcast switching control.
- +Deep automation with per-parameter lanes stored in the project
- +VST plugin hosting supports complex channel strip chains
- +ASIO low-latency monitoring supports tighter monitoring loops
- +Flexible bus routing for group mixes and aux-style workflows
- –Live streaming control requires controller setup and workflow discipline
- –Automation review can feel heavy on large session mixes
Best for: Fits when studio producers need DAW-native mix automation and plugin hosting for tracked sessions.
Cockos REAPER
SMBCompact DAW software with flexible routing, customizable mixer views, and broad plugin support.
REAPER scripting and custom actions let studios build repeatable mixer workflows and show macros around their exact routing plan.
Cockos REAPER is a digital audio workstation that doubles as a mixer through extensive track, bus, and routing controls. It hosts VST and other plugin formats in a configurable channel strip workflow and supports deep automation for fader, pan, send, and plugin parameters.
For live streaming and broadcast-oriented setups, it can be driven by MIDI and OSC control while routing audio to hardware and software devices with tight monitoring options. REAPER’s extensibility through scripting and configurable workflows lets teams tailor surface layout and signal flow to recurring show layouts.
- +Flexible track to bus routing with tight control over sends and monitoring paths
- +Extensive automation coverage for mixer moves and plugin parameters
- +Scripting extensibility supports repeatable show templates and custom actions
- +Multi-device audio routing supports complex streaming and studio I O
- –Workflow customization can increase setup time for new teams
- –Broadcast-style control surfaces and monitoring presets need manual configuration
- –Large projects demand careful CPU and buffer tuning to avoid glitches
- –Advanced multi-user governance requires external process discipline
Best for: Fits when production teams need configurable routing and automation for streaming and studio playback setups.
Ableton Live
SMBMusic production and performance software with session-based workflows and software mixing tools.
Session View clip launching combined with per-clip automation enables remix-ready mixer changes during playback.
Ableton Live is distinctive among digital sound mixer software options because it centers mixing around Session View clips and real-time performance workflows. It supports multitrack recording, track and bus routing, and dense automation for automation envelopes and clip parameter changes.
For audio IO, it relies on VST plugin hosting for instrument and effects inserts, with latency behavior tied to the audio driver buffer settings. Live also provides MIDI mapping and controller assignments that let fader and knob gestures drive mixer parameters and effects state changes.
- +Session View clip launching supports live remixing while mixing
- +Automation envelopes span clips, devices, and mixer parameters in one project
- +MIDI mapping turns controllers into mixer controls without additional software
- +Latency behavior is controllable through audio buffer and driver settings
- –Broadcast-style mixer profiles need manual scene and parameter management
- –Complex routing can become hard to audit during rehearsals
Best for: Fits when performance-led studios need clip-based mixing with deep automation for live capture.
Apple Logic Pro
SMBMac-based DAW software with a full mixer, spatial audio support, and large built-in sound libraries.
Channel strip plus bus routing with built-in latency compensation supports tight monitoring and consistent mix outcomes across large sessions.
Apple Logic Pro serves as a production-focused mixer with deep channel-strip and bus-routing control inside one DAW. It handles large multitrack sessions with snapshot-style automation and tight timing tools, including built-in latency compensation for monitoring and exports.
Logic Pro also supports VST and AU plugin hosting so mix decisions can run on the same routing graph used for recording and arrangement. For digital sound mixing workflows, it pairs mixer automation with MIDI mapping and control-surface style parameter control for repeatable sessions.
- +Channel strip offers detailed EQ, dynamics, and routing per track
- +Latency compensation keeps monitoring and exports aligned for multitrack sessions
- +Snapshot-style automation supports repeatable mix changes across sections
- +AU and VST plugin hosting keeps mix effects inside one mixer graph
- –Live streaming workflows require external monitoring and routing planning
- –Automation refinement can take time for complex broadcast-style transitions
- –Plugin-heavy sessions can stress CPU and increase buffering needs
- –External device control depends on supported control-surface and MIDI mappings
Best for: Fits when studio mix automation and plugin-driven routing matter more than one-click live broadcast control.
Cakewalk Next
emergingModern music production software from Cakewalk with recording, arrangement, and mixing capabilities.
