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Music And AudioTop 10 Best Virtual Audio Mixer Software of 2026
Ranked roundup of virtual audio mixer software for live routing and recording, with technical notes on Voicemeeter, Loopback, PipeWire.
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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BlackHole is the best pick if you’re on macOS and need dependable cross-app audio transport without adding full mixer controls, whereas Audio Hijack fits when you want app-level routing plus record-safe effects and repeatable live stream capture.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
BlackHole
Device endpoints that treat routed audio like normal system playback and capture choices across apps.
Built for fits when macOS users need dependable cross-app audio transport without adding mixer controls..
Audio Hijack
Editor pickIts block graph keeps routing, monitoring, and recording logic in one editable configuration.
Built for fits when macOS-based live streams need repeatable routing and record-safe processing..
Voicemeeter
Editor pickMulti-bus routing with a console-style channel strip that drives per-app monitor mixes and recording sends.
Built for fits when a single PC needs repeatable live mic and system routing into multiple app endpoints..
Comparison Table
BlackHole
specialist desktop audio routingMac virtual audio driver that passes audio between applications with multi-channel device options.
Device endpoints that treat routed audio like normal system playback and capture choices across apps.
BlackHole provides system-level audio endpoints that other apps can select as capture or playback devices, which makes it useful for live routing and recording workflows. The device can be used as a dedicated bus for monitoring, scene capture, or post-processing passes when the mixing happens elsewhere. The workflow fits live setups that already have a channel strip or DSP chain and need reliable handoff between applications.
The main tradeoff is that BlackHole does not include channel strips, effects chains, or per-bus automation, so routing alone will not replace a mixer like VoiceMeeter or PipeWire-based graph tools. It works best when OBS, a DAW, or another engine is responsible for level control and processing, while BlackHole supplies the transport between those engines.
- +macOS device endpoints make cross-app routing quick to set up
- +Multichannel-capable transport supports wider bus workflows
- +Stable routing behavior suits low-latency monitoring handoffs
- +Works with existing mixers so processing stays in one place
- –No mixing controls, so gains and routing logic must be external
- –Limited automation and API surface for orchestrating complex graphs
OBS operators
Route processed audio into OBS
Consistent recording source
Podcasters
Separate monitoring and recording paths
Clean split of feeds
Show 2 more scenarios
DAW users
Send post-processed audio to browser
Browser-ready playback
Output the DAW render to BlackHole so a browser or streaming tool can capture it.
Live stream teams
Move mix bus between tools
Fewer device hops
Use BlackHole as a bus handoff so one tool mixes and another records or monitors.
Best for: Fits when macOS users need dependable cross-app audio transport without adding mixer controls.
Audio Hijack
prosumerMac audio capture and routing software that combines app-level inputs, effects, and output mixing blocks.
Its block graph keeps routing, monitoring, and recording logic in one editable configuration.
Audio Hijack builds each route around blocks for input selection, processing, mixing, and output so changes are visible in the graph. Captures and monitoring can run at the same time so recording does not require stopping the live mix. Plugin blocks support VST processing inside the chain, and each block can be configured to shape gain staging and dynamics before final output.
A key tradeoff is that Audio Hijack is macOS-focused, so Windows setups that rely on standard device routing stacks need a different tool. For a common usage situation, it fits live streaming workflows where the source comes from multiple apps and the output must feed a meeting client while a separate chain captures a clean recording.
- +Block-based routing graph clarifies live signal flow
- +Simultaneous monitoring and recording paths reduce workflow friction
- +VST plugin blocks run inside the processing chain
- +Reusable setup configurations support recurring live sessions
- –macOS only limits cross-platform studio and streaming rigs
- –Complex graphs can require careful gain staging to avoid clipping
Live stream producers
Send mixed audio to streaming app
Consistent output and clean files
Podcasters
Process multiple sources with plugins
Tighter, repeatable mixes
Show 1 more scenario
Remote interview hosts
Maintain talkback and monitor mix
Less risk during live sessions
Multiple routes separate what guests hear from what gets recorded for later editing.
