I know formula.
I am just interested in limiting factors apart from that page.
Like the ones I mentioned above.
For example overheating is one cause of limiting DL throughput causing drops or request fo reducing number of layers.
If you assume perfect RF and all free network resources for a single user, you could only get marginal gains by using features such as pdsch on Trsb Ssb slots.
Regarding step 2 (UE not reporting proper rank as per configured ssb beams due to poor SINR): do you think that rank 4 can be achieved only in good SINR?
I agree with you. max sinr is not related with rich multipath and orthogonality.
I think rank 4 can be obtained in low sinr values as well, I will fetch some measurements for this,ok?
Check this in meanwhile we discussed earlier as well for pdsch and layer theory here it comes with 2 ssb beams configured how it look.
So 2 ssb beams correspond to 4 layers = rank 4 needed to tx data on all layers.
I will just plot from a long cluster drive test rank vs sinr scatter data
Then I will provide another graph with SINR values when rank = 4.
I don’t believe those numbers.
our percentage or rank 4 is very high.
In drive test I have never seen rank 4 more than 10%.
In fact not even 5% in live network.
I your case is more than 30%.
Which is maybe from a specific cell or specific cluster or special location.