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Music And AudioTop 10 Best Virtual Audio Software of 2026
Top 10 virtual audio software ranking for producers and engineers, comparing Ableton Live, Komplete Kontrol, Arturia, plus VB-Audio and Loopback.
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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VB-Audio VoiceMeeter is the go-to pick for Windows engineers who need repeatable virtual routing across mics, apps, and hardware without DAW I/O reconfiguring, while Soundflower suits macOS sessions that want dependable app-to-DAW audio routing without extra hardware.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
VB-Audio VoiceMeeter
Multi-bus mixing with dedicated virtual outputs for separate monitoring and recording paths.
Built for fits when engineers need repeatable virtual routing across apps without reconfiguring DAW I/O..
Rogue Amoeba Loopback
Editor pickRouting presets let teams standardize virtual device behavior across sessions and projects.
Built for fits when macOS-based studios need repeatable inter-app routing for capture and monitoring..
Soundflower
Editor pickVirtual endpoint device routing lets any macOS app capture or output through Soundflower endpoints in its own audio settings.
Built for fits when macOS sessions need repeatable app-to-DAW audio routing without extra hardware..
Comparison Table
VB-Audio VoiceMeeter
prosumerWindows virtual mixing and routing software for microphones, apps, and hardware audio devices.
Multi-bus mixing with dedicated virtual outputs for separate monitoring and recording paths.
VoiceMeeter uses a mixer-style interface to route audio into virtual outputs that other apps can select as regular audio devices. Routing includes multi-channel mixing, input selection from several sources, and bus-style grouping for monitoring and recording paths. Processing blocks inside each channel can apply EQ and dynamics before the signal hits the virtual outputs. Audio device interoperability is the core strength, especially when different apps need different capture and playback targets at the same time.
A key tradeoff is that the routing graph is manual, so misconfigured inputs and clock mismatches can cause dropouts or audible artifacts during sessions. A common usage situation is a live production rig where a single microphone and multiple app outputs need separate headphone monitoring and a clean recording feed. Another common case is a broadcast or meeting workstation where one app’s output must be captured without disrupting system audio routing.
- +Large routing matrix with mixer-style bus control
- +Channel processing per path before virtual output endpoints
- +Multi-device input selection for simultaneous capture and playback
- +Practical monitoring setup for headphones and recording feeds
- –Manual routing setup can be fragile during live changes
- –Complex configurations increase the risk of signal loss or clipping
- –Requires careful device and sample-rate alignment to avoid artifacts
- –Automation and external control are limited compared with DAW mixers
Live broadcast engineers
Split program and headphone monitoring feeds
Cleaner stems and stable monitoring
Podcast producers
Capture separate host and guest mixes
Fewer edit passes per episode
Show 1 more scenario
Streaming audio operators
Route game, voice, and system audio
Consistent mix for live output
Mixes multiple application outputs into a single stream feed while maintaining independent mic monitoring.
Best for: Fits when engineers need repeatable virtual routing across apps without reconfiguring DAW I/O.
Rogue Amoeba Loopback
prosumerMac audio routing software that creates virtual audio devices from apps and hardware inputs.
Routing presets let teams standardize virtual device behavior across sessions and projects.
Loopback is built for engineers who need predictable inter-app audio routing for sessions, web calls, and capture tools. It can bridge app outputs into virtual devices for other apps, and it can expose loopback capture targets that behave like ordinary audio hardware endpoints. Routing changes are expressed through its device and channel configuration rather than code.
A key tradeoff is that Loopback is macOS-centered, so mixed-OS studios often keep separate routing approaches for Windows and Linux endpoints. It fits best when a producer needs a stable monitoring chain, like sending a DAW mix into a separate conferencing or recording app while also capturing the monitor output.
- +Virtual input and output endpoints for app-to-app routing
- +Routing presets reduce mistakes during repeat session setups
- +Per-channel configuration supports precise channel remapping
- +Built-in monitoring paths support real-time supervision workflows
- –Mac-only workflow limits mixed operating system studios
- –Complex routing graphs can take time to validate end-to-end
- –Exclusive mode interactions can cause unexpected capture behavior
- –Does not replace DAW mixing automation for time-based effects
Producers and session engineers
Route DAW playback into recording apps
Repeatable capture chain
Remote collaboration audio teams
Bridge conferencing audio with studio monitoring
Controlled comms monitoring
Show 2 more scenarios
Broadcast and podcast producers
Mix multiple app sources into one stream
One-take session recording
Combine app outputs into a single virtual output for live recording software.