Best for: Fits when macOS-based live streams need repeatable routing and record-safe processing.
Voicemeeter
prosumerWindows virtual audio mixer software with multiple virtual inputs, hardware I/O routing, and bus mixing.
Multi-bus routing with a console-style channel strip that drives per-app monitor mixes and recording sends.
Voicemeeter provides a channel-strip style mixer with per-input gain, EQ, compression-style dynamics, and insert effects that feed named outputs for downstream apps and capture tools. It also supports ASIO and WASAPI style inputs and outputs so apps like screen recorders and voice tools can treat the mixer as an audio endpoint.
The main tradeoff is setup complexity because routing depends on correct selection of drivers, virtual cables, and bus destinations for each app. Voicemeeter fits situations where one PC needs consistent monitor routing and repeatable scene-style output mapping for OBS capture and live voice processing.
- +Channel-strip mixer with bus routing for both monitoring and recording
- +Multiple driver paths make it usable with different capture and voice apps
- +Built-in processing per channel supports live monitoring without external mixers
- +Virtual outputs enable consistent app-specific audio endpoint selection
- –Routing errors are easy to introduce and hard to diagnose
- –Latency behavior can change with device choices and buffer settings
- –State portability across machines is limited compared with project-based mixers
- –Effect control and automation are manual rather than scriptable
Live stream producers
OBS capture plus separate monitor mix
Stable monitor and capture routing
Remote interview hosts
Talkback and guest audio isolation
Lower operator switching mistakes
Show 1 more scenario
Creator teams
Reusable routing across apps
Fewer per-app device reconfigurations
Use virtual outputs so editor workflows and call apps can select the same mixer endpoints every session.
Best for: Fits when a single PC needs repeatable live mic and system routing into multiple app endpoints.
MOTU CueMix 5
vertical specialistCueMix 5 controls MOTU interface routing, monitor mixes, loopback paths, and onboard effects.
CueMix 5’s hardware-tied mixer engine provides low-latency monitor mixing with DSP effects running on MOTU devices.
MOTU CueMix 5 serves as a dedicated mixer for MOTU hardware, using device-side channel strip control to build monitor mixes during recording. It maps inputs to mix outputs with per-channel routing and level controls, then supports DSP effects chains such as compression and EQ for live monitoring.
The app also exposes multi-output control so different busses can feed separate monitoring or recording destinations. CueMix 5 is strongest when live routing must stay tightly coupled to MOTU interfaces over the control connection.
- +Channel-by-channel routing and monitor mix control tied to MOTU interfaces
- +On-device DSP monitoring effects reduce dependence on host CPU
- +Clear bus and aux-style mix structure for multi-monitor setups
- +Stable workflow for record-time gain staging and headphone mixes
- –Best results require pairing with compatible MOTU audio hardware
- –Automation and scene recall across sessions are limited compared with DAW mixers
- –Extensibility is narrower than general-purpose mixing ecosystems
- –Advanced sidechain routing depends on specific hardware support
Best for: Fits when live recording needs repeatable monitor mixes tightly synced to MOTU interface DSP.
PipeWire
platformPipeWire provides Linux audio graph routing for applications, hardware devices, and professional audio connections.
Graph-driven node processing lets routing and DSP chains be defined as linked runtime objects, not fixed mixer strips.
PipeWire provides virtual audio routing for live playback and recording by replacing the system audio server path with a graph of nodes and links. It can expose audio endpoints to ALSA and JACK and can host effect chains through its node-based processing graph.
PipeWire also handles per-stream resampling and clocking so mixed-device capture and monitor paths can run without manual audio endpoint duplication. Configuration is driven by declarative settings and runtime control through its API and protocol interfaces, which supports automation around routing and device policies.
- +Graph-based routing supports complex live monitor and capture paths
- +Interoperates with JACK and ALSA audio endpoints for broad tooling compatibility
- +Per-stream resampling reduces friction when mixing devices at different rates
- +Runtime control via APIs enables automation of routing changes
- –Policy and graph debugging takes more effort than mixer-style UIs
- –Feature behavior can depend on enabled plugins for specific drivers
Best for: Fits when live production needs programmable routing and recording across mixed audio endpoints on Linux.
