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Top 9 Best Mic Louder Software of 2026

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Top 9 Best Mic Louder Software of 2026

Top 9 mic louder software tools compared for streamers, gamers, and creators. Covers features, mic settings, and tradeoffs for choosing.

20 min readUpdated Editorially scoped research
How we ranked these tools
01Editorial Scope

Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.

02Source Research

Search agents gather the source set and the review record, including transcriptions of video reviews and podcasts.

Read our full methodology →

Framework: Features 40% · Ease 30% · Value 30%

Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy

Mic louder software matters when voice level drops under real recording conditions like room noise, echo, and inconsistent input gain. This comparison helps analysts and operators weigh voice enhancement and metering workflows against DAW-grade routing and systemwide audio processing, including toolsets like Krisp and FxSound where vocals need to cut through quickly.

OBS Studio is the best pick for streamers and creators who need consistent mic loudness across scenes because its per-source filter chains and VST host stay in real time, while SteelSeries Sonar suits live chat-focused gaming setups since its per-application routing and mic processing come in a single capture path.

Editor’s top 3 picks

Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.

Editor pick
1

OBS Studio

Scene-based audio routing with per-source filter stacks and a VST plugin host for live vocal chains.

Best for: Fits when live mic level control must stay consistent across scenes and outputs.

2

SteelSeries Sonar

Editor pick

Sonar's per-application audio routing plus mic processing inside a single SteelSeries capture pipeline for live sessions.

Best for: Fits when live voice clarity matters more than timeline editing or post-production mastering.

3

Krisp

Editor pick

Acoustic echo cancellation tuned for conferencing environments to reduce far-end feedback in the mic feed.

Best for: Fits when teams need cleaner speech in live calls without post-production mixing.

Comparison Table

1
OBS StudioBest overall
creator software
9.2/10
Overall
2
gaming audio software
8.9/10
Overall
3
meeting productivity
8.6/10
Overall
4
creator desktop software
8.3/10
Overall
5
8.0/10
Overall
6
desktop audio utility
7.9/10
Overall
7
prosumer audio routing
7.6/10
Overall
8
consumer audio utility
7.0/10
Overall
9
vertical specialist
6.8/10
Overall
#1

OBS Studio

creator software

Open source streaming and recording software with mic gain, filters, compressors, and noise suppression.

9.2/10
Overall
Features9.5/10
Ease of Use9.0/10
Value9.0/10
Standout feature

Scene-based audio routing with per-source filter stacks and a VST plugin host for live vocal chains.

OBS Studio supports per-audio-source processing where filters can be stacked for a microphone chain, including gain control, dynamics, and EQ blocks. The mix engine handles multiple devices and lets each channel be routed to recording or streaming outputs with separate levels. When the microphone feed is too hot or too quiet, per-source gain and limiter-style behavior provide practical dBFS headroom management for live use.

A key tradeoff is that OBS focuses on real-time capture and monitoring rather than offline vocal cleanup workflows like de-essing precision or transcript-based editing. OBS fits best when live voice needs immediate level control for streaming or simultaneous recording and monitoring.

Pros
  • +Per-mic filter chains apply in real time
  • +VST plugin host enables custom vocal processing
  • +Separate monitoring lets talent hear the right mix
  • +Works with multiple audio devices and routing scenarios
Cons
  • –Dialing loudness takes manual gain and filter tuning
  • –Vocal cleanup workflows are weaker than dedicated editors
  • –Complex scenes can complicate consistent level management
  • –Live latency depends on audio interface and buffer settings
Use scenarios
  • Streaming creators

    Live mic level control while streaming

    Fewer clipping moments on air

  • Remote interview hosts

    Multiple guests with stable mic monitoring

    More even voice volume

Show 2 more scenarios
  • Content editors

    Record with a ready vocal processing chain

    Less reprocessing per episode

    A live filter chain prints consistent mic tone for later cuts and reposting workflows.

  • Podcast teams

    Pre-mix setup for long sessions

    More uniform loudness across episodes

    Gain staging and dynamics filters reduce drifting levels across extended takes.

Best for: Fits when live mic level control must stay consistent across scenes and outputs.

