![]() AMD specs this to 1.05v, and my Gigabyte mobo sets it to 1.00v on auto for some weird-ass reason. also thought id mention results, I have (i5-7200U, Intel 620 graphics, 8GB, Ubuntu 19.04) on my laptop, on the uengine heaven test: using padoka stable with mesa 19.1.2 I got 18.13 FPS using padoka unstable with mesa 19.3 I got 18. You can even configure HWinfo to play a sound when an error is discovered.Īs an anecdotal example, I didn't find stability at 1900 FCLK until I raised SB chipset voltage from 1.00v to 1.06v. Bandwidth has also been added as a new benchmark profile. Prime95 large ffts, 2 hours is usually enough to confirm stability under maximum loadĢ) Using your senses are you getting crackles in audio? USB devices disconnecting? Does the computer hang here and there? These are signs of instability that Prime95 doesn't necessarily pick up, and these can be caused by SOC or chipset voltages that are too low.ģ) Having HWinfo open and logging for WHEA errors is a smart thing to do. This test can be executed by running phoronix-test-suite benchmark super-pi. The Phoronix Test Suite is capable of reporting detailed information about. HCI Memtest (The DRAM calculator functions as a front-end to this), but personally, I find Karhu and TM5 superior and see no need to use HCI because of this. The tool tests four major components of the system: CPU, RAM, GPU, and drive. TM5 with the anta777 profile, free, reliable, but doesn't have the option to stop upon discovering an error Karhu, costs you 10 euros, solid piece of software, seems to catch heat-related errors better than others ![]()
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