- IS SPECCY ACCURATE DRIVERS
- IS SPECCY ACCURATE DRIVER
- IS SPECCY ACCURATE PRO
- IS SPECCY ACCURATE SOFTWARE
There are also devices that you wouldn't think about too often (unless something goes wrong) like your graphics card.Īll of your devices are connected by drivers so when anything goes wrong it's often a communication problem and not necessarily the hardware itself. There are many devices you know that you personally rely on daily and these could be a keyboard, mouse, webcam, or some other device you interact with regularly.
IS SPECCY ACCURATE DRIVER
That's because a driver lets your computer talk to connected devices making them function properly. It could be the case I have is not the greatest at releasing the GPU temps out of the case maybe too though.Drivers are an essential component that keeps your computer working so they need to be updated regularly. Would you say its best to play with Custom Fan Curve in ICUE versus using the Balanced or Extreme Preset? I have been messing around with the basic ones while I play BFV now and really cannot tell a big difference on temps being much different. You can experiment and see, just remember that 1C reduction in coolant only yield -1C on the CPU. I am still looking at wattage figures for the 9900K, but that was plenty of fan speed for my 215W draw X99 system. On a 280mm, you should never need anything beyond 1000 rpm for most loads. You can make them as quiet as you like at the desktop idle temp. If that's gaming, figure out your typical peak coolant temperature when playing and set the fans to a speed you can live with. So rather than set your curves based on a CPU stress tester, be sure and align them with whatever things you actually do. That is the additional case heat in play. Some people are surprