Where does these calculated 35.2 dBm come from?
Maximum Transmit power is different than EIRP power.
I know, but I would like to see the calculation, where does it come from?
Maybe my RS is wrong? (9.7dbm)
Can you modify your RS power to 14.2?
Use this setting:
Or this setting:
Any setting from the above will increase your max power.
If you increase the RS power without modifying anything else( like Pa Pb) then your max tx power will increase.
Try with 10 dBm.
RS power = 10 dBm.
Ok, but i would like to back to the main question: Where does it (35.2 dBm) comes from?
I would like to see the calculation.
In your plan could you simulate Pa = -4.77, Pb = 1 and RS = 9.7dBm?
He cannot, RS power is the output (not an input).
And my plan is different since I have 2 carriers 160/2= 80 for each carriers.
And my setting is RS 11.3 and Pb = 1 and Pa = -6 dBm.
Since I need coverage so reduce Pa to -6.
Actually am using L2600, not L1800.
Try to reduce 160 W to 150 W.
Reduce the 160 W keeping Pa and PB until arrive in RS = 9.7.
Just a test.
With these settings you have RS power = 9.5 dBm:
One question please: why you are affraid to increase RS power?
From 9.7 to real value 14.2 to achieve 160 Watts?
Maybe worried about SINR?
Overshooting maybe? 
Poor uplink maybe?
Quick question (and maybe stupid) why to transmit with 160 W? Isn’t it too much?
You gain coverage a lot like this, but overshooting too.
I think reasonable power is between 50 to 80W.
If AAU supports 160 Watts why not use it to max capabilities?
Not just outdoor coverage, but indoor penetration.
Guys, the TM4 is 0:
It should be 2 or 4, not 0.
It has values only 0, 1 or 2.
Can not set to 4.
TM4 weight scheme 0 corresponds to Default Mode.
Default mode= cellbeamtilt is valid and can be adjusted.
Yes, I’m using default Mode = 0.