Cantabile
vertical specialistCantabile hosts plugins and routes live audio and MIDI through configurable racks and scenes.
Scene and setlist style performance state that coordinates routing and VST parameter changes on triggers.
Cantabile is a virtual audio mixer built for repeatable live routing and cueing between plugins and audio inputs. It centers on a song-like workflow with scene and performance state, so routing and effect parameters can change together when a trigger fires.
Cantabile supports a VST plugin host, multi-device audio IO, and MIDI mapping so controller events can reconfigure the signal chain. The control surface focuses on deterministic routing graphs and saved configurations for fast stage use.
- +Scene-based routing changes that keep audio and plugin state aligned
- +Strong MIDI mapping for triggering scenes and parameter changes
- +Clear signal-chain organization for plugin and routing control
- +Handles multidevice audio IO in one performance project
- –More setup work than simple routing tools for stable end-to-end latency
- –Advanced routing graphs can become hard to audit during rehearsal
- –Limited native web or external API automation compared with networked mixers
- –Complex projects can increase CPU usage through long plugin chains
Best for: Fits when live performers need saved scenes that switch audio and plugin settings together without reconfiguring hardware each show.
Carla
vertical specialistCarla hosts audio plugins and connects audio and MIDI modules through configurable signal graphs.
Graph-based plugin rack with persistent project state enables repeatable live routing and MIDI-to-plugin workflows.
Carla on kx.studio differentiates itself by acting as a host-centric modular routing environment for audio plugins and MIDI, rather than a fixed channel-strip mixer. It supports JACK-native patching with a plugin rack that can combine effects chains, instrument hosting, and send style routing into one project graph.
Carla also targets common Windows and Linux audio endpoint workflows via its supported backends, which matters for bridging virtual device chains to DAW-style monitoring. For live routing and recording setups, the practical strength is repeatable session configuration that turns plugin chains and routing into a controllable graph.
- +Plugin rack routing lets effects chains behave like a configurable signal graph
- +JACK workflow supports tight integration with external virtual device patches
- +MIDI mapping and instrument hosting support live triggering without a separate host
- +Session-based configuration supports repeatable routing for recurring performances
- –Mixer-style channel strip ergonomics are weaker than dedicated virtual mixer tools
- –Multi-backend setup can add friction when moving projects between systems
- –Some live monitoring scenarios require careful buffer and latency alignment
- –Complex graphs need disciplined organization to avoid routing mistakes
Best for: Fits when live plugin chains and MIDI-triggered routing must be reusable across sessions.
PreSonus Universal Control
vertical specialistUniversal Control configures PreSonus hardware routing, monitoring, and networked audio control.
Device discovery plus unified control of PreSonus interface settings for predictable session start.
PreSonus Universal Control connects PreSonus hardware control surfaces and audio interfaces to a host workstation using a single management layer. It focuses on clocking, device discovery, and routing control for supported PreSonus devices, while presenting a consistent workflow for monitor mixes and channel selection.
The software also coordinates settings that affect live recording behavior, including sample rate selection and buffer-oriented device control. It is less suited for users who need a generic virtual audio routing stack across non-PreSonus endpoints.
- +Centralized device discovery and control for supported PreSonus gear
- +Consistent sample rate and device setting workflow across sessions
- +Clear monitor mix and routing control aligned to PreSonus hardware
- +Low-friction setup for teams standardizing on PreSonus interfaces
- –Limited reach for virtual routing beyond supported PreSonus devices
- –Automation and API surface are not exposed for external orchestration
- –No generic loopback-style routing to arbitrary apps without compatible device features
- –Advanced cross-device latency tuning is constrained by hardware capabilities
Best for: Fits when a studio standardizes on PreSonus interfaces and needs centralized device control.
Focusrite Control
vertical specialistFocusrite Control configures routing, monitor mixes, and hardware inputs for compatible Focusrite interfaces.
Scene-style recall that re-applies routing and monitor mix changes across Focusrite interface endpoints.
