01-05-2018 01:56 AM - last edited on 03-05-2024 06:47 PM by ROGBot
05-06-2019 10:16 AM
Jackalito wrote:
Not sure if this has been reported before, so if that's the case, apologies in advance.
After performing a clean installation of Windows 10 1903 (19H1) build 18320.30 updated through Cumulative Updates to 18362.86, I can confirm that AI Suite 3 v3.00.51 doesn't work with the latest version of Windows 10. It gets installed, but after rebooting the system, the services fail to be loaded properly and AI Suite just won't load up with a few error pop-up windows. Sorry, I didn't make any captures.
However, the previous version, v3.00.50 is working properly as far as I can tell. So, if anyone else around here ventures into Windows 10 1903, please avoid v3.00.51 until ASUS fixes the issue, whatever it is.
Cheers!
EDIT: I've managed to make DIP5 v2.00.02 work by combining the base installation of AI Suite v3.0050 with the corresponding folders for DIP5 v2.00.02 and System Information v2.00.02, which are the only components I always install anyway.
If anyone is interested, I can upload my custom version and share it through here.
05-06-2019 05:21 PM
katlani wrote:
hmm but isn't the DIP version of both packages v2.00.02?
05-20-2019 03:25 AM
05-06-2019 05:17 AM
07-28-2019 06:32 PM
07-30-2019 10:01 AM
For temperatures:
• OLD BEHAVIOR: Report the highest temp (“instantaneous temperature”) of any sensor in the whole CPU, no matter how isolated or brief. This approach overstated the prevalence and significance of fleeting peaks, which artificially inflated temperature reports by up to 30°C above the true silicon conditions.
• NEW BEHAVIOR: Report a short-duration rolling average of all temp sensors in the chip. This model will give you a holistic view of what the processor is doing across cores, cache, bus interfaces, etc. It’s the closest any software monitoring tool can come to portraying the true thermal conditions of the chip, and it’s the same model our own Precision Boost 2 algorithm uses to make temperature-related boost decisions.
For voltage:
• OLD BEHAVIOR: Report the highest transient voltage in the whole CPU, no matter how isolated or brief. This, too, overstated the prevalence and significance of fleeting peaks, which artificially inflated voltage reports by as much as 800mV.
• NEW BEHAVIOR: Report the average voltage requested of the regulators, which presents a “whole chip” view that factors in sleeping cores, idle cores, and active cores. This is the closest any software monitoring tool can come to portraying the true electrical conditions of the chip, and it’s the same model our own Precision Boost 2 algorithm uses to make electrical-related boost decisions.
ADDITIONALLY: We also intend to release new developer documentation that enables third-party tools to take the same measurements, so you can continue to rely on your favorite third-party apps after they’re updated. We will be contacting utility vendors directly with more details when the documentation is ready.
07-30-2019 07:01 PM
09-21-2019 02:33 PM
12-06-2019 01:21 PM
02-14-2020 06:40 PM