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Top 10 Best Mic Gain Software of 2026
Discover the best mic gain software—compare top tools, expert ratings, and features side by side to find the right fit for your team.
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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Krisp is the strongest overall pick when you want cleaner microphone input across conferencing apps without manual preamp work, while Audio Hijack suits macOS creators who need visual routing, recording, and application-specific processing.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Krisp
Background Voice Cancellation removes competing speech while preserving the primary speaker’s microphone feed.
Built for fits when users need cleaner mic input more than manual preamp control across conferencing applications..
SteelSeries Sonar
Editor pickPer-application routing assigns games, chat, media, and auxiliary sources to independent mixer channels.
Built for fits when Windows gaming and streaming setups need separate application mixes with microphone processing..
Voicemeeter
Editor pickVBAN and the Voicemeeter Remote API connect network audio and external control workflows to the mixer.
Built for fits when streamers, podcasters, and remote teams need routed microphone audio across Windows applications..
Related reading
Comparison Table
Mic gain software adjusts input level and often adds processing such as noise reduction, compression, gating, or routing before voice reaches a call, recording, or stream. The ranking weighs control depth, processing quality, system compatibility, setup complexity, and use-case coverage for analysts, operators, and technical evaluators comparing cleaner output against latency, resource demand, and hardware dependence.
Krisp
SMBVoice enhancement software with noise cancellation, echo removal, and microphone processing for calls and recordings.
Background Voice Cancellation removes competing speech while preserving the primary speaker’s microphone feed.
Krisp uses real-time DSP to process microphone input before it reaches supported calling applications. Its desktop app creates virtual audio devices, allowing users to select Krisp as the input or output device in meeting software. The Krisp SDK extends similar voice-processing functions into products built by developers.
The main tradeoff is limited manual control over gain staging and broadcast-style processing. Krisp fits remote meetings, support calls, and shared offices where keyboard noise, room sounds, or nearby conversations interfere with speech. Users recording music or detailed voice content still need an interface, mixer, or DAW with hardware gain and processing controls.
- +Removes keyboard noise, fan noise, and nearby speech from live calls
- +Virtual microphone works with major conferencing and calling applications
- +Echo cancellation supports speaker playback without requiring headphones
- +Krisp SDK supports embedded voice processing in compatible applications
- –Does not control physical interface preamp gain or replace an audio mixer
- –Audio quality depends on device routing and available processing capacity
- –Voice separation can weaken when multiple people speak simultaneously
- –Advanced recording workflows require separate software for detailed signal control
Remote support teams
Customer calls from shared offices
Clearer customer conversations
Remote meeting teams
Meetings near household noise
Fewer meeting interruptions
Show 1 more scenario
Software product teams
Embedding voice cleanup
Cleaner embedded audio
The Krisp SDK adds voice-processing capabilities to compatible communication products.
Best for: Fits when users need cleaner mic input more than manual preamp control across conferencing applications.
More related reading
SteelSeries Sonar
SMBGaming audio software that includes microphone gain, noise reduction, EQ, and chat mix controls.
Per-application routing assigns games, chat, media, and auxiliary sources to independent mixer channels.
Streamers benefit from assigning separate applications to dedicated Sonar channels, then adjusting game and voice levels without changing each application's settings. Microphone processing includes EQ, compressor controls, noise gate threshold adjustment, and ClearCast AI noise removal for keyboard, fan, and room sounds. Device profiles can preserve different microphone and routing configurations for games, broadcasts, and calls.
The main tradeoff is Windows dependence because Sonar runs inside SteelSeries GG and does not provide a public API or centralized administration controls. Sonar suits a gaming desktop where Discord, a game, music, and streaming software need independent volume control. Users needing macOS support, ASIO integration, or a standalone microphone processor need another product.