#2

SteelSeries Sonar

gaming audio software

Gaming-focused audio suite with microphone level, EQ, noise reduction, and routing controls.

8.9/10
Overall
Features8.9/10
Ease of Use8.9/10
Value8.9/10
Standout feature

Sonar's per-application audio routing plus mic processing inside a single SteelSeries capture pipeline for live sessions.

SteelSeries Sonar targets headset and mic clarity with per-channel voice processing built around a game-audio style routing workflow. It provides configurable noise suppression and voice-focused EQ processing inside SteelSeries' audio pipeline so speech sounds cleaner without leaving the desktop.

Sonar is most useful when Windows audio routing, virtual device selection, and monitoring are part of the normal setup for a streamer or voice-heavy session. Compared with general editors like Audacity and audition tools like Adobe Audition, Sonar emphasizes real-time mic shaping instead of editing and mastering workflows.

Pros
  • +Real-time voice processing designed for live chat and streaming sessions
  • +Virtual audio device routing makes it easier to target specific apps
  • +Noise suppression and voice-centric EQ controls are straightforward to tune
  • +Monitoring path helps verify changes while speaking
Cons
  • –Limited to Sonar pipeline and SteelSeries routing flow instead of edit-first tools
  • –Inconsistent results across mics that need different gain staging per session
  • –Fewer mastering oriented tools than full waveform editors
  • –Requires careful Windows device selection to avoid double-processing
Use scenarios
  • Gamers and online callers

    Even out loudness during real-time voice chat

    More even voice loudness

  • Live streamers and creators

    Reduce noise while speaking on stream

    Clearer live microphone signal

Show 2 more scenarios
  • PC gamers in team chat

    Balance game, chat, and mic levels

    More controlled in-game comms

    Route and adjust microphone alongside game and team channels so communication stays controlled.

  • Podcasters and content teams

    Pre-process mic for consistent capture

    More consistent speech input

    Use real-time EQ and leveling so recordings start with a more consistent speech input.

Best for: Fits when live voice clarity matters more than timeline editing or post-production mastering.

#3

Krisp

meeting productivity

Voice enhancement software with noise cancellation, echo removal, and meeting call audio controls.

8.6/10
Overall
Features8.6/10
Ease of Use8.6/10
Value8.6/10
Standout feature

Acoustic echo cancellation tuned for conferencing environments to reduce far-end feedback in the mic feed.

Krisp can suppress background noise and reduce acoustic echo during calls, which directly affects perceived clarity for speech. It also supports voice activity detection so processing prioritizes spoken segments instead of continuously boosting the whole signal. Configuration is mostly about selecting the correct input and output device in the host application. Administrative controls are limited compared with IT-managed audio stacks, so shared workspace governance relies on per-user device setup.

A tradeoff appears when higher-fidelity production needs are involved, because Krisp is optimized for live intelligibility rather than fine-tuned loudness equalization. Krisp fits best when a single mic source must be improved for meetings, webinars, and customer calls without changing the recording chain. In contrast to tools like Audacity or Adobe Audition, it provides less control over gain staging and mastering parameters after the fact.

Pros
  • +Real-time noise suppression designed for spoken audio
  • +Acoustic echo cancellation targets call playback feedback
  • +Voice activity detection reduces processing during silence
  • +Quick mic routing via system input and conferencing selection
Cons
  • –Limited offline control over loudness equalization and mastering moves
  • –Requires correct device selection in each conferencing app
Use scenarios
  • Customer support teams

    Handle noisy office calls

    More intelligible customer conversations

  • Remote recruiters

    Improve interview call clarity

    Fewer misunderstandings on calls

Show 2 more scenarios
  • Sales teams

    Record live outreach meetings

    Clearer vocals for follow-ups

    Real-time processing enhances speech at capture time across conferencing apps.

  • Team admins

    Standardize meeting mic behavior

    Consistent call audio cleanup

    Central deployment still depends on each user selecting the Krisp mic device per app.

Best for: Fits when teams need cleaner speech in live calls without post-production mixing.

#4

NVIDIA Broadcast

creator desktop software

GPU-accelerated voice and video app with microphone enhancement, noise removal, and room echo reduction.

