@kota1
I think he is just jealous of my "nodes" :)
Once again, you have no idea of how your room measures. You post this:
This is the output of Audyssey Pro. You made no measurements of your own so have no idea what this represents so let me explain.
On the left in black are what Audyssey measured as your room response. This shows the usual room modes and other response errors. Alas, there are no scales. You have no ideal how big or small those variations are. Further, you don’t know how much smoothing is applied which again, can hide issues.
Audyssey proceeds to create its correction filters. Those filters are based on what is shown in red on the right. It however, NEVER shows you the response after applying those targets!!! That’s right. Your room response is not remotely like that. Those red curves are the "targets" used, not what is achieved.
Don’t believe me? Here is a test of Auddyssey I performed with my system/room where I show what it says it did versus reality:
Black is the response with no EQ. Light pink is what Audyssey claims to have done. The reality/measured response is in red. As you see, they are NOT at all the same. And that is with me applying a lot of smoothing to actual measurements to help make it look similar.
Most importantly here, you have screwed up and did not create the proper target curve. Audyssey by default makes two major mistakes:
1. Uses a flat target curve. This is perceptually wrong and will make your system very bass light post correction. The proper target curve is what I show in my measurement above. It has increased bass response to make it sound more balanced and natural. Formal research shows that without this fix, Audyssey actually makes the system sound worse, not better:
This is the result of listening tests from that study:
Audyssey using the same target curve you did is #6 all the way to the right. It produced lower listener preference than no EQ!!!
2. You left the so called "BBC dip" in the target. This is that little notch in mid-frequencies. It is a mistaken belief that speakers in general are too hot in that region and so response should be pulled down. This is completely wrong. You need to override it and make that flat like the target I created (light pink).
Net, net, your system is improperly equalized. And you do NOT have any kind of measurements for you to understand it. Learn the topic for heaven’s sake.