- +Routes individual applications across dedicated game, chat, media, and auxiliary channels
- +ClearCast AI reduces keyboard, fan, and room noise during voice capture
- +Stores microphone, equalizer, routing, and spatial-audio profiles
- +Works with many microphones and headsets beyond SteelSeries hardware
- –Runs only on Windows through the SteelSeries GG application
- –No public API or centralized admin controls for managed deployments
- –Advanced routing requires manual application assignment and profile maintenance
- –Device and application switching can require repeated troubleshooting after updates
Gaming streamers
Balance game, chat, and music
Cleaner live audio mixes
Competitive PC players
Reduce background microphone noise
Clearer team communication
Show 2 more scenarios
Discord-heavy gaming groups
Adjust voice and game levels
Faster volume adjustments
Dedicated chat and game channels allow quick balance changes without altering application mixer settings.
Multi-device headset users
Maintain device-specific audio profiles
Consistent device configuration
Sonar stores routing, microphone, equalizer, and spatial-audio settings for different connected devices.
Best for: Fits when Windows gaming and streaming setups need separate application mixes with microphone processing.
Voicemeeter
SMBWindows audio mixer software with input gain control, virtual routing, and compressor features for microphones.
VBAN and the Voicemeeter Remote API connect network audio and external control workflows to the mixer.
Voicemeeter exposes physical inputs, virtual inputs, and hardware outputs in a single routing interface. Banana and Potato add more strips, buses, and channel controls for multi-application audio layouts. The Voicemeeter Remote API provides programmatic control, while MacroButtons adds hotkeys, MIDI triggers, and saved actions.
Configuration becomes difficult when Windows applications create multiple playback endpoints and change their default devices. Voicemeeter also lacks dedicated voice denoising and automatic level matching. Streamers can still route microphone, game, music, call audio, and monitoring feeds independently from one mixer.
- +Per-strip gain controls support input gain staging before routing and processing.
- +Banana and Potato scale inputs, buses, and virtual channels for complex desktop setups.
- +MacroButtons supports hotkeys, MIDI control, and scripted mixer actions.
- +ASIO driver support connects compatible interfaces and production applications.
- –Windows-only operation excludes macOS and Linux production machines.
- –Initial routing and device selection can confuse users with multiple playback endpoints.
- –No dedicated voice denoising module handles constant room noise.
- –Advanced API control requires separate SDK integration rather than a native admin console.
live streamers
Separate microphone, game, and music feeds
Independent broadcast and monitor mixes
podcasters
Route microphone to recording software
Recorded voice with independent monitoring
Show 1 more scenario
remote audio engineers
Send audio between networked computers
Networked audio transport
VBAN carries selected mixer buses between compatible Windows computers on a local network.
Best for: Fits when streamers, podcasters, and remote teams need routed microphone audio across Windows applications.
More related reading
NVIDIA Broadcast
SMBRTX-based broadcast software with microphone effects, room echo removal, and voice processing for live use.
AI-powered Room Echo Removal reduces reflected speech through the virtual microphone without acoustic treatment.
NVIDIA Broadcast brings GPU-accelerated voice cleanup to a virtual microphone, separating it from utilities focused mainly on input-level control. Noise Removal and Room Echo Removal target keyboard noise, fans, and reflected speech in real time.
The virtual device feeds processed audio to OBS, Discord, Zoom, Teams, and other applications. Gain work remains basic because the app lacks detailed metering, compressor, limiter, and loudness-target controls.
- +RTX-accelerated Noise Removal suppresses fans, keyboards, and steady room noise.
- +Room Echo Removal reduces reflections without requiring acoustic treatment.
- +Virtual microphone routing works with OBS, Discord, Zoom, and Teams.
- +Per-effect strength controls support quick voice cleanup adjustments.
- –RTX GPU requirement excludes integrated graphics and non-RTX NVIDIA cards.
- –Limited gain workflow lacks detailed input trim, metering, and loudness targeting.
- –Virtual microphone routing adds a device-selection step in each application.
- –Processing focuses on cleanup rather than full-channel compression and limiting.
Best for: Fits when RTX-equipped streamers need fast voice cleanup across conferencing and streaming applications.
Audio Hijack
specialistmacOS audio capture and processing software with gain, EQ, and effect blocks for microphone input chains.
