in digital looping...it is indeed quite easy to observe if it corresponds well... ;-)I'm gonna play with PEQ setting combinations to evaluate the FR in the digital domain.
Hi !Hi Team,
The iOS App version 2.9.7 includes improvements to the MIC measurement and enhancements to the RC algorithm. If you're on the Beta list, please try the Room Correction feature and let us know if you have any questions.
Thank you all again for helping us to improve this feature.
I guess submitting a ticket thru the app would be the quickest wayHi !
If I 'accidentally' left beta by tapping the firmware version in the app to get the latest (newer) non beta firmware, how do I hop back onto the beta train ?
Two things you can do. First, send message using wiim app. Second, post here. Two bird in one stone.Hi !
If I 'accidentally' left beta by tapping the firmware version in the app to get the latest (newer) non beta firmware, how do I hop back onto the beta train ?
Did both already WiiM fixed it very quickly (thanks !)Two things you can do. First, send message using wiim app. Second, post here. Two bird in one stone.
I’m wondering why it can’t do full 20k. The algorithm has issue cutting beyond that point making it sound dull.Did both already WiiM fixed it very quickly (thanks !)
The new RC is definitely much better. I set it up according to the recommendations (40..4k), the result is much much more subtle and I *think* better I will do more listening tests with/without in the next few days
It can still do up to 20k. Are you saying by manually restricting it to 4k, the algorithm still impacts frequencies beyond that?I’m wondering why it can’t do full 20k. The algorithm has issue cutting beyond that point making it sound dull.
I’m wondering why it can’t do full 20k. The algorithm has issue cutting beyond that point making it sound dull.
Yes, above that frequency if you do full 20k the treble will reduce in gain as much as 6db when it was set max 6db cut/gain. These are various peq range on treble region. I’m not sure if home curve or rel does the same thing.It can still do up to 20k. Are you saying by manually restricting it to 4k, the algorithm still impacts frequencies beyond that?
What is the moving microphone method?This is my latest attempt using the moving microphone method in REW. Red is uncorrected, green corrected. I corrected up to 10kHz.
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Is this full sweep to 20khz instead limiting it to 10k on setting like wiim app?This is my latest attempt using the moving microphone method in REW. Red is uncorrected, green corrected. I corrected up to 10kHz.
View attachment 7162
A kind of the averaged measurement made in different positions and using a noise signal instead of the sweep.What is the moving microphone method?
I did a quick test this morning with the improved release and initial impression is that RC has been vastly improved. Awesome work Wiim Team!
I did *not* adjust my freq settings yet - I simply retested exactly as things were to get a comparison against the old not-so-great algorithm (50hz - 20khz, Harman Curve, Max again 6dB). In room response for my speakers (Focal Theva No1) is around 50hz, hence the seemingly arbitrary choice for low end).
As shown in the attached screen shots, MUCH improved gain choices and subjective listening was great - very solid bass response, near perfect sound staging. Verdict out on high end sparkle but that may be due to test music (Only Human by Rag n Bone, Proud by Welshly Arms) - no time right now to into some classical and see how instruments sound. Will do that tonight.
With the moving mic method you don't use a sweep. You play periodic pink noise while recording the result using the Real Time Analyser of Room EQ Wizard. It is meant to give similar results to using multiple sweeps with the microphone in different positions. It is surprising how repeatable the results are without being too concerned about microphone position.Is this full sweep to 20khz instead limiting it to 10k on setting like wiim app?