8.3/10
Overall
Features8.3/10
Ease of Use8.3/10
Value8.3/10
Standout feature

AI-driven live noise suppression and acoustic echo cancellation in one processing path for speech-focused clarity.

NVIDIA Broadcast uses on-device AI effects to improve microphone sound while streaming or recording, with processing that can combine noise suppression and echo cancellation. The app routes audio from common interfaces into real-time filters like noise gate, EQ, and compressor-style gain control, then sends the result to your chosen output device for low-friction mic louder workflows.

Pros
  • +Real-time AI noise removal tailored to speech presence
  • +Acoustic echo cancellation designed for live call playback scenarios
  • +System audio routing makes the processed mic available to streaming apps
  • +Hardware-accelerated pipeline reduces manual mixing effort
Cons
  • –Effect tuning can be sensitive in rooms with fluctuating background noise
  • –Limited extensibility compared with VST plugin chains for custom processing
  • –Not a full loudness mastering workflow with LUFS targeting
  • –Requires a compatible NVIDIA GPU for the strongest processing path
Use scenarios
  • Remote workers in video meetings

    Reduce room noise during calls

    Clearer speech for participants

  • Live production operators and creators

    Feed enhanced mic into capture apps

    Enhanced signal in workflow

Show 2 more scenarios
  • Streamers running live calls

    Apply basic voice effects to mic

    Processed mic for streaming

    It delivers real time microphone effects for streams without building a separate effects chain.

  • Trainers and educators online

    Keep audio consistent in sessions

    More consistent learner feed

    It improves microphone sound during live instruction for more consistent training output.

Best for: Fits when live voice needs consistent clarity without rebuilding a mixing chain for each recording session.

#5

REAPER

SMB

Digital audio workstation with live input gain, plug-in hosting, compression, limiting, equalization, and routing.

8.0/10
Overall
Features8.0/10
Ease of Use8.0/10
Value8.0/10
Standout feature

Track-level routing plus sample-accurate automation for compressors and limiters, controlled through REAPER’s actions and macros.

REAPER applies audio effects and gain staging inside a configurable VST plugin host for precise mic louder workflows. It provides per-track metering with sample-accurate automation, so compressor and limiter settings can follow phrasing without repainting takes. ReaEQ and ReaComp cover typical vocal chain needs, while routing to hardware inputs or virtual buses supports tight audio interface routing and latency buffer tuning.

Pros
  • +VST host with per-track routing supports complex mic chain and bus workflows
  • +Sample-accurate automation keeps limiter and EQ moves aligned to performance
  • +Integrated loudness workflows with flexible peak and LUFS-oriented monitoring
  • +Extensible scripting and actions speed up repetitive gain and processing tasks
Cons
  • –Requires more setup time than entry editors for clean mic louder chains
  • –Automation and routing depth can complicate troubleshooting for new users
  • –Some voice specific tools like AGC or AEC depend on external plugins
  • –Large session templates need maintenance to stay consistent across studios
Use scenarios
  • Independent vocalist and engineer

    Build louder vocal chains in plugin host

    Stable loudness across performances

  • Small studio tracking team

    Create headphone monitoring with louder mic signal

    Performers get controlled loud monitoring

Show 2 more scenarios
  • Mix engineer delivering stems

    Render processed loudness variants for clients

    Repeatable delivery with loudness control

    Bounce regions and stems from processed tracks to repeat exports with the same gain strategy.

  • Electronic producer in overdubs

    Integrate mic levels into MIDI loop sessions

    Tight timing with consistent levels

    Track loud vocal or instrument inputs alongside MIDI loops and refine monitoring paths during edits.

Best for: Fits when producers need full control over mic loudness using automation and custom routing.

#6

Equalizer APO

desktop audio utility

System-wide Windows audio processor that can apply preamp gain and microphone equalization.

7.9/10
Overall
Features7.9/10
Ease of Use7.9/10
Value7.9/10
Standout feature

Endpoint hooking with text-based processing rules that apply directly to selected capture devices and channels.

