Download core temp 1 4 1

Download Core Temp 1.18.1 Date released: 25 Sep 2023 (one year ago) Download Core Temp 1.18.0 Date released: 05 Dec 2022 (2 years ago) Download Core Temp 1.17.1 Date released: 12 Apr 2021 (4 years ago) Download Core Temp 1.17 Date released: 04 Apr 2021 (4 years ago) Download Core Temp 1.16 Date released: 09 Aug 2020 (5 years ago) Download Core Temp 1.15.1 Date released: 30 Aug 2019 (6 years ago) Download Core Temp 1.15 Date released: 25 Aug 2019 (6 years ago) Download Core Temp 1.14 Date released: 26 May 2019 (6 years ago) Download Core Temp 1.13 Date released: 09 Jan 2019 (6 years ago) Download Core Temp 1.12.1 Date released: 21 May 2018 (7 years ago) Download Core Temp 1.12 Date released: 20 May 2018 (7 years ago) Download Core Temp 1.11 Date released: 05 Nov 2017 (7 years ago) Download Core Temp 1.10.2 Date released: 08 Aug 2017 (8 years ago) Download Core Temp 1.10.1 Date released: 06 Aug 2017 (8 years ago) Download Core Temp 1.9 Date released: 10 Jul 2017 (8 years ago) Download Core Temp 1.8.1 Date released: 11 Jun 2017 (8 years ago) Download Core Temp 1.7 Date released: 19 Mar 2017 (8 years ago) Download Core Temp 1.6 Date released: 19 Feb 2017 (8 years ago) Download Core Temp 1.5.1 Date released: 22 Nov 2016 (8 years ago) Download Core Temp 1.5 Date released: 21 Nov 2016 (8 years ago)

Temp changes from load starts (very common an expected with windows background tasks) will make the fans ramp fast.The cure is to adjust the curve to be slower to respond, bump the starting temp from 30ish upto your normal idle temps, with a slow rise to @ 50ish and make the 60ish + the high rise.You have Ryzen, not Intel. They work differently. With Intel, idle/low loads cut voltage and speeds across all cores, but all cores remain active and any background tasks get bounced between all the cores depending on which one is free. So temps for individual cores are all an average use. With Ryzen, it has such higher core counts, that it just shuts down almost all the cores if not in use, and keeps just 1 core active. All of the background tasks use just that 1 core, so you end up with higher usage, and therefore higher temps. But it's 1 core, not the whole cpu like Intel. #4 In bios/software your fans are set at a default curve, which starts a slow climb from @ 30°C minimum duty cycle to 70°C maximum duty cycle. Only the way the curve works it climbs very fast at the @ 50° to 70° markAlmost like this.With as high as Ryzens sit at idle, the curve is already beyond the low, slow at the beginning and into starting on the fast vertical climb, so any temp changes from load starts (very common an expected with windows background tasks) will make the fans ramp fast.The cure is to adjust the curve to be slower to respond, bump the starting temp from 30ish upto your normal idle temps, with a slow rise to @ 50ish and make the 60ish + the high rise.You have Ryzen, not Intel. They work differently. With Intel, idle/low loads cut voltage and speeds across all cores, but all cores remain active and any background tasks get bounced between all the cores depending on which one is free. So temps for individual cores are all an average use. With Ryzen, it has such higher core counts, that it just shuts down almost all the cores if not in use, and keeps just 1 core active. All of the background tasks use just that 1 core, so you end up with higher usage, and therefore higher temps. But it's 1 core, not the whole cpu like Intel. Okay thanks! you explained it really well Dec 4, 2019 2,397 635 13,990 Advertising Cookies Policies Privacy Term & Conditions Topics

Sagnik87 wrote:Hi arrtass,I havent yet decided to go with the thermal paste till now when I saw this show up on the hardware monitor as I was rendering on Cinema 4d. Check the TEMP on Core#1. Room temp is around 32 C. Its summer 😕 ...Sagnik87, the G751's have a shared heatpipe/heatplate for GPU/CPU cooling. If you have a high load on GPU it can bring up the temp on the CPU.G751JYThere is no need to re-paste. 🙂Use hwinfo64 logging to get a temp reading every few seconds, then do the run, and then export the file changing ;'s to ,' and read with Excel. Then you can see how often the Max temperature was actually reached.If you find that 99% of the time the temps are much lower than the peak, then there is nothing to worry about. Check the Thermal Throttling entries too, how often did it get past 93c and actually trigger Thermal Throttling.The trick with G751's is to use Intel Extreme Tuning Utility to detune Core 3,4 multipliers down a couple of steps, and increase the Core 1/2 multipliers to Maximum. That way you get best performance for all 1/2 threaded tasks (most of the time), and reduce temps for 3 and 4 threaded or more tasks.For example, if the maximum settings for multipliers are 36x,35x,34x,34x Cores and 36x Cache - set them to 36x,35x,30x,30x and do the run again. Adjust Cores 3/4 multiplier to not cause Thermal Throttling under rendering load.Intel Extreme Tuning Utility - 5.1.2.2 is a sample view of XTU settings, your CPU multiplier slider may go higherPlease give it a try and let us know how it works out 🙂