Visual Sessions combine microphone routing, processing blocks, monitoring, recording, and reusable presets in one workspace.
Audio Hijack routes microphone audio through visual block-based Sessions for gain adjustment, processing, monitoring, and recording. Each Session can capture a specific application or hardware input, then pass audio through Gain, Equalizer, Compressor, and Audio Unit blocks.
Reusable presets and detailed meters support repeatable microphone workflows on macOS. Sending processed microphone audio into arbitrary communication apps commonly requires Rogue Amoeba’s separate Loopback utility.
- +Visual Sessions make microphone routing and processing chains easy to inspect.
- +Gain, EQ, compression, and Audio Unit blocks support detailed voice shaping.
- +Per-application capture enables focused recording and monitoring workflows.
- +Reusable Session presets reduce repeated configuration for streaming and podcast production.
- –macOS support excludes Windows and Linux microphone workflows.
- –Direct microphone input to communication apps often requires separate Loopback routing.
- –Hardware preamp adjustment remains outside Audio Hijack’s software controls.
- –Large signal chains can increase configuration complexity for simple gain changes.
Best for: Fits when macOS creators need visual microphone routing, gain control, recording, and application-specific audio processing.
Boom 3D
SMBDesktop audio enhancement software with volume boosting, equalization, and device-level audio controls.
App Volume Controller sets separate playback levels for individual applications from one desktop interface.
Boom 3D suits users who need louder computer playback and spatial effects, but it is not a microphone gain utility. The app combines a volume booster, 3D Surround processing, a 31-band equalizer, presets, ambience controls, and per-application playback levels on macOS and Windows. Boom 3D does not expose input gain staging, a noise gate, or a compressor, so quiet microphone signals require separate hardware or recording software.
- +31-band equalizer supports frequency shaping across computer playback.
- +App Volume Controller assigns separate playback levels to individual applications.
- +3D Surround and ambience effects alter stereo playback without additional plugins.
- +Runs as a desktop app on macOS and Windows.
- –Does not provide microphone input gain controls for USB or XLR interfaces.
- –No dedicated noise gate or compressor for voice.
- –Output boosting can increase clipping when source audio already reaches full scale.
- –Playback controls do not create a recording or streaming signal chain.
Best for: Fits when users need louder computer playback and spatial effects, not microphone preamp control.
More related reading
Voicemeeter
SMBWindows virtual mixer software with input gain control, compression, gating, and routing for microphones.
MacroButtons enables keyboard, MIDI, and state-based actions for repeatable microphone routing changes.
Voicemeeter treats microphone gain as part of a Windows virtual mixing system rather than a single-input control. Hardware inputs, application audio, virtual devices, and output buses can be combined through channel faders, EQ, gating, and compression. Banana and Potato add more inputs and buses, while profiles and MacroButtons support repeatable routing changes.
- +Virtual inputs route microphone, game, chat, and browser audio through one Windows mixer.
- +Banana and Potato add multiple buses for stream, recording, and monitoring feeds.
- +Per-channel faders, EQ, gate, and compression support direct voice-level adjustment.
- +Profiles preserve mixer states for different applications and hardware setups.
- –Windows-only operation excludes macOS, Linux, and cross-platform deployment.
- –The interface exposes many routing controls without guided setup or signal-flow explanations.
- –Virtual-device and bus routing can produce feedback when monitoring paths are duplicated.
- –Automation depends on user-authored mappings rather than a general external API.
Best for: Fits when Windows streamers need manual mic gain, application routing, and separate monitor mixes.
Peace Equalizer
SMBWindows audio control interface for Equalizer APO that adds preamp gain and device-specific adjustment controls.
Hotkey-driven preset switching and per-device configuration files provide granular control over recurring Windows audio setups.
Peace Equalizer is a Windows front end for Equalizer APO, distinguished by detailed profile, channel, and hotkey control rather than a dedicated voice-processing pipeline. For microphones routed through Equalizer APO, it provides preamp adjustment, parametric filters, and configurable effect blocks for basic input gain staging. Device-specific configurations, preset files, and live switching support repeatable desktop setups, but operation depends on Equalizer APO and the Windows audio stack.