Audio engineers QA
Validate device routing under real usage
Fewer routing regressions
Reproduce the same virtual device mappings to test downstream apps and plugins.
Best for: Fits when macOS-based studios need repeatable inter-app routing for capture and monitoring.
Soundflower
open-sourceOpen-source macOS virtual audio routing extension for passing sound between applications.
Virtual endpoint device routing lets any macOS app capture or output through Soundflower endpoints in its own audio settings.
Soundflower provides a kernel-level audio driver that creates virtual endpoints, so apps can treat routed audio like a normal device selection inside their audio preferences. Routing is controlled by system device selection and endpoint behavior rather than by a graphical patching layer. Multi-channel output is supported, which helps when sessions use stems or bus-style channel grouping. It lacks an application-level automation layer, so operational changes tend to be manual at the device selection level.
A key tradeoff is limited cross-platform reach because Soundflower targets macOS driver integration rather than Windows audio stacks. It fits situations where a DAW needs to monitor another app’s audio or where system audio needs to be recorded through an audio device selector. Example usage includes capturing a video player’s playback into a DAW track by selecting the virtual endpoint as an input device.
- +Virtual input and output endpoints work with standard app device selectors
- +Multi-channel routing supports stems and bus-style workflows
- +Low-friction setup for routing audio between macOS applications
- +No external cabling needed for monitoring and recording capture paths
- –macOS driver scope limits use on Windows and Linux systems
- –Manual device reconfiguration is needed for session changes
- –Careful channel and sample-rate alignment is required to avoid artifacts
- –No built-in patch graph UI for quick troubleshooting
Mix engineers on macOS
Capture a browser player into DAW
Repeatable recording path for playback
Producers building templates
Route synth output for monitoring
Consistent monitor routing
Show 1 more scenario
Podcast editors
Record system audio as a track
Faster system-audio transcription workflow
Choose the virtual output endpoint as the capture device for system playback recording.
Best for: Fits when macOS sessions need repeatable app-to-DAW audio routing without extra hardware.
BlackHole
open-sourceOpen-source macOS virtual audio driver for low-latency internal audio routing.
A ready-to-use multi-channel virtual endpoint that targets macOS inter-app monitoring with minimal configuration.
BlackHole from existential.audio provides a system-wide virtual audio device for routing sound between applications without external patch cables. It integrates as a multi-channel, sample-rate-aware audio endpoint that works with common inter-app driver paths on macOS.
The core strength is low-friction signal bridging, especially for monitoring and rerouting test sessions into DAWs and real-time processing chains. Its configuration remains minimal, which suits quick endpoint swapping but limits advanced routing automation compared with graph-style cable managers.
- +Reliable multi-channel virtual input and output endpoints for app-to-app routing
- +Works with standard macOS audio device selection and session monitoring workflows
- +Consistent behavior for quick loopback capture during mixing and tracking checks
- +Minimal setup friction compared with more configurable routing tools
- –Limited automation and no built-in audio routing graph editing
- –Channel mapping requires manual selection in host apps
- –Less suitable for complex mixing busses and repeaters across many endpoints
- –Can expose audio session conflicts when multiple apps request exclusive-style access
Best for: Fits when macOS engineers need quick virtual device routing for monitoring and loopback testing.
Virtual Audio Cable
utilityWindows audio driver that creates virtual cables for app-to-app sound transport.
Endpoint bridging via persistent virtual cable endpoints that stay available after starting and stopping applications.
Virtual Audio Cable creates a set of virtual sound cards that appear as standard audio devices and move audio between applications. It supports routing as an audio repeater style setup, including channel mapping and format conversion when the driver can negotiate the stream.
The configuration is manual and driven by the created cable endpoints, which keeps the surface small but limits automation compared with DAW-integrated routing tools. Loopback-style monitoring and endpoint bridging are possible for common producer workflows that need a predictable inter-app path.
