Free Browser High-Pass Filter

High-Pass Filter Online

Remove low-frequency rumble, hum, plosives, and handling noise from any audio file in your browser. Pick a cutoff from 60 to 200 Hz — instantly get a cleaner MP3, no sign-up, no upload.

100% Private| Instant| No Watermark

High-Pass Filter in 3 Steps

No knobs, no listening tests. Drop, pick, download.

1

Upload Your Audio

Drag and drop an MP3, WAV, or other audio file. Up to 200 MB.

2

Pick a Cutoff

Tap 60, 80, 120, or 200 Hz. Higher cutoffs remove more low-end rumble.

3

Filter & Download

Hit Apply High-Pass. A 192 kbps MP3 with the rumble removed is saved to your device.

Why Notevibes High-Pass Filter

Clean low-end cut, body untouched.

4 Cutoff Presets

Pick 60, 80, 120, or 200 Hz with one click. A clean high-pass that strips rumble while leaving the body of the sound intact.

Instant Result

The filter is rendered through OfflineAudioContext in seconds. Drop, pick, download.

Privacy First

Audio is processed locally in your browser using the Web Audio API. Nothing is uploaded.

Any Audio Format

MP3, WAV, M4A, FLAC, OGG, AAC up to 200 MB. Anything your browser can decode loads.

Clean MP3 Output

192 kbps MP3 saved straight to your device — no watermark, no ads, no attribution.

Works on Mobile

Clean up low-end on your phone or tablet. iOS, Android, Chrome, Firefox, Safari, Edge.

Your Audio Stays on Your Device

Every file is processed locally in your browser using the Web Audio API. Nothing is uploaded, stored, or analyzed.

No Upload

File never leaves your device

No Account

Start filtering immediately

No Tracking

We never see your audio

When to High-Pass Filter

Most files process in under a second.

Podcast rumble removal

Strip desk thumps and room rumble below the cutoff

Remove mic handling noise

Cut the low thuds from holding or bumping the mic

Clean up field recordings

Roll off wind, traffic, and AC rumble from outdoor audio

Tighten a bass-heavy mix

Clear out sub-rumble so the real bass stays defined

Remove AC hum

Filter out the low electrical hum under a recording

Prep vocals for mixing

High-pass plosives and proximity boom before EQ

Need Full Tone Shaping?

The Notevibes Audio Editor stacks high-pass filtering with EQ, compression, limiter, noise reduction, and effects — process whole tracks in one pass.

Open Full Audio Editor

Convert Any Audio Format

Free browser-based converters for every major audio format — no sign-up, no upload.

Frequently Asked Questions

How does a high-pass filter work?

It lets high frequencies pass through while attenuating everything below a chosen cutoff. Set the cutoff to 80 Hz and the rumble, hum, and handling noise beneath it is rolled off, leaving a cleaner, tighter sound.

What does the cutoff frequency control?

The cutoff is the point where the filter starts cutting. At 80 Hz, frequencies below 80 Hz are reduced. A higher cutoff (120–200 Hz) removes more low-end; a lower cutoff (60 Hz) is gentler and keeps more body.

Which cutoff should I pick?

Start at 80 Hz for general rumble and hum on voice. Use 60 Hz when you want to preserve more low-end, and 120–200 Hz for thin vocals, plosives, or aggressive cleanup of bass-heavy noise.

Is the high-pass filter free?

Yes. Completely free with no sign-up, no watermark, and no limits. Max file size is 200 MB.

Is my audio file uploaded to a server?

No. The high-pass filter runs entirely in your browser using the Web Audio API. Your file never leaves your device — nothing is uploaded, stored, or analyzed.

What audio formats are supported?

MP3, WAV, M4A, FLAC, OGG, and AAC. Anything your browser can decode via the Web Audio API will load. The processed output is exported as a 192 kbps MP3.

Does it work on mobile?

Yes. It runs on Chrome, Firefox, Safari, and Edge on both desktop and mobile. Tap to upload, pick a cutoff frequency, tap Apply High-Pass.

Can I create audiobooks with Notevibes?

Yes. The AI audiobook generator turns your EPUB, Kindle, or PDF into a narrated audiobook with character detection, 550+ voices, and ACX-compliant volume normalization built in.