- +Per-device profiles can switch through hotkeys or the system tray.
- +Parametric filters support targeted microphone tone correction.
- +Channel routing and independent channel controls support asymmetric setups.
- +Preset files make repeated configurations reusable across Windows audio sessions.
- –Equalizer APO installation and device selection are required before Peace can affect microphone audio.
- –No native macOS or Linux version is available.
- –Software gain cannot replace an underpowered physical microphone preamp.
- –Noise suppression and voice activity detection are not core Peace features.
Best for: Fits when Windows users need reusable microphone gain presets and manual filter control across several audio devices.
More related reading
Dolby On
consumer audioMobile recording software with automatic volume leveling, noise reduction, and gain-oriented voice enhancement.
Dolby On’s mobile capture pipeline applies Dolby processing during recording, combining noise reduction, dynamic EQ, compression, and limiting.
Dolby On captures voice, music, and video through a mobile device while applying Dolby audio processing during recording. Noise reduction, dynamic EQ, compression, de-essing, limiting, trim, fade, and tone controls cover common mobile recording needs. Dolby On can export or share finished clips, but it does not provide system-wide desktop microphone gain control or detailed input-chain configuration.
- +Applies noise reduction and tonal processing during phone-based recording.
- +Records audio and video within one mobile workflow.
- +Includes trim, fade, tone controls, and direct sharing.
- +Can use compatible external microphones on supported mobile devices.
- –Provides no system-wide microphone gain control for desktop applications.
- –Offers no desktop plugin host or application-level audio routing.
- –Mobile recording quality depends on the phone microphone and recording environment.
- –Provides limited manual control over processing thresholds and timing.
Best for: Fits when mobile creators need processed voice or music recordings without desktop audio software.
ShurePlus MOTIV Desktop
prosumer audioDesktop control software for Shure MOTIV microphones with live mic gain adjustment, DSP, and recording controls.
Direct firmware management and device configuration for compatible Shure MOTIV USB microphones
ShurePlus MOTIV Desktop serves users of compatible Shure MOTIV USB microphones who need local device control. The app adjusts gain, mute, headphone level, monitor mix, EQ, compression, and limiting on supported models.
It also manages firmware updates and can retain settings on MOTIV microphones that support onboard storage. ShurePlus MOTIV Desktop lacks an API, system-wide control for unrelated microphones, and plugin hosting.
- +Direct gain and headphone controls for compatible Shure MOTIV USB microphones
- +Model-specific voice-processing controls cover EQ, compression, and limiting
- +Firmware updates run inside the same desktop application
- +Simple interface avoids DAW routing and plugin configuration
- –No system-wide control for non-Shure microphones
- –No documented API, automation layer, or centralized fleet administration
- –Desktop app support depends on a compatible MOTIV device
- –Advanced routing, multi-mic mixing, and VST hosting are absent
Best for: Fits when a Shure MOTIV USB microphone needs local gain control and firmware management on one computer.
How to Choose the Right mic gain software
Mic gain software ranges from virtual microphones such as Krisp and NVIDIA Broadcast to Windows mixers such as Voicemeeter and device utilities such as ShurePlus MOTIV Desktop. Audio Hijack, SteelSeries Sonar, Peace Equalizer, Dolby On, and Boom 3D serve different routing, recording, playback, and hardware-control needs.
The guide compares platform support, gain control, voice processing, routing, automation, and workflow limits. It separates tools that adjust microphone input from tools that mainly clean, route, record, or amplify audio.
How microphone gain software controls input and signal flow
Mic gain software changes a microphone signal before it reaches a call, stream, recording, or virtual device. Voicemeeter provides channel-level gain and routing on Windows, while ShurePlus MOTIV Desktop adjusts gain directly on compatible Shure MOTIV USB microphones.