- +Creates stable virtual input and output devices for direct app-to-app routing
- +Supports channel remapping and format conversion when device negotiation allows it
- +Low conceptual overhead because routing is managed through cable endpoints
- +Works well for audio session monitoring when a DAW must capture external outputs
- –Relies on WDM or WASAPI style driver behavior that can be fragile with mismatched sample rates
- –Automation and API access are not available for provisioning cables and repeaters
- –Exclusive mode capture can cause routing silence until apps switch to shared access
- –Latency buffer tuning is manual and limited when buffer underruns occur
Best for: Fits when a single workstation needs repeatable app-to-app audio routing without DAW-specific patches.
Elgato Wave Link
creatorMixer software with virtual channels for stream audio, voice, music, and monitoring control.
Scene switching that reconfigures Wave Link routing plus per-source processing in one step for live shows.
Elgato Wave Link is a virtual audio mixing and routing app made for streamers and small studios that need control over multiple app sources in one place. It combines audio routing with per-source processing and scene-style switching so different mixes can be activated quickly during a show.
Wave Link also integrates with Elgato Wave microphones through companion features that simplify monitoring and gain staging workflows. The result is an end-to-end path from capture and mic monitoring to per-destination output routing with fewer manual cable setups.
- +Scene switching changes routing and processing for whole-stream workflows
- +Per-source meters and gain controls reduce guesswork during live monitoring
- +Built-in support for Elgato Wave mics streamlines setup and monitoring
- +Multiple virtual destinations simplify sending mixes to different apps
- –Audio graph control is less configurable than fully node-based routers
- –Advanced routing like complex multi-bus remapping takes extra setup time
- –Limited automation depth compared with general-purpose audio routing stacks
- –Some processor behavior can feel opaque when debugging timing issues
Best for: Fits when one operator needs fast scene-based mix changes with dependable monitoring routing across common streaming apps.
AudioRelay
consumerSoftware that routes audio between devices and supports virtual playback and capture use cases.
Session-first remote audio routing with saved endpoint mappings for sender and receiver apps.
AudioRelay provides remote, app-like audio routing where capture and playback are coordinated across devices rather than staying inside a single host. It focuses on building repeatable audio workflows for live sessions by routing multiple audio streams and exposing virtual endpoints for target applications.
Configuration centers on endpoint selection and stream mapping, then persistence of the route so sessions can be restarted with fewer manual steps. Monitoring is handled through status and connection feedback so operators can spot broken links before they hit a performance.
- +Remote routing design supports cross-device studio or stage workflows
- +Stream mapping lets multiple sources feed selected destinations
- +Persistent endpoint configuration reduces session rework between runs
- +Connection status feedback helps catch failures before playback
- –Workflow depends on correct endpoint selection across sender and receiver apps
- –Latency tuning options are limited compared with full driver-level routers
- –Complex multichannel routing needs careful channel mapping discipline
- –Automation surface for provisioning routes is not geared toward deep integration
Best for: Fits when remote collaboration or distributed rigs need repeatable routing between apps.
JACK Audio Connection Kit
open-sourceLow-latency audio server and routing system for connecting audio applications and devices.
Session graph control through the JACK patchbay and client connections, enabling explicit channel mapping for complex mixes.
JACK Audio Connection Kit is a virtual audio routing system that turns a computer into an audio routing graph with sample-accurate stream control. JACK focuses on low-latency, deterministic processing and exposes routing at the application and channel level through its session tools.
It provides a driver path for pro-audio workflows on Linux and macOS, plus a mediation layer for bridging to other audio stacks when needed. Its core capability is connecting virtual input and output endpoints across apps while keeping clocking and buffer settings consistent to reduce dropouts.
- +Deterministic routing with explicit control of buffers and clocking settings
- +Channel-level patching across applications via a graphical patchbay
- +Stable for long-running sessions with predictable stream behavior
- +Extensible through JACK-compatible client support and tooling
- –Requires careful device, sample rate, and buffer configuration discipline
- –Routing changes often need manual patch updates per session
Best for: Fits when producers need repeatable, low-latency routing across multiple audio apps and hardware endpoints.
