Seeing as I don't have $1k+ to drop on "server level hardware" to run a simple home NAS/ plex server. I would love to disable the bluetooth as I never use it anyway.
Why the hell would you buy a $1k+ server board? Your Gigabyte Z590 Aorus Master is a $400 gaming mainboard with useless hardware on it like Wifi 6E and Bluetooth, and hardware that barely works like that Aquantia ethernet, and stupid hardware design choices like 3x PCIe x16. I'm saying to buy the equivalent server board, something like an X12STL-F or X12SCQ.
Boards are marketed to different market segments based on roles, just like with "cars" you have sedans, sports cars, SUV's, pickups, etc. Just because you CAN get a
$100K pickup doesn't make that an ideal truck or even a good truck. The thing is, you've picked up a sports car to do a job better suited to a SUV or a truck. Desktop boards are oriented towards inexpensive desktop use with CPU integrated GPU's and basic functionality. Gaming boards are oriented towards GPU's, maximum Windows-compatible "performance" features like Bluetooth and Wifi. Workstation boards are like gaming boards but with quality hardware like Intel ethernets and no stupid bling like lighting controllers, board shields/protectors, etc., designed to make it look "cool". Server boards are typically optimized towards headless server use, with IPMI, ECC, Intel ethernets, PCIe x8 slots, etc.
It's really rare to see a $1k+ server board and I'd like to know where people who think nothing of dropping $400+ on gaming boards get the idea that server boards are "so expensive". I can agree that a $150 server board might seem pricey to someone used to $50 bargain basement desktop boards, but forum favorites like the X11SCL-F are $250, which to me seems cheaper than that Gigabyte thing you have.
But why even buy latest gen hardware to run a "simple home NAS/ plex server"? It's not necessary to get the latest generation MB/CPU for a NAS, and, in fact, may be a bad idea. Lots of people are still running Sandy Bridge generation gear, and it works just fine.