Equalizer APO is a Windows audio processing app that routes mic or system audio through a software signal chain using an endpoint-level configuration file. It supports parametric EQ, preamp gain, input attenuation, and dynamic effects so users can shape vocal clarity and manage headroom before the signal hits the recorder.

Pros
  • +Text rule chains give exact control over routing and processing order
  • +Parametric EQ supports granular vocal shaping across multiple bands
  • +Works at the Windows audio endpoint level for consistent mic capture
  • +Channel mapping and per-device rules handle multi-input setups
Cons
  • –Setup requires manual configuration and endpoint selection
  • –No built-in loudness meter or LUFS targeting workflow
  • –System-wide hooks can complicate troubleshooting when audio misroutes
  • –Effect tuning takes practice to avoid clipping and distortion
Use scenarios
  • Streamers and podcasters

    Apply mic EQ and gain before recording

    Repeatable microphone sound

  • Remote conferencing users

    Shape voice with filtering and gating

    Cleaner, more controlled voice

Show 2 more scenarios
  • Desktop headphone listeners

    Correct headphone frequency response

    More consistent tone

    Use parametric filters to compensate headphone response so playback sounds similar across apps.

  • Audio tech teams

    Reuse text profiles across setups

    Reproducible audio profiles

    Store and repeat auditable filter configurations for different devices and recording situations.

Best for: Fits when precise mic processing and device-level routing matter more than guided loudness automation.

#7

Voicemeeter

prosumer audio routing

Windows audio mixer software with microphone gain, routing, and virtual I/O controls.

7.6/10
Overall
Features7.6/10
Ease of Use7.6/10
Value7.6/10
Standout feature

Hardware-like virtual mixer routing that maps mic inputs to per-app outputs with internal processing in the same chain.

Voicemeeter is a Windows audio routing and mixing app that drives mic loudness through a configurable virtual audio mixer. It uses ASIO or WASAPI paths plus internal processing blocks to apply gain staging, filtering, and dynamics before the signal hits the recording or streaming target.

Pros
  • +Virtual audio routing that targets specific apps via selectable device outputs
  • +Mixer gain staging with per-channel controls for predictable level placement
  • +Real-time processing chain suitable for live mic monitoring and streaming
  • +Configurable channel mapping for mono and stereo workflows
Cons
  • –Dense control surface makes gain and routing mistakes easy during setup
  • –Stability and latency depend on the selected driver path and buffer settings
  • –No integrated vocal editing tools for de-essing or spectral repair
  • –Automation hooks are limited compared with tools built around scripting
Use scenarios
  • Remote podcasters and hosts

    Create mix-minus monitoring for multiple presenters

    Cleaner, distraction-free presenter monitoring

  • Streamers and live broadcasters

    Blend mic and system audio into streams

    Consistent live broadcast mix

Show 2 more scenarios
  • Live audio operators

    Switch hardware and virtual device routing quickly

    Faster route changes mid-show

    Saved routing setups let operators change inputs and outputs between hardware and virtual devices during sessions.

  • Desktop audio power users

    Deliver routed audio to multiple apps

    Flexible cross-app audio delivery

    Virtual outputs feed several applications with configurable gain, filtering, and channel assignment for mic loudness control.

Best for: Fits when live mic routing and repeatable level control matter more than clip-based editing.

#8

FxSound

consumer audio utility

Windows audio enhancer with EQ, volume amplification, and device output tuning.

7.0/10
Overall
Features7.0/10
Ease of Use7.0/10
Value7.0/10
Standout feature

Realtime loudness equalization tuned for intelligible speech on playback devices.

FxSound runs as a local audio enhancement layer and changes how audio is heard through your selected output device. Its core controls map to common voice needs such as loudness equalization, frequency balancing, and dynamic range control that reduces level swings during speech. The strongest fit shows up when the goal is better intelligibility from speakers or headphones during calls, streaming, or playback monitoring.