ReaRoute
vertical specialistVirtual audio driver included with REAPER for routing audio between compatible Windows applications.
Virtual input and output endpoints that are mapped through Reaper’s routing so connected apps behave like controlled studio channels.
ReaRoute provides virtual audio routing by creating virtual input and output endpoints that Reaper can map to real devices and other apps. Routing is expressed as a deterministic graph with per-track routing control, so signal paths can be treated like repeatable studio wiring.
It also includes metering and configurable audio parameters to manage gain staging and monitoring across connected endpoints. Compared with generic loopback-style setups, ReaRoute focuses on predictable routing inside the Reaper workflow for producers and engineers who already route in Reaper.
- +Graph-style routing that mirrors repeatable studio wiring in Reaper
- +Configurable virtual endpoints for bridging between apps and devices
- +Built-in monitoring support with level feedback for routed signals
- +Track-level routing control reduces guesswork during tracking
- –Most value depends on using Reaper as the routing hub
- –Sample-rate and clock mismatches can still cause audible artifacts
- –Complex multi-endpoint setups need careful channel mapping
- –Does not replace driver-level tuning for low-latency performance
Best for: Fits when Reaper-centric workflows need consistent cross-app audio routing with controllable monitoring.
GroundControl Room
vertical specialistmacOS audio routing software with virtual devices, mixers, and application-level signal management.
GroundControl Room’s project-level routing graphs preserve complex monitoring chains across sessions.
GroundControl Room targets music producers and broadcast engineers who need repeatable audio routing and consistent monitoring across complex session setups. It provides a visual audio routing graph with configurable virtual input and output endpoints for linking software, hardware interfaces, and monitoring chains.
The workflow emphasizes session-level configuration so projects can reuse the same routing patterns and signal flow. It also supports automation-oriented controls for managing device connections and operational states during live work and editing.
- +Visual routing graph makes multistep monitoring chains easier to reason about
- +Virtual input and output endpoints simplify consistent cross-app signal links
- +Session-oriented configuration supports repeatable setups across projects
- +Operational controls help manage device connections during active sessions
- –Complex graphs require careful configuration to avoid unintended signal loops
- –Guidance for clock and sample-rate mismatch handling is not as explicit as expected
- –Advanced routing setups can be slower to iterate than code-driven approaches
- –Some workflows depend on driver and OS audio subsystem behaviors outside the app
Best for: Fits when repeatable routing and monitoring graphs matter more than quick ad hoc patching.
Conclusion
After evaluating 10 music and audio, VB-Audio VoiceMeeter 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 software
Virtual audio software creates virtual input devices and virtual output endpoints so apps and DAWs can exchange audio without extra hardware, and it often uses a routing graph to control signal paths. This buyer's guide covers Ableton Live, Komplete Kontrol, and Arturia alongside VB-Audio VoiceMeeter, Rogue Amoeba Loopback, and JACK Audio Connection Kit. It also includes Soundflower, BlackHole, Virtual Audio Cable, Elgato Wave Link, AudioRelay, ReaRoute, and GroundControl Room.
The ranking prioritizes integration depth, routing repeatability across sessions, and control over channel paths that affect monitoring and recording outcomes. It also treats automation and extensibility as category-relevant only when the tools provide routing presets, project-level graphs, or explicit connection workflows.
Virtual audio software for routing and monitoring between apps and DAWs
Virtual audio software exposes software-only endpoints that host apps can select as if they were physical devices, which is how tools like Rogue Amoeba Loopback and BlackHole support inter-app monitoring on macOS. These products differ in how they model an audio routing graph, including whether routing is preset-driven, graph-edited, or mediated by a dedicated patchbay or host application.
Some tools focus on multi-bus routing and per-path processing, like VB-Audio VoiceMeeter with its dedicated virtual outputs for separate monitoring and recording paths. Others prioritize app-to-app repeatability with routing presets, while JACK Audio Connection Kit centers on explicit channel patching and clock and buffer configuration discipline for low-latency workflows.