DAW-style channel strip and bus processing lets VST effects sit directly in the mixer signal path.
Cakewalk Next functions as a digital sound mixer workspace built around a DAW-style signal chain that mixes audio from multiple sources into configured monitor and output paths. It supports VST plugin hosting inside its channel and bus processing flow, so mixing decisions can include effects and metering without leaving the session.
Cakewalk Next emphasizes integration with ASIO and Core Audio audio drivers, which matters for low-latency capture and monitoring workflows. Channel strip routing and bus processing help organize complex monitor mixes into repeatable session layouts.
- +Channel strip processing supports VST insert and bus effects in one session
- +Bus routing organizes monitor mixes and export mixes with fewer manual re-patches
- +ASIO and Core Audio driver options support predictable audio I O timing
- +Session workflows favor repeatable mix setups for frequent content production
- –Live streaming control is less direct than dedicated broadcast mixing apps
- –Advanced routing and buffer choices require careful configuration discipline
- –Automation depth can feel DAW-oriented rather than mixer-first for some teams
- –External control integration options may not cover every OSC or device workflow
Best for: Fits when DAW-style mixing sessions need repeatable routing, VST processing, and driver-based low-latency monitoring.
Acoustica Mixcraft
SMBWindows DAW software with multitrack recording, effects, automation, and mixing tools.
Mixcraft’s integrated mixer workflow inside a DAW session supports performing with tracks and live inputs together.
Acoustica Mixcraft targets home studios and small production teams that need a single app for arranging, recording, and live-ish mixing workflows. It provides a channel strip with insert and send-style routing, plus built-in FX for mixing and monitoring without committing to external hardware.
Mixcraft also supports VST plugin hosting and multitrack workflows for building sessions that can be performed with backing audio and mic inputs. Its limitations show up around live broadcast control and deep studio automation, where dedicated mixers and broadcast controllers usually handle routing, snapshots, and control surfaces more predictably.
- +Channel strip workflow stays consistent across recording and mix playback
- +VST plugin hosting covers many studio FX and virtual instruments
- +Multitrack sessions support practical cueing and performance playback
- +Built-in monitoring tools reduce dependence on external mixer software
- –Limited automation and snapshot control for repeatable broadcast mixing
- –Automation timing is less suited to tight live scene changes
- –Extensibility via external control is narrower than broadcast-focused tools
- –Live streaming routing patterns can require extra setup discipline
Best for: Fits when solo performers and small studios need DAW-based mixing for playback-driven sessions.
Conclusion
After evaluating 10 music and audio, MAGIX Samplitude Pro X stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right digital sound mixer software
Digital sound mixer software spans DAW mixing timelines, live clip-triggered workflows, and rack-based automation playback. This guide covers MAGIX Samplitude Pro X, Bitwig Studio, Reason, Adobe Audition, Steinberg Cubase, Cockos REAPER, Ableton Live, Apple Logic Pro, Cakewalk Next, and Acoustica Mixcraft.
Across these tools, automation capture patterns differ sharply. Samplitude Pro X records parameter changes for inserts, sends, and mixer moves as edit-ready timeline data, while Bitwig Studio ties mixer and device recall to snapshot automation at cue points.
Digital sound mixer software for timeline automation, live control, and routed monitoring
Digital sound mixer software controls channel strips, bus and auxiliary routing, and mixer parameter changes during playback or performance. It typically combines signal path configuration with automation lanes or snapshots so that mixer moves can be replayed without manual re-entry.
MAGIX Samplitude Pro X is built around DAW-style editing where automation records fader, pan, send, and plugin parameter movements as timeline data. Bitwig Studio shifts the emphasis toward cue-synchronized mix transitions by recalling mixer states through snapshot automation that follows the arrangement timeline.
Mixer automation behavior, state recall, and routing control in one session
The strongest digital sound mixer software ties mixer moves to timeline playback or cue points so mixes can be repeated without re-entry. That linkage shows up as automation recording, snapshot recall, or editable parameter lanes that stay attached to the project timeline.
Routing control matters because mixer automation alone does not guarantee consistent results. The tools that keep bus and monitoring paths organized reduce the amount of rehearsal time spent untangling sends, return effects, and cue mixes.