Pros
  • +Real-time output enhancement improves perceived vocal clarity immediately
  • +Simple presets speed up loudness equalization and tone adjustments
  • +Dynamic control reduces speech level swings during playback
  • +Low-effort workflow for live monitoring without timeline editing
Cons
  • –Does not edit recorded voice takes or provide clip-level processing
  • –Mic-focused chains like input attenuation are not its primary target
Use scenarios
  • Remote customer support agents

    Improve call audio monitoring clarity

    Less listener strain

  • Live streamers

    Make commentary sound louder on stream playback

    More consistent vocals

Show 1 more scenario
  • Podcasters editing minimal

    Hear clearer during recording sessions

    Fewer retakes

    Improves what the recorder hears without changing the recorded timeline.

Best for: Fits when live calls need clearer headphone monitoring without recording edits.

#9

Wave Link

vertical specialist

Audio mixer with microphone input gain, routing, monitoring, and support for audio effect plug-ins.

6.8/10
Overall
Features6.8/10
Ease of Use6.8/10
Value6.8/10
Standout feature

Wave Link’s virtual audio routing layer lets each app receive the processed mic mix with monitoring in the same chain.

Wave Link from Elgato focuses on microphone loudness control inside a desktop routing and effects workflow built around audio interface input capture.

Pros
  • +Real-time mic monitoring with integrated routing and effect blocks for live sessions
  • +One-click voice presets that change gain staging and dynamics together
  • +Fine-grained per-input level control to prevent clipping during dynamic speech
  • +Works as a virtual routing layer so most conferencing apps can select it
Cons
  • –Loudness tuning is optimized for live use, not offline normalization workflows
  • –Some advanced vocal chains require manual parameter tweaking across multiple blocks
  • –Dependence on system audio routing behavior can complicate troubleshooting
  • –No built-in transcript-driven clip cleanup compared with Descript
Use scenarios
  • Audio-conscious podcasters

    Add VST mic loudness effects live

    More consistent vocal intelligibility

  • Streamers and live presenters

    Trigger fast mute and level actions

    Quicker changes mid-stream

Show 2 more scenarios
  • Remote meeting participants

    Reduce room noise and keyboard spill

    Cleaner mic capture

    Live speech workflows can use noise gate style processing to limit background audio when speaking.

  • Remote presenters and hosts

    Route processed audio into call output

    Clearer voice delivery

    Hosts can combine mic and desktop sources, then monitor a call-ready output with controlled levels.

Best for: Fits when real-time vocals need stable levels for streaming or calls without post-edit workflows.

Conclusion

After evaluating 9 mic louder software, OBS Studio 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.

Our Top Pick
OBS Studio

Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.

Frequently Asked Questions About Mic Louder Software

How do FxSound and OBS Studio differ for making vocals sound louder during live use?
FxSound applies real-time loudness equalization to the system playback stream, so it affects what comes out of speakers and headphones rather than editing mic recordings. OBS Studio applies per-source gain staging and dynamics filters during capture, so the cleaner mic feed is routed to streaming, recording, and voice chat outputs.
Which tool is better when live calls need noise suppression plus echo cancellation for intelligible speech?
Krisp focuses on live audio calls with noise suppression and acoustic echo cancellation tied to voice activity detection, so gaps between phrases are not amplified. NVIDIA Broadcast also combines noise suppression and echo cancellation, but it is built around a broader live enhancement pipeline that routes into selectable broadcast inputs.
How does VST-based processing compare between OBS Studio and REAPER for mic loudness chains?
OBS Studio can load VST plugins into a live vocal chain per source, so each scene can carry its own mic processing stack. REAPER runs a configurable VST plugin host with per-track metering and sample-accurate automation, so compressor behavior can follow phrasing at the clip level.
What breaks if endpoint-level processing rules are misconfigured in Equalizer APO?
Equalizer APO applies processing through an endpoint hook using text rules, so an incorrect device or channel mapping can route EQ and gain staging to the wrong input or to silence. This misrouting can also apply filters in an unexpected order, creating clipping even when input gain looks unchanged.
When does Voicemeeter become the better choice than editor-style tools like Audacity for mic loudness control?
Voicemeeter is designed for Windows routing and repeatable real-time level control using a virtual mixer, not timeline editing. It supports ASIO or WASAPI paths plus internal processing blocks, so changes to mic loudness can propagate to multiple target devices without re-editing clips.
Where does SteelSeries Sonar fit for clearer vocals compared with capture-focused tools like OBS Studio?
SteelSeries Sonar targets headset and mic clarity inside its own Windows audio pipeline, so voice-focused suppression and EQ stay part of the normal monitoring workflow. OBS Studio is better when multiple inputs and scene switching must stay consistent across streaming and recording outputs.
How does REAPER handle loudness consistency when performers change phrasing and dynamics mid-take?
REAPER provides per-track metering and sample-accurate automation, so limiter and compressor parameters can be driven by actions that respond to performance changes. This can keep loudness steadier than static gain changes because automation updates at the timeline resolution.
What tradeoff appears when switching from CamillaDSP block graphs to a GUI-based editor workflow?
CamillaDSP uses a block-based signal graph with explicit gain staging and routing, so the loudness chain becomes deterministic but requires graph configuration discipline. GUI-first editors can lower setup friction for waveform edits, yet they usually do not match CamillaDSP’s repeatable routing graph behavior for live chains.
How do security and identity controls differ when using mic processing tools across a team setup?
OBS Studio and REAPER are typically used per workstation and do not inherently provide enterprise SSO or centralized admin governance for audio processing configurations. Krisp and NVIDIA Broadcast also operate on local routing and processing paths, so teams usually enforce consistent configuration through deployment practices rather than built-in RBAC and audit log features.