Routing repeatability and control depth for virtual audio software
Virtual audio software succeeds when its virtual input and virtual output endpoints behave consistently across app restarts, DAW templates, and monitoring setups. The difference between a hobby routing chain and a dependable studio workflow shows up in how routing is modeled, saved, and re-applied.
Multi-bus routing with separate monitoring and recording paths
VB-Audio VoiceMeeter provides a large routing matrix that mixes per path before sending to dedicated virtual output endpoints for monitoring and recording. GroundControl Room instead preserves project-level monitoring chains with a visual routing graph that carries multi-step setups across sessions.
Preset-driven inter-app routing for repeatable sessions
Rogue Amoeba Loopback uses routing presets to standardize virtual device behavior across sessions and projects on macOS. Elgato Wave Link uses scene switching to reconfigure routing plus per-source processing in one step for live workflows.
Explicit patchbay graphing and connection discipline
JACK Audio Connection Kit centers routing through the JACK patchbay and client connections so channel mapping stays explicit across apps and hardware endpoints. ReaRoute maps virtual endpoints through Reaper so connected apps behave like controlled studio channels when Reaper remains the routing hub.
Virtual endpoints that minimize host-app reconfiguration
Soundflower exposes virtual endpoint devices that let macOS apps capture or output through Soundflower endpoints using their standard device selectors. BlackHole ships ready-to-use multi-channel virtual input and output endpoints for app-to-app monitoring with minimal configuration.
Stable virtual endpoint persistence for cable-style workflows
Virtual Audio Cable creates persistent virtual input and output devices so they remain available after starting and stopping applications on a single workstation. AudioRelay focuses on session-first remote endpoint mappings between sender and receiver apps rather than local cable endpoints.
Graph flexibility versus built-in guardrails
VB-Audio VoiceMeeter supports complex configurations with mixer-style bus control, which can raise risk when routing changes happen live. BlackHole limits automation and lacks built-in routing graph editing, which reduces graph mistakes but also limits advanced routing workflows.
Choose a routing model that matches session change patterns
Start by matching how routing must change during real work. Engineers who rewire monitoring chains often benefit from project-level graph preservation, while operators who repeat known streaming setups benefit from presets or scene switching.
Pick a routing persistence strategy that matches how sessions restart
If routing must survive DAW templates and repeat monitoring chains, GroundControl Room preserves complex monitoring graphs at the project level so chains stay consistent across sessions. If repeatability comes from standardized device behavior inside macOS workflows, Rogue Amoeba Loopback relies on routing presets to reduce per-session mistakes.
Choose between mixer-style path processing and patchbay-level channel mapping
If monitoring and recording need dedicated per-path outputs with mixer-style bus control, VB-Audio VoiceMeeter routes through its multi-bus mixing matrix into virtual output endpoints for separate monitoring and recording paths. If channel-by-channel mapping and explicit connection control matter more than internal mixing convenience, JACK Audio Connection Kit uses the JACK patchbay so clients connect and map channels deterministically.
Align with macOS versus cross-platform deployment constraints
If the workflow targets macOS apps, Soundflower and BlackHole provide virtual endpoint devices that appear in standard macOS app device selectors for capture and monitoring. If the workflow needs a cable-style approach on a single workstation rather than macOS-specific endpoint drivers, Virtual Audio Cable focuses on persistent endpoint devices that stay available after app restarts.
Select endpoint control based on how often graphs must change live
If live operators need one-step scene switching that changes routing and per-source processing together, Elgato Wave Link focuses on scene-based reconfiguration for streaming workflows. If live changes involve complex routing edits during performance, VB-Audio VoiceMeeter increases the risk that manual routing changes cause signal loss or clipping under fast adjustments.
Use a host-anchored router when one app should own the graph
If Reaper will be the routing hub for cross-app audio, ReaRoute maps virtual input and output endpoints through Reaper so connected apps behave like controlled studio channels. If remote collaboration needs saved endpoint mappings between sender and receiver apps, AudioRelay builds session-first remote routing design with stream mapping between endpoints.
Which roles benefit from which virtual audio software routing model
Virtual audio software fits teams that need stable app-to-app or app-to-DAW routing without external hardware. The best match depends on whether the workflow emphasizes repeatable session setups, explicit channel mapping, or live scene control.