Edit-ready automation recording across mixer moves
MAGIX Samplitude Pro X records parameter changes for inserts, sends, and mixer moves as edit-ready timeline data. Cockos REAPER pairs extensive automation coverage for mixer moves and plugin parameters with scripting and custom actions to turn a routing plan into repeatable workflows.
Snapshot and cue-synchronized mix state transitions
Bitwig Studio uses snapshot automation to tie mixer and device parameter recall to timeline cue points. Reason focuses automation playback on rack-native mixer parameter moves tied to session playback, which makes repeatable changes visible across the rack.
Non-destructive multitrack editing that supports repeatable mix reprints
Adobe Audition uses non-destructive multitrack editing with clip-based edits that preserve earlier takes through iterative mixing. Logic Pro centers channel strip plus bus routing with built-in latency compensation so monitoring and export alignment hold together for multitrack sessions.
Project-scoped automation depth with plugin hosting in the mixer path
Steinberg Cubase provides deep project-scoped automation with per-parameter lanes stored in the project, plus VST plugin hosting for complex channel strip chains. Cakewalk Next uses a DAW-style channel strip and bus processing model so VST effects sit directly in the mixer signal path.
Clip-based live mixing that stays remixable during playback
Ableton Live combines Session View clip launching with per-clip automation so remix-ready mixer changes can happen while playback continues. Reason also supports automation-recorded mixer parameter moves, but its rack-first approach can feel slower to rewire when mixes become visually dense.
Match automation philosophy and routing governance to live control or studio playback
Choosing digital sound mixer software works best when the automation model matches the way performances or sessions actually change. DAW-style automation recording favors repeatable mix refinement across edits, while snapshot cue recall favors controlled state jumps during playback.
Routing governance decides how quickly teams can recover when something changes mid-session. Tools with organized bus and monitoring workflows shorten troubleshooting, while tools that require extra setup discipline add friction when multiple operators coordinate under time pressure.
Pick the automation model that matches your mix-change pattern
Choose MAGIX Samplitude Pro X when mixer changes must be captured as edit-ready timeline data across faders, pans, sends, and plugin parameters. Choose Bitwig Studio when mix states must be recalled at cue points through snapshot automation synchronized to the timeline.
Decide whether the mixer state lives as lanes or as discrete recalled snapshots
Choose Steinberg Cubase when per-parameter mixer behavior needs project-scoped automation that can be reviewed lane-by-lane during large sessions. Choose Ableton Live when clip-based envelopes across devices and mixer parameters need to stay tied to clip launching during performance.
Set routing organization expectations before teams start rehearsals
Choose Logic Pro when channel strip plus bus routing must stay aligned because latency compensation supports consistent monitoring and export for large sessions. Choose Cockos REAPER when teams require configurable routing and monitoring paths that can be locked into macros through REAPER scripting.
Check how the tool handles live broadcast control versus studio timeline control
Choose Reason when rack-native visibility and automation recorded mixer parameter moves matter more than dedicated live broadcast control. Choose Samplitude Pro X when studio teams need DAW-level mixing with repeatable automation across sessions, even if live monitoring needs buffer and routing tuning to avoid audible delay.
Validate the multitrack editing workflow against reprint and iteration needs
Choose Adobe Audition when iterative mixing depends on non-destructive multitrack edits that preserve earlier takes through clip-based iterations. Choose Apple Logic Pro when multitrack alignment depends on built-in latency compensation and channel strip routing details.
Who benefits from mixer automation recording, snapshot recall, and controlled routing
Digital sound mixer software fits different workflows depending on whether mixer changes are treated as continuous edit data or as discrete recalled states. The best match depends on how teams coordinate playback, rehearsal, and handoffs between tracks and monitoring paths.
Teams also differ in how much configuration discipline they can sustain during live sessions. Some tools demand planning for low-latency monitoring and broadcast-style transitions, while others keep the automation and routing logic closer to the timeline edits.
Studio teams producing repeatable mixes across revisions
MAGIX Samplitude Pro X records mixer automation as edit-ready timeline data so fader, pan, send, and plugin parameter moves remain repeatable across sessions. Cockos REAPER supports configurable routing and automation through scripting and custom actions so teams can codify routing and monitoring paths.
