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You Don't Need a Good Mic - UNBELIEVABLE Adobe Podcast AI Microphone Enhancer thumbnail

You Don't Need a Good Mic - UNBELIEVABLE Adobe Podcast AI Microphone Enhancer

MattVidPro·
4 min read

Based on MattVidPro's video on YouTube. If you like this content, support the original creators by watching, liking and subscribing to their content.

TL;DR

Adobe’s AI speech enhancement can make a $30 USB microphone sound dramatically cleaner by removing background noise and echo.

Briefing

A $30 USB microphone can be made to sound “studio-like” by running it through Adobe’s AI speech enhancement tools—especially by removing background noise and echo—making a high-end mic setup less necessary for clear YouTube voice audio. The core test compares a Shure SM7B (the creator’s usual, higher-end analog chain) against a CAD U37 USB mic used as a budget baseline, then processes the CAD U37 audio with two approaches: free, non-AI voice enhancement software (VB-Audio VoiceMeeter) and Adobe’s “Podcast” speech enhancement beta.

The workflow centers on uploading or dragging audio into Adobe’s beta interface and toggling “speech enhancement” to hear the difference. In a conference-room example with obvious echo, enabling enhancement reportedly eliminates both echo and background noise, producing a cleaner, more controlled voice sound. When applied to the creator’s own recorded samples from the CAD U37, the unprocessed clip is described as fuzzy and noisy, while the enhanced version is credited with near-total noise removal—so much so that the narrator claims there is “literally no noise” left in the processed file.

Beyond noise suppression, the processing appears to affect the microphone’s high-frequency detail. With headphones, the enhanced audio is said to lose some “higher end notes,” like small clicks and clacks, because the algorithm likely trims or smooths those transient components. The narrator frames this as a preference issue: some audio engineers like to remove harsh high-end artifacts, while others prefer to keep more air and texture. In longer, closer-mic recordings, the test also targets plosives (the “p/b” bursts that pop when speaking close). The CAD U37 sample is recorded nearer to the mic to intentionally increase plosives, and Adobe’s enhancement is credited with handling them reasonably well, while still preserving enough clarity in the voice to sound usable for real production.

The comparison with VB-Audio VoiceMeeter is more modest. VoiceMeeter’s Intellipan-based processing is described as making the voice sound slightly more “professional” and livelier, but it does not remove the distracting background noise as effectively as Adobe’s AI. The end result is a practical takeaway for creators: if the goal is intelligible, clean voice at low cost, AI-based speech enhancement can deliver a bigger quality jump than upgrading microphones—at least for typical home-recording conditions.

The creator concludes that Adobe’s beta is “definitely worth a shot,” with the caveat that final pricing and additional settings after full release will determine how broadly it fits into everyday workflows. Even so, the demonstrated improvements—especially noise and echo removal—suggest that budget USB mics can be transformed into near-professional voice tracks without changing hardware.

Cornell Notes

Adobe’s AI speech enhancement tools can turn a budget USB microphone (CAD U37) into a much cleaner voice recording by aggressively removing background noise and echo. In side-by-side tests, the unprocessed mic sounds fuzzy and distracting, while the enhanced output is described as having almost no noise and less echo. The processing also appears to reduce some high-frequency detail (small clicks/clacks), which may be desirable or not depending on taste. Adobe’s enhancement is further tested on closer speech with more plosives, and it’s credited with handling those bursts reasonably well. A free, non-AI alternative (VB-Audio VoiceMeeter) improves “liveliness” but doesn’t match Adobe’s noise removal.

What problem matters most in the mic upgrade debate, according to the tests?

The biggest quality gap isn’t the microphone brand—it’s intelligibility under real-world conditions. The CAD U37’s raw audio is described as noisy, fuzzy, and distracting, while Adobe’s speech enhancement removes background noise and echo so the voice becomes clean and usable. That noise/echo suppression is treated as the decisive improvement.

How does Adobe’s speech enhancement change the sound beyond noise removal?

It doesn’t just mute noise; it also alters high-frequency content. The enhanced audio is said to lose some “higher end notes” such as clicks and clacks, likely because the algorithm smooths or trims transient high-end artifacts. The narrator frames this as preference-dependent: some engineers want that cleanup, others want more air and detail.

How does VB-Audio VoiceMeeter compare to Adobe’s AI approach?

VoiceMeeter (using its Intellipan processing and a virtual cable routing) is credited with making the voice sound slightly more professional and livelier. But the background noise remains noticeable. Adobe’s AI is portrayed as doing the “heavy lifting” by removing noise and echo far more effectively.

Why does the test include speaking closer to the microphone?

Closer mic placement increases plosives (the bursts from P/B sounds). The test intentionally records nearer to the CAD U37 to stress the processing. Adobe’s enhancement is then evaluated on whether it can keep the voice clear while managing those plosive artifacts.

What does the conference-room example demonstrate?

It shows the enhancement’s ability to handle echo. In an echoey room with a window open, turning on “enhanced speech” reportedly removes both background noise and echo, producing a voice sound likened to a professional studio recording.

Review Questions

  1. When comparing processed vs unprocessed audio, which specific artifact is most dramatically reduced by Adobe’s enhancement?
  2. What tradeoff is mentioned regarding high-frequency detail after speech enhancement is enabled?
  3. How does the closer-to-mic test change the audio, and what does it reveal about plosive handling?

Key Points

  1. 1

    Adobe’s AI speech enhancement can make a $30 USB microphone sound dramatically cleaner by removing background noise and echo.

  2. 2

    Toggling “speech enhancement” in Adobe’s beta interface is presented as the main step for transforming raw recordings.

  3. 3

    VB-Audio VoiceMeeter can improve perceived liveliness, but it leaves distracting background noise compared with Adobe’s results.

  4. 4

    Speech enhancement appears to reduce some high-frequency transients (e.g., clicks/clacks), which may or may not match an individual’s preferred sound.

  5. 5

    Recording closer to the mic increases plosives, and Adobe’s enhancement is evaluated on its ability to keep those artifacts under control.

  6. 6

    The practical conclusion is that software-based enhancement can deliver a bigger quality jump than upgrading to a high-end microphone chain—at least for typical home voice recordings.

Highlights

Noise and echo removal are the standout benefits: the enhanced CAD U37 samples are described as having “literally no noise” left.
High-end detail can get smoothed out—clicks/clacks and other treble transients may be reduced by the enhancement.
VoiceMeeter helps the voice sound more lively, but it doesn’t match Adobe’s ability to clean up background noise.
Closer mic placement increases plosives, and Adobe’s enhancement is credited with handling them well enough for usable speech.

Topics

  • AI Speech Enhancement
  • Podcast Audio
  • Noise Removal
  • USB Microphones
  • Voice Processing

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