Focusrite Control provides a virtual mixer and routing layer for Focusrite audio interfaces, mapping hardware inputs and outputs into a software channel strip workflow. It includes monitor routing for multiple output destinations, per-channel processing blocks, and scene-style recall so front-of-house and studio configurations can be reinstated quickly.
The application is designed around the Focusrite device control model rather than a generic virtual-audio-cable host, so routing focuses on the interface endpoints it manages. Focusrite Control is most effective when the rest of the system is already built around Focusrite drivers and the same interface family.
- +Scene recall links input routing and monitor mixes to a single saved state
- +Signal path shows per-channel processing blocks in an edit-friendly layout
- +Hardware-focused routing avoids complex endpoint discovery steps
- +Low-friction monitor mix setup for multiple physical outputs
- –Limited to Focusrite-managed interface endpoints instead of system-wide virtual routing
- –No documented extensibility for custom DSP effects chains beyond built-in blocks
- –Automation controls are thin compared with mixer apps that expose programmatic APIs
- –Multidevice routing requires consistent device setup rather than ad hoc linking
Best for: Fits when live routing and monitoring must be driven by a Focusrite interface with fast scene recall.
Elgato Wave Link
vertical specialistWave Link mixes microphones, applications, plugins, and monitor outputs for streaming workflows.
Stream ducking tied to the mic signal, so gameplay audio automatically drops during speech.
Elgato Wave Link targets creators who need repeatable mic, game audio, and system audio mixing for live streaming without building a custom mixer rig. It provides channel strips with gain control, EQ, compression, noise suppression, and routing that map directly into common live workflows.
Wave Link also adds stream-oriented features like ducking for voice over gameplay and scene-friendly audio preset handling inside the app. The result is a virtual mixer experience that is consistent at the software layer even when the rest of the audio path uses standard audio endpoints.
- +Channel strips with stream-focused voice processing and ducking controls
- +Routing that fits OBS-style workflows without extra virtual patching tools
- +Preset-driven mix management for consistent output across sessions
- +Low-friction selection of input and output endpoints for monitoring
- –Less flexible than node-based mixers for complex multi-submix layouts
- –Effect chains rely on Wave Link processing blocks rather than open plugin routing
- –Audio endpoint changes can require manual re-linking of selections
- –API and automation hooks are limited compared with configurable routing engines
Best for: Fits when live creators want predictable voice-first mixing with minimal routing tinkering.
Conclusion
After evaluating 10 music and audio, BlackHole 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 virtual audio mixer software
Virtual audio mixer software is used for live routing and recording with virtual audio endpoints, channel-strip mixing logic, and configurable signal paths that sit between apps and audio devices. This guide covers BlackHole for macOS endpoint transport, Audio Hijack for block-graph routing and record-safe processing, Voicemeeter for multi-bus console-style mixing on Windows, and PipeWire for graph-driven routing on Linux.
Additional tools covered include Loopback-like routing workflows through Audio Hijack and PipeWire comparisons, plus Cantabile and Carla for scene or MIDI-triggered signal changes, and MOTU CueMix 5, PreSonus Universal Control, Focusrite Control, and Elgato Wave Link for interface-tied monitoring and fast recall. The selection emphasizes integration depth, automation and API surface where available, and control depth for session setup, routing changes, and repeatability.
Virtual audio mixer software for live routing, monitor mixes, and recording-safe signal paths
Virtual audio mixer software controls how audio endpoints connect to each other so mic, system audio, and app playback can be routed into monitor mixes and recording paths with predictable latency and buffer behavior. Some tools expose routing as an editable signal graph while others present a console-style mixer that maps channels onto buses and recording sends.
BlackHole is built around macOS device endpoints that treat routed audio like normal system playback and capture choices across apps, so users can keep mixer logic in a system-friendly playback and capture flow. Audio Hijack keeps routing, monitoring, and recording logic in one editable configuration using a block graph, which supports repeatable signal flow for live streaming sessions without scattering setup across multiple utilities.
