But this shouldn't have any influence on your purchasing decision, this is something that most users will only have to do once. We think it might be an expected behavior because as mentioned in above text and article that benchmark will take over entire cpu time and maybe in some scenarios can cause an os crash, because of no clock time for other processes. Regarding the cold boot training
Urbabydollxo Onlyfans Nudes – Lido Kitchen
I've did a complete power cycle with cmos clear and loaded stable profile (as long as i had fast boot enabled).
I'm experiencing what appears to be a memory stability or training issue where my system becomes unstable after the first reboot
The only time my system runs well and games don't lag or stutter is after a cmos flash or bios flash. We are developing coreboot for apollo lake custom board We have enabled mrc training data saving and enable fastboot in fsp using bct tool We have the fsp source (mr5)
After this we observed the boot time reduced from 31 sec to 23 sec for very first boot and 11sec for consequent boots. Once it does boot, everything is fine and super stable, but i just can't seem to get it to stay at anything over 4,800mhz without it doing a full memory training session on every boot. Fast boot is designed to disable memory training, hence why i say it sounds like that setting is broke on your bios revision If setting it to auto does nothing, try doing a bios update/roll back to a different revision to see if that fixes it.
Post stress tests can take a few moments on initial boot
Fastboot will retain the last successful memory training 5 minutes sounds more like an issue with handing off to the os. The accuracy of these delays determines the rtl/iol, and ultimately influences memory performance Since rtls and iols are set at boot, training has a very real impact on the cas latency
