Use TinSim to recreate the sound you hear, then save, share, export, or bring it to a clinician. Keep your device volume low and use headphones when you can.
The oscilloscope and visual tabs show your tinnitus as wave, tunnel, bloom, cochlea, spectrogram, audiogram, or Lissajous views.
Expand a layer to set pitch, loudness, waveform, noise color, pulsing, and left/right/both-ear placement. Stack layers for complex tinnitus.
Try high ring, low buzz, static hiss, pulsing tone, pulsatile whoosh, somatic clicking, or complex multi-layer presets, then fine-tune.
Layer ASMR and masking sounds — white, pink or brown noise, rain, ocean, stream, wind, fire, or fan — gently under your signal. The sleep timer can fade everything out later.
Activate the signal, share a link by email, text, QR, or native share sheet, and export audio, video, a PDF report, or a signature image.
Match your pitch with the guided wizard, save profiles, log a tinnitus diary, create a signature card, and print a clinical self-report.
Dr. Maya can explain tinnitus basics, sleep strategies, red flags, and evidence-based options. She is informational only, not diagnosis or medical care.
That is the whole tour. Open the simulator and start building the sound you hear.
Open the TinSim simulator →Finding your tinnitus frequency is hard to do by ear alone. The guided pitch-match tool uses a two-alternative forced-choice method: it plays two tones, you pick the one closer to your ringing, and it narrows the range over several rounds. It then runs an octave-confusion check (tinnitus is easily mistaken by an octave) and a loudness match, and writes the result straight into the simulator as a new layer you can fine-tune.
Many people find that gentle background sound makes tinnitus less intrusive. The built-in relief soundscapes — rain, ocean, brown noise, and a steady fan — can be used alone or layered under your own signal. This is comfort and masking, not a cure, and it pairs well with professional sound-therapy approaches.