Control depth for live routing graphs, mixer buses, and recording paths
Virtual audio mixer software succeeds when the signal path for monitoring and the signal path for recording are both defined in a way that stays stable under live changes. The best tools make routing changes repeatable with clear graph structure or a console-style bus model that maps inputs to monitor mixes and capture sends.
Control depth also depends on how the software behaves across endpoints, including macOS device endpoints in BlackHole, block-graph editing in Audio Hijack, and graph-driven node processing in PipeWire. When routing and DSP are organized as linked runtime objects, scene recall, or MIDI-triggered changes, live crews can switch states without rebuilding the entire setup.
Endpoint-first routing versus editor-first graphs
BlackHole treats routed audio like normal system playback and capture choices across apps. Audio Hijack keeps routing, monitoring, and recording logic in one editable block graph for record-safe processing.
Console-style multi-bus mixing for per-app monitor sends
Voicemeeter provides a console-style channel strip that routes into multiple app endpoints for monitoring and recording sends on one PC. Carla focuses on a plugin rack graph with persistent project state for repeatable live routing and MIDI-triggered workflows.
Programmable routing topology for complex monitor and capture chains
PipeWire defines routing and DSP chains as graph-linked runtime objects that can span mixed audio endpoints on Linux. PipeWire’s graph approach can replace fixed mixer strip assumptions when routing topology changes mid-session.
Scene recall and show-state switching tied to audio and plugin parameters
Cantabile uses a scene and setlist performance state that coordinates routing and VST parameter changes on triggers. Focusrite Control provides scene-style recall that re-applies routing and monitor mix changes across Focusrite interface endpoints.
Hardware-tied monitoring DSP and device-coupled routing
MOTU CueMix 5 ties monitor mix control and DSP monitoring effects to MOTU interfaces for low-latency monitoring without heavy host dependence. PreSonus Universal Control centralizes device discovery and interface settings for predictable session start when sessions are built around supported PreSonus hardware.
Choose the routing model that matches how live changes happen
Selecting virtual audio mixer software works best when the routing model matches how sessions are rehearsed and performed. Tools with editor-first graphs keep signal flow in one configuration, while endpoint-first models keep routing usable through system playback and capture paths.
Another decision fork depends on whether live switching is driven by performance states. Scene and setlist tools like Cantabile align show control with routing and plugin parameters, while mixer and device-tied tools like Voicemeeter and MOTU CueMix 5 keep changes tied to bus and interface behavior.
Match the control surface to session change patterns
If live work needs routing logic in one place with repeatable editing, Audio Hijack’s block graph keeps monitoring and recording paths in the same configuration. If the workflow needs system-wide endpoint behavior across apps, BlackHole’s device endpoints keep routing usable without adding separate mixer controls.
Pick the topology style for complex monitor and capture paths
If the routing needs to be defined as linked runtime objects, PipeWire’s graph model supports complex live monitor and capture paths across Linux endpoints. If the routing is easier to reason about as console buses and per-channel sends, Voicemeeter’s channel strip and bus routing model fits multi-endpoint monitoring and recording sends.
Plan show-state switching and plugin parameter alignment
For performances that must switch audio routing and plugin settings together, Cantabile’s scene and setlist model coordinates routing and VST parameter changes on triggers. For setups centered on a single interface ecosystem, Focusrite Control’s scene recall ties routing and monitor mix changes to Focusrite interface endpoints.
Account for latency variability and debugging effort
Voicemeeter can introduce latency behavior changes based on device choices and buffer settings, which requires careful monitoring during rehearsal. PipeWire’s policy and graph debugging takes more effort than mixer-style UIs, so the setup plan should include time for troubleshooting graph behavior.
Constrain the tool to compatible hardware or avoid hidden coupling
MOTU CueMix 5 delivers best results when used with compatible MOTU audio hardware because monitor mixing and DSP monitoring effects run on the MOTU devices. PreSonus Universal Control similarly centralizes device discovery and interface settings for supported PreSonus gear, so routing scope outside that ecosystem stays limited.
Who benefits from this virtual audio mixer software mix of routing models
Different virtual audio mixer tools fit different live routing and recording workflows because each one exposes a different control surface. The list below targets common scenarios where endpoint behavior, graph editing, multi-bus mixing, and show-state switching matter.
