If Reflect closed before the setup event reached the diagnostics service, that event could be lost. Reflect now saves it to disk and retries after relaunch, so support data for room correction on Mac is less likely to disappear mid-test.
The graph in the menu shows a narrower frequency window than Reflect actually measures. Measurement points outside that window were pushed onto the left and right edge, where they drew stray vertical lines. Reflect now leaves them out and ends each curve exactly at the edge, in the menu, the expanded graph, and the PNG export. Audio and filters were never affected.
With Follow Mac output switched off, powering down the DAC Reflect was correcting showed a red Error and asked you to pick another output, even though correction was already set to resume when the DAC came back. Reflect now pauses, says the output is off or disconnected, and resumes about a second after you switch it back on.
Reflect used to stop correcting when you switched off a desktop DAC, and it stayed off when the DAC came back. Starting again on the fallback output would have applied one room's filters to different speakers. Now the filters remember the output they were measured on. When that output returns, correction resumes after a short settle delay, and any other output asks before it runs.
Sharing a measurement with the 100 Rooms project is now one clear choice. Reflect asks once after a successful measurement, keeps your answer, and retries consented uploads until they arrive, without creating duplicates. If you correct with REW filters, you get a single invitation to measure your room with Reflect, and your imported filters stay in place.
The engine used to treat every output as a stereo mixdown. On multichannel interfaces such as the Universal Audio Apollo x16 Gen 2, that could make Reflect about 21 dB quieter even when correction was bypassed. The beta now prefers the selected device's stream shape, applies compensation only where supported, and preserves channels outside the corrected stereo pair.
This release also opens the 100 Rooms project. If you opt in, Reflect shares derived response, filter, quality, and deconvolved impulse-response data to help validate room EQ against real rooms. Raw microphone recordings, device identity, and customer identity stay out of the export.
Fixed multichannel output level loss
Preserves untouched channels on multichannel routes
The correction engine used to evaluate each filter's shape before knowing how loud that filter would run. Now every filter is predicted at its real gain. On our benchmark rooms, Reflect's correction curve now deviates from REW's by about 0.2 dB on average, down from 0.35 dB.
There is also a new graph inside the app. The moment a sweep finishes, you see your room's measured response next to the correction curve, so room correction on your Mac is something you can watch, not just trust. Tap any filter marker to read its frequency, gain, and Q.
Filters that Auto-EQ capped at the maximum Q now show and export as Q 5.000 instead of optimizer leftovers like 4.982, so exported REW filters read the way you expect. We also fixed opt-in diagnostics that only counted correction sessions longer than five minutes.
Reflect now updates itself through Sparkle, so most testers will not need to reinstall by hand again. The parametric EQ macOS testers were already applying is now something you can actually see: hover or tap a filter to read its frequency, gain, and Q, or open the full list of everything applied.
Setup got a calmer three-step flow, and there is an opt-in diagnostics option that helps us catch bugs without ever including your audio or measurements.
Correction used to reset your output device's sample rate without asking. Now it follows whatever rate is already active and puts your hardware back the way it found it once a measurement finishes. That matters if you calibrate speakers on a Mac through a separate audio interface, where a silent rate change can quietly throw off other software sharing that device.
Measurement now runs a fixed ten-second sweep and prefers 48 kHz, restoring your original rate afterward. The correction graph also switched to the same DSP math the real-time engine uses, so what you see matches what you hear.
This is also the first release gated by our own parity suite. Every build now has to match REW's correction curve on a set of benchmark rooms before it can ship, so a regression like the sample-rate reset above gets caught before it reaches a beta tester.
Some USB audio interfaces add a short delay before audio actually starts flowing. Reflect was reading that gap as silence and failing the sweep, even on interfaces that were working fine. We fixed the false rejection and split the diagnostics so a genuinely quiet room EQ measurement no longer looks identical to a routing delay.
Audio Capture permission handling also got more precise. Retrying setup after granting access is more reliable, and the diagnostics now say plainly when access is fine but something else caused the failure.
Running a measurement while correction was active used to produce a capture that mixed the corrected and uncorrected signal, which is not something you can build a room correction Mac profile from. Reflect now blocks measurement while correction is running instead of silently accepting a bad capture, and a blocked attempt no longer shows up as a failure.
Diagnostics also got more detailed: frame counts, peak and RMS levels, signal-to-noise ratio, device routing, and clipping flags are all included now, which makes it much easier to tell what actually went wrong.
Measurement blocked while correction is active
Blocked attempts no longer count as failures
State is preserved when measurement is blocked
Richer diagnostics: SNR, routing, clipping, and more
If you cancelled a sweep, or it failed partway through, Reflect used to drop your existing room EQ correction along with it. Now the previous correction stays in place until a new measurement actually succeeds.
Exported filter files also get a date and time in their name, so re-running a measurement no longer overwrites the last export.
The first invited build did the whole job end to end: measure your room with the mic you already have, then let Reflect correct everything your Mac plays through CoreAudio Process Taps. If you already live in REW, you can import your own filters instead of starting from scratch.