These tools solve inconsistent voice levels, device-specific configuration, background noise, and application routing problems. Krisp targets live cleanup through a virtual microphone, while Dolby On processes voice during mobile recording rather than controlling a desktop microphone.
Evaluation criteria for microphone gain and processing tools
The useful feature set depends on where gain is applied and how many applications share the signal. ShurePlus MOTIV Desktop controls compatible hardware directly, while Voicemeeter places gain inside a virtual mixer.
Routing, cleanup, profiles, and recording controls determine whether a tool fits a simple call setup or a multi-application production chain. Boom 3D illustrates the boundary because its controls target computer playback rather than microphone input.
Direct gain control and hardware scope
A tool must identify whether it changes software input levels or the physical device. ShurePlus MOTIV Desktop provides direct gain control for compatible Shure MOTIV microphones, while Peace Equalizer applies preamp adjustment through Equalizer APO to selected Windows devices.
Per-application audio routing
Separate application paths prevent game, chat, media, and microphone signals from sharing one undifferentiated mix. SteelSeries Sonar assigns those sources to independent mixer channels, while Audio Hijack builds application-specific Sessions that capture and process selected inputs.
Background voice and room cleanup
Real-time cleanup reduces keyboard, fan, nearby speech, and reflected-room sound before a call or stream receives the signal. Krisp removes competing speech with Background Voice Cancellation, while NVIDIA Broadcast uses RTX processing for Room Echo Removal.
Profiles and repeatable control
Saved configurations reduce repeated device and routing changes across streams, calls, and recording sessions. Peace Equalizer switches per-device files through hotkeys, while Voicemeeter MacroButtons triggers mixer actions through keyboard and MIDI controls.
Recording and mobile capture workflow
Some tools process audio only during capture instead of exposing a desktop microphone path. Dolby On combines mobile recording with noise reduction, dynamic EQ, compression, and limiting, while Audio Hijack records processed Sessions on macOS.
A decision path from microphone hardware to application output
Selection starts with the physical microphone, operating system, and destination applications. ShurePlus MOTIV Desktop suits a compatible Shure device, while Krisp and NVIDIA Broadcast feed processed audio through virtual microphones.
The main decision is between direct device control, virtual mixing, signal cleanup, and production routing. SteelSeries Sonar favors Windows gaming mixes, while Audio Hijack favors visual macOS Sessions.
Match the operating system and device boundary
Choose ShurePlus MOTIV Desktop only when the microphone is a compatible Shure MOTIV USB model. Choose Audio Hijack for macOS routing, or choose Voicemeeter, SteelSeries Sonar, or Peace Equalizer for Windows workflows.
Choose direct control or virtual processing
Use ShurePlus MOTIV Desktop when the required adjustment belongs on the microphone itself, including gain, headphone level, and monitor mix. Use Krisp or NVIDIA Broadcast when applications should receive a cleaned virtual microphone instead.
Choose a mixer philosophy for multiple sources
Select SteelSeries Sonar for separate game, chat, media, and auxiliary channels with device profiles. Select Voicemeeter when hardware inputs, virtual inputs, buses, VBAN transport, or MacroButtons actions must share one Windows audio engine.
Set the required processing depth
Krisp and NVIDIA Broadcast prioritize live noise and echo removal with limited channel-level control. Audio Hijack provides Gain, Equalizer, Compressor, and Audio Unit blocks, while Dolby On supplies an integrated mobile recording chain with limited manual threshold control.
Reject playback utilities for microphone work
Boom 3D is suitable for louder computer playback, 31-band equalization, and application playback levels, but it does not provide microphone input gain, a voice gate, or a compressor. Peace Equalizer is the more relevant Windows option when reusable microphone presets and filter control are required.
Audience fit across calls, streams, studios, and mobile recording
Mic gain tools serve distinct workflows rather than one universal setup. Krisp targets meeting users, SteelSeries Sonar targets Windows gaming mixes, and Audio Hijack targets macOS creators.
Hardware ownership and production complexity narrow the choice further. ShurePlus MOTIV Desktop depends on a compatible microphone, while Dolby On is built around mobile capture.
