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How accurate is Speccy in terms of temp readings? Thread starter Thread starter smokeybravo Start date Start date Feb 5, 2013 You are using an out of date browser. It may not display this or other websites correctly.You should upgrade or use an alternative browser. #1 ASRock Extreme tuning utility is showing my CPU temp at 25C idle, while Speccy is showing 43C >_>I just installed a Cooler Master Gemini II cooler and before I was getting about 50C idle in both programs with the stock cooler. satyamdubey Feb 5, 2013 The temps are read at three places usually. One is on motherboard below the cpu socket. there's temp diodes for the cores and temp diodes for IHS (integrated heat spreader, the HSF sits on this).cpu package temps seem higher than core temps and this is because the package temp is read at the mobo socket and is warmer. the temp diode at the IHS-HSF contact will read the least temp as that dissipates the heat fastest.the most important temp is the core temp. the further you are from reaching it's threshold the cooler you are running. Oct 30, 2011 3,719 0 23,460 #3 Check using realtemp and coretmep as wellI find that speccy gets the same numbers as coretemp on my builds and it matches with my MSI ultitiesNot sure if speccy records the core temp or package tmep #4 I tried HW Monitor and it's telling me the package temp is 43C. What's the difference between the core temp and the package temp, and is that low enough? Thanks in advance. Jun 19, 2012 1,345 2 19,665 #5 The temps are read at three places usually. One is on motherboard below the cpu socket. there's temp diodes for the cores and temp diodes for IHS (integrated heat spreader, the HSF sits on this).cpu package temps seem higher than core temps and this is because the package temp is read at the mobo socket and is warmer. the temp diode at the IHS-HSF contact will read the least temp as that dissipates the heat fastest.the most important temp is the core temp. the further you are from reaching it's threshold the cooler you are running. #6 Best answer selected by smokeybravo. Advertising Cookies Policies Privacy Term & Conditions Topics

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