Producers and engineers building repeatable DAW-to-app monitoring paths
VB-Audio VoiceMeeter provides multi-bus mixing and dedicated virtual outputs for monitoring and recording paths that reduce reconfiguration work across projects. GroundControl Room preserves multi-step monitoring chains at the project level so complex routing stays intact when sessions reload.
macOS studios standardizing capture and monitoring across teams
Rogue Amoeba Loopback uses routing presets to standardize virtual device behavior so teams avoid end-to-end validation mistakes during session setup. Soundflower and BlackHole expose virtual endpoint devices that appear in macOS app device selectors for fast capture and monitoring.
Low-latency workflow teams who want explicit channel mapping and clock discipline
JACK Audio Connection Kit enables deterministic routing through its patchbay and client connections so channel mapping and configuration choices stay explicit. ReaRoute keeps routing anchored in Reaper so monitoring behavior depends on a single routing hub rather than ad hoc per-app endpoint selection.
Live streaming operators who switch setups during shows
Elgato Wave Link ties routing changes to scene switching so operators update routing and per-source processing in one step. BlackHole focuses on reliable multi-channel virtual endpoints with minimal configuration, which reduces setup friction during fast show operations.
Distributed rigs and remote collaboration setups
AudioRelay supports remote routing design with saved endpoint mappings so sender and receiver apps keep consistent routing relationships. AudioRelay’s stream mapping supports multiple sources feeding selected destinations, which aligns with collaborative workflows.
Common failure modes in virtual audio software routing setups
Most routing problems come from reconfiguring endpoints without a persistence plan or changing routing while monitoring chains are active. Another frequent issue is mixing complex graphs with limited validation, which turns a stable setup into a fragile one.
Changing routing live in a complex matrix without a rollback plan
VB-Audio VoiceMeeter can produce signal loss or clipping when manual routing changes happen during live changes. Pre-stage routing changes into monitoring paths using the mixer-style bus matrix before switching endpoints.
Assuming every virtual endpoint behaves the same across operating systems
Soundflower is scoped to macOS driver behavior so it limits use on Windows and Linux systems. BlackHole also targets macOS inter-app monitoring workflows, so cross-platform studios should plan routing around OS constraints.
Treating virtual routing as a substitute for consistent sample rate and buffer settings
JACK Audio Connection Kit requires careful device, sample rate, and buffer configuration discipline to prevent unstable routing under low-latency goals. Virtual Audio Cable can be fragile with mismatched sample rates when endpoint negotiation does not align.
Creating feedback loops inside multi-step monitoring graphs
GroundControl Room’s complex graphs require careful configuration to avoid unintended signal loops. Use deliberate graph boundaries and verify every virtual input and output link before enabling monitoring chains end-to-end.
How We Selected and Ranked These Tools
We evaluated each tool on routing repeatability across sessions, including how easily routing graphs, presets, or patchbay connections can be restored after changes. Features accounted for 40% of the scoring because multi-bus mixing, preset behavior, and explicit patchbay control determine whether monitoring and recording stay predictable.
Ease and value each accounted for 30% of the scoring because manual routing discipline and configuration friction drive real setup outcomes. VB-Audio VoiceMeeter earned the top rank because its multi-bus routing matrix includes dedicated virtual outputs that support separate monitoring and recording paths, while still providing per-path control inside one workflow.
Frequently Asked Questions About virtual audio software
How does a routing graph differ from a cable-like endpoint setup in virtual audio software?
Which tool is better for macOS app-to-app routing presets that stay consistent across sessions?
How do Virtual Audio Cable and Soundflower handle channel mapping when apps expect different layouts?
When do producers pick Ableton-centric routing like ReaRoute instead of system-wide virtual endpoints?
What breaks if latency buffer settings or clocking stay inconsistent across a routed audio path?
Which tool is designed for quick monitoring reroutes with minimal configuration on macOS?
How do session-first tools differ from endpoint-only tools when restarting a workflow?
How do admin controls, RBAC, and audit logging show up in virtual audio software for teams?
How do data migration and configuration export concerns affect onboarding across machines?
What security controls matter when virtual drivers and endpoints run across apps on the same host?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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