Meeting users who need cleaner live speech
Krisp removes keyboard noise, fan noise, nearby speech, and echo through a virtual microphone across major calling applications. NVIDIA Broadcast serves the same live-cleanup use case for users with an RTX GPU and a need for Room Echo Removal.
Windows streamers and multiplayer players
SteelSeries Sonar separates game, chat, media, microphone, and auxiliary channels and stores device profiles. Voicemeeter suits streamers who need manual gain, multiple buses, virtual inputs, and separate monitoring feeds.
Mac podcast and recording creators
Audio Hijack provides visual Sessions with gain, EQ, compression, monitoring, recording, and reusable presets on macOS. Communication-app routing commonly requires the separate Loopback utility.
Users of compatible Shure MOTIV microphones
ShurePlus MOTIV Desktop provides model-specific gain, EQ, compression, limiting, firmware updates, and onboard setting retention on supported devices. It does not control unrelated microphones or host VST plugins.
Mobile creators and playback-focused desktop users
Dolby On records processed voice, music, and video on mobile devices with direct sharing and trimming. Boom 3D handles desktop playback through a volume booster, 3D Surround, a 31-band equalizer, and per-application playback levels instead of microphone gain.
Microphone gain setup errors that limit these tools
Many problems come from confusing input gain with cleanup, playback volume, or physical preamp control. Boom 3D and NVIDIA Broadcast show how a tool can alter perceived loudness or voice quality without providing detailed microphone gain management.
Routing mistakes also create feedback, missing devices, and unnecessary configuration work. Voicemeeter, Audio Hijack, and Peace Equalizer each require different levels of signal-path setup.
Using playback amplification as microphone gain
Boom 3D changes application playback levels and can increase clipping when source audio reaches full scale. Use ShurePlus MOTIV Desktop for compatible Shure hardware or Voicemeeter for Windows channel gain.
Assuming a virtual microphone replaces a physical preamp
Krisp and NVIDIA Broadcast clean audio after device capture, but neither replaces physical interface preamp adjustment. An underpowered microphone still needs suitable hardware gain before virtual processing.
Ignoring platform and hardware requirements
NVIDIA Broadcast requires an RTX GPU, SteelSeries Sonar and Voicemeeter run on Windows, and Audio Hijack runs on macOS. ShurePlus MOTIV Desktop also requires a compatible Shure MOTIV device.
Building duplicate monitoring paths
Voicemeeter can produce feedback when virtual-device and bus monitoring paths are duplicated. Audio Hijack can also become unnecessarily complex when a simple gain change is expanded into a large Session chain.
Expecting desktop routing from a mobile recorder
Dolby On processes recordings on mobile devices but provides no desktop plugin host or application-level audio routing. Use SteelSeries Sonar, Voicemeeter, or Audio Hijack when separate application paths are required.
How We Selected and Ranked These Tools
We evaluated Krisp, SteelSeries Sonar, Voicemeeter, NVIDIA Broadcast, Audio Hijack, Boom 3D, Peace Equalizer, Dolby On, and ShurePlus MOTIV Desktop through editorial research and criteria-based scoring. We rated features, ease of use, and value, with features carrying 40% of the overall rating and ease of use and value each carrying 30%.
Krisp ranked highest because Background Voice Cancellation removes competing speech while preserving the primary speaker’s feed, and its virtual microphone works across major conferencing applications. That combination lifted its feature and ease-of-use scores for live calls, even though Krisp does not control physical interface preamp gain.
Frequently Asked Questions About mic gain software
Which mic gain software is best for manual input control?
How do these tools integrate with conferencing and streaming applications?
When does a virtual microphone create more problems than it solves?
What breaks if a microphone gain workflow depends on unsupported hardware?
Do mic gain tools provide APIs, automation, or external control?
Can these applications support centralized administration, SSO, or audit logs?
How portable are microphone gain settings between computers or devices?
Where does each tool fall short for loudness and signal management?
Conclusion
After evaluating 10 tools, Krisp 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.
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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