I thought I would share this post that someone typed up regarding the K10.2. I use this as an FRFR as well and struggled with what DSP eq to use. I always felt like the default had too much low end even with the sub crossover engaged. I switched to the studio monitor setting which was much better, but also much thinner sounding. Based on the post below that I am sharing, it seems that we should be making the following EQ adjustment on the back panel if using the default setting. According to this guy, it gives the flattest response…
The QSC 10.2 is a nice monitor, but it's not close to 'flat' at the standard setting, especially in the low end where it really matters. Look at the graph below, it's basically +4db in the OCTAVE between 80hz and 160hz!
To make a long story short, every adjustment you make to your settings in your modeler is skewed by your perception of the sound through the 10.2 monitor.
I've posted this graph for 10.2 users before. I took the measurements myself with an Earthworks QTC40 using ground plane measurements in a reflection free environment of almost 26ms.
I recommend to use these settings if you're doing any critical adjustments of your modeler with a 10.2 monitor.
As far as issues with direct comparisons with your Xitone monitor, you don't know what you don't know.
It's not safe to assume that because something cost X number of $ that equals flat frequency response.
Here is a graph of my 10.2 monitor with a Yamaha HS8 monitor, note the extended octave of usable frequency range available in the HS8 between 40-80Hz. The correlation is very good with the exception of 250-500hz, and that's within 2db. These are my measurements as described above.
Below is a picture of various monitors while making comparisons of the original source (various amps and speakers) to the individual monitors, using a Kemper and direct profiles of the amps.
This isn't the final placement for the whole thing, it's from when I was setting up.
I've spent a few days testing in different environments like this, comparing multiple studio monitors and live performance monitors with the real thing (original amps and cabs), making efforts to standardize the monitor placement in various rooms to make decisions on preferred IRs.
How you go about standardizing a test environment that works for you is up to you, nothing is ever perfect. But making sure at least
one reference monitor is performing as flat and optimally as possible, with measurement verification, is the first step to making any informed comparison.