Let's start with the honest part: you cannot make a room silent. Snoring is loud, it's low-pitched, and it travels through pillows, walls, and one very determined arm over your ear. Earplugs help some people, but plenty of us find them itchy, worry about missing an alarm or a child, or simply can't sleep with something in our ears. And the "just sleep in the spare room" advice ignores that most people don't want to solve snoring by dismantling the marriage bed.
The realistic goal is different, and it works: instead of trying to remove the snore, you raise the sound floor of the room so the snore stops standing out. What wakes you isn't steady volume — it's change: the silence, then the snore, then the silence again. Fill the gaps with a deep, constant sound and each snore becomes a small bump in an even surface instead of a spike out of nowhere. Your brain files the whole thing under "background" and lets go.
What kind of noise masks snoring best?
Not all steady sound is equal here. Snoring lives at the low end of the frequency range — it's a rumble, not a hiss. So the masking sound needs low-frequency body of its own:
- Brown noise is usually the single best starting point. It's like white noise with the sharp hiss removed — deeper, warmer, and weighted toward exactly the frequencies snoring occupies. If plain white noise has felt thin or staticky to you, this is why. Our comparison of brown noise vs white noise goes deeper.
- Steady rain adds texture over the top — enough gentle variation that the sound feels natural rather than mechanical, without any surprises that would wake you themselves. See our guide to rain sounds for sleeping.
- Fan and air sounds work well if that's what your ears grew up with — familiar sounds are easier to relax into.
There's real evidence behind the general approach: in a 2017 study, Messineo and colleagues found that continuous broadband sound shortened the time it took adults to fall asleep in a model of disturbed sleep. Steady sound gives an alert brain less to monitor — which, next to a snorer, is most of the battle.
How loud does it need to be? Louder than the snoring?
This is the question everyone gets wrong, usually by cranking white noise until the room sounds like a jet cabin. You do not need the masking sound to be louder than the loudest snore. You need it loud enough that the snore's peaks poke only slightly above it — the smaller the jump between background and snore, the less likely each snore is to wake you. In practice that means:
- Start at roughly the volume of a comfortable conversation, then nudge down over a few nights as your brain acclimates.
- Put the depth in the low frequencies (brown noise) rather than adding overall volume. A deep sound at moderate volume masks a rumble far better than a hissy sound turned way up.
- If your partner snores in bursts — quiet stretches, then a big one — err a touch louder than feels necessary at bedtime. It's the contrast that wakes you.
If you only fall asleep with sound at genuinely uncomfortable volumes, that's a sign to change the sound, not the level — or to look at treating the snoring itself (more on that below).
Can one sound really cover it, or should I layer two?
Layering is the difference between "helps a bit" and "actually sleeping through it." A single sound has one character; a snore that happens to sit in a gap in that character will still cut through. Two sounds mixed at different levels fill more of the spectrum:
- The base layer does the masking — brown noise, reasonably present, carrying the low frequencies where the snore lives.
- The texture layer does the soothing — rain or wind, quieter, giving your mind something gentle to rest on so the base layer doesn't feel like machinery.
The key is independent volumes. If both layers move together, you can't get the balance right: you want the rumble prominent and the texture soft, and that ratio is personal. Once you've found yours, save it — the last thing you want at 1am, mid-snore, is to rebuild a mix from scratch.
Won't the sound wake me up when it stops?
It can — an abrupt cutoff is its own noise spike, and so is an app that quits when your phone locks or your Wi-Fi drops. Two details matter:
- All-night playback. Snoring doesn't stop at the 60-minute mark, so your masking sound can't either. It should loop seamlessly and keep playing offline with the screen off. Here's how to get white noise to play all night without it silently dying at 2am.
- A gentle fade, if you use a timer. Some people only need cover for the falling-asleep window. If that's you, use a sleep timer that fades out gradually rather than cutting off — the fade is slow enough that your brain never registers a change.
What about the snoring itself?
Masking is the fix for your night. It's worth saying plainly that it doesn't treat theirs. Simple things sometimes help a snorer — side-sleeping instead of back-sleeping, skipping alcohol in the evening, treating a blocked nose. But if your partner's snoring is loud most nights, or you've noticed pauses in their breathing, gasping, or choking sounds, encourage them to talk to their doctor. That pattern can indicate sleep apnea, which is common and very treatable — and no sounds app is the right tool for it.
And a word for you: broken sleep is not a small thing to shrug off. Prather's 2015 study found that people who habitually slept less were more likely to catch a cold when exposed to a virus — your sleep is worth protecting, even when the noise isn't coming from you. If you're regularly jolted awake and end up staring at the ceiling, our guide on waking at 3am and getting back to sleep picks up where this one leaves off.
For tonight: something deep and steady in the room, a little louder than feels strictly necessary, and the pressure off. The snore doesn't have to disappear. It just has to stop being the loudest thing your brain can find.
Sources
- Messineo L, et al. Broadband sound administration improves sleep onset latency in healthy subjects in a model of transient insomnia. Frontiers in Neurology. 2017;8:718.
- Prather AA, et al. Behaviorally assessed sleep and susceptibility to the common cold. Sleep. 2015;38(9):1353–1359.