Cue-based performers who need controlled state jumps during playback
Bitwig Studio ties mixer and device recall to snapshot automation at timeline cue points so transitions stay synchronized to the arrangement. Ableton Live supports clip launching with per-clip automation so mixer changes can happen while performance playback continues.
Post-production editors who prioritize non-destructive multitrack iteration
Adobe Audition provides non-destructive multitrack editing with clip-based edits that preserve earlier takes through iterative mixing. Logic Pro pairs channel strip processing with bus routing and built-in latency compensation for aligned monitoring and multitrack export.
Rack-based producers who want visible processing chains tied to automation
Reason keeps routing and processing visible through rack-first mixing while automation records mixer parameter moves so playback reproduces the mix. This favors setups where automation correctness depends on the rack structure staying stable.
Common pitfalls when planning digital sound mixer workflows
Most failures come from misaligning the automation model with the operational reality of rehearsal and broadcast or from underestimating routing governance complexity. Another frequent issue is assuming live control readiness without checking monitoring latency requirements and broadcast-style control ergonomics.
Avoiding these mistakes reduces the time spent reconfiguring monitoring paths, re-entering mixer moves, or rebuilding automation that no longer matches the updated session structure.
Treating DAW automation as interchangeable across tools and expecting identical replay behavior
MAGIX Samplitude Pro X records inserts, sends, and mixer moves as edit-ready timeline data, while Bitwig Studio relies on snapshot automation tied to cue points. Using the wrong model assumption breaks repeatability when teams switch workflows.
Planning live monitoring without validating buffer and routing tuning requirements
Samplitude Pro X can require buffer and routing tuning to avoid audible delay for live monitoring. Cakewalk Next and other VST-centric mixers also depend on driver and configuration choices for low-latency monitoring, so monitoring stability must be tested before rehearsals.
Underestimating how automation review and large-session organization affects operator speed
Steinberg Cubase automation can feel heavy to review on large session mixes because automation review depends on per-parameter lanes. Reason routing can feel slower to rewire because the rack-based visual structure increases the overhead of changing complex mixes.
Assuming live broadcast-style control is native without checking the workflow boundary
Cockos REAPER can need manual configuration for broadcast-style control surfaces and monitoring presets because it depends on customizable actions. Ableton Live can require manual scene and parameter management for broadcast-style mixer profiles, which increases rehearsal overhead.
How We Selected and Ranked These Tools
We evaluated MAGIX Samplitude Pro X, Bitwig Studio, Reason, Adobe Audition, Steinberg Cubase, Cockos REAPER, Ableton Live, Apple Logic Pro, Cakewalk Next, and Acoustica Mixcraft on automation and mixer state replay behavior, then on workflow ease and day-to-day operability. Features accounted for 40% of the score, ease and value each accounted for 30%, and each tool’s scoring weight favored repeatable mixer automation tied to timeline playback or cue recall.
MAGIX Samplitude Pro X stood apart because automation records parameter changes for inserts, sends, and mixer moves as edit-ready timeline data, and because its bus and routing workflow keeps complex processing organized. These mechanisms improved repeatability across sessions compared with tools that rely primarily on cue snapshots, rack-centric visibility, clip-centric launching, or multitrack iteration patterns.
Frequently Asked Questions About digital sound mixer software
How does VoiceMeeter compare with ATEM Control for live switching and remote control?
Which tool handles timeline-based mixer automation better for repeatable mix moves?
When does VST hosting matter more than DAW-native effects for mixing sessions?
What breaks if automation is recorded without a defined routing plan?
How do REAPER and Bitwig Studio differ for OSC-style remote control workflows?
Which software best fits post-production mixing where clip editing must stay non-destructive?
How should channel routing be planned for multitrack sessions with talkback and monitor mixes?
What data migration steps are needed when moving mixer sessions between DAWs?
Where does low-latency monitoring fall short when audio drivers and buffer sizes are misaligned?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Music And AudioTop 10 Best Audio Sound Mixer Software of 2026
- Technology Digital MediaTop 10 Best Audio Video Mixer Software of 2026
- Music And AudioTop 10 Best Digital Mixing Software of 2026
- Music And AudioTop 10 Best Digital Audio Mixer Software of 2026
- Music And AudioTop 10 Best Computer Mixer Software of 2026
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