These profiles emphasize the practical outcome: stable routing under live changes, predictable capture behavior, and reusable configurations for rehearsals and repeated sessions.
macOS streamers using multiple apps that need consistent capture and playback endpoints
BlackHole provides macOS device endpoints that treat routed audio like normal system playback and capture choices across apps without requiring a separate mixing UI.
Windows live performers routing one PC microphone and system audio into multiple recording and monitoring targets
Voicemeeter’s console-style channel strip and bus routing model supports per-app monitor mixes and recording sends from a single PC mixer surface.
Linux-based live productions that need programmable routing and recording across endpoints
PipeWire’s graph-driven node processing defines routing and DSP chains as linked runtime objects and interops with JACK and ALSA endpoints for broad tooling compatibility.
Live performers who need repeatable show states that switch routing and VST parameters together
Cantabile’s scene and setlist performance state coordinates routing and VST parameter changes on triggers to keep audio and plugin settings aligned.
Studios that run interface-tied monitoring and prefer fast recall within a hardware vendor ecosystem
MOTU CueMix 5 ties low-latency monitor mixing and DSP monitoring effects to MOTU devices, while Focusrite Control re-applies routing and monitor mixes through Focusrite interface scene recall.
Common routing mistakes that break live monitoring or recording
Live routing failures usually come from mismatched control surfaces, unclear separation between monitor and record paths, and setups that depend on external configuration discipline. The mistakes below map to concrete failure modes seen when routing graphs or bus models grow beyond the initial rehearsal scope.
Each tip provides a concrete guardrail that reduces the chance of clipping, desync, or untraceable routing errors during a live session.
Treating an endpoint-focused tool as a full mixer control surface
BlackHole provides device endpoints and capture choices across apps but it does not include mixing controls, so gain staging and routing logic must stay in other processing tools.
Creating routing topology that is hard to diagnose after a routing change
Voicemeeter routing errors are easy to introduce and hard to diagnose, so rehearsal should include intentional edge-case routing changes and a checklist for validating each bus.
Assuming graph-driven routing behaves like a mixer UI
PipeWire’s policy and graph debugging takes more effort than mixer-style UIs, so the plan should include naming conventions for nodes and a rehearsed rollback path for a broken graph.
Overbuilding a scene system without validating end-to-end latency
Cantabile can require more setup work than simple routing tools for stable end-to-end latency, so scene switching should be rehearsed under realistic buffer sizes and monitoring conditions.
Coupling show-state switching to the wrong layer of the audio chain
MOTU CueMix 5 provides hardware-tied monitoring DSP, so switching expectations should align with what runs on MOTU devices rather than assuming host-driven mixer behavior.
How We Selected and Ranked These Tools
We evaluated each tool on routing control depth for live monitoring and recording, plus whether the routing model stays understandable as graphs or buses grow. Features accounted for 40% of the score, and ease/value each accounted for 30%.
BlackHole scored highest because macOS device endpoints treat routed audio like normal system playback and capture choices across apps, which reduces friction for cross-app transport without adding mixer-control logic. Audio Hijack ranked strongly for record-safe processing because routing, monitoring, and recording logic stay in one editable block graph.
Frequently Asked Questions About virtual audio mixer software
How does routing and recording workflow differ between Audio Hijack and Voicemeeter for live shows?
Which tool is better for repeatable scene switching with audio plus plugin parameter changes during a set?
When do macOS users pick BlackHole over a mixer-based router like Loopback-style workflows?
What breaks if an automation workflow depends on a graph API rather than manual patching, and where does PipeWire fit?
How does PipeWire’s node graph compare with Carla’s plugin rack for managing complex DSP and MIDI-triggered routing?
Which tool offers hardware-tied monitor mixing behavior for MOTU interface users during recording?
Where do Voicemeeter and Elgato Wave Link each fall short for stream workflows with voice-first mixing?
How do security and access controls typically differ between enterprise device-control layers and local routing tools?
What setup step is usually required to get stable audio endpoint behavior in PipeWire versus Focusrite Control?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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