Tools reviewed

Primary sources checked during evaluation.

Referenced in the comparison table and product reviews above.

How to Choose the Right Mic Louder Software

We separate mic louder software by how well it turns your voice up without making it sound harsh or inconsistent. The biggest differences show up in Loudness control, distortion handling, and the Loudness change workflow you can repeat.

Loudness control workflow

Why it matters

Loudness control workflow matters because “mic louder” usually means repeated gain decisions across different recordings. If the workflow is predictable, your voice stays present instead of swinging between too quiet and too hot.

How to check

Record the same short read at two distances (close and farther). Then apply the loudness change using the product’s main control and compare both results for consistency.

Distortion and clipping management

Why it matters

When mic louder software pushes level, distortion or clipping ruins intelligibility. Distortion handling tells you whether louder stays clean instead of sounding crunchy.

How to check

Use a sample with dynamic delivery (quiet to loud). Look for any “clipping” indicator during playback, and ask the vendor what the behavior is when peaks exceed the output limit.

Noise reduction quality under loudness

Why it matters

Noise reduction quality under loudness matters because turning a mic up often also turns up room noise. If the noise reduction is weak or over-aggressive, your voice may sound watery or gated.

How to check

Record in a quiet room and then in a mildly noisy room. Apply mic louder settings and listen for hiss, warbling, or “chopped” pauses between words.

Voice clarity preservation

Why it matters

Voice clarity preservation is what keeps the words understandable after you boost. The better tools lift intelligibility without making “S” sounds harsh or flattening the tone.

How to check

Compare your unprocessed audio to processed audio using headphone playback. Focus on speech segments with lots of consonants and check whether “S” and plosives sound more natural or more spitty.

Automation and batch processing

Why it matters

Automation and batch processing matters when you process many takes or episodes. If mic louder settings are scriptable, you can keep loudness choices consistent without redoing steps each time.

How to check

Ask for an automation walkthrough: can you apply the same loudness change across files in a batch? Also ask whether settings can be saved and reused between sessions.

Configuration transparency

Why it matters

Configuration transparency helps you control what actually changes your recording. With clear settings and visible outputs, we can trust that “louder” comes from controlled processing, not surprise artifacts.

How to check

Open the primary processing panel and identify which control affects loudness most directly. Export the processed result and compare waveforms to confirm the level change matches what the controls promise.

Red flags

  • “Louder” that introduces crunchy distortion on peaks
  • Noise reduction that makes speech sound gated or watery
  • Batch processing that cannot reuse the same loudness settings

Fit by situation

  • If you process many voice takes per day, prioritize Automation and batch processing.
  • If your recordings vary in distance and mic placement, prioritize Loudness control workflow.
  • If you hear hiss or roughness after boosting, prioritize Noise reduction quality under loudness.
Commissioned Research

Funding and competing interests

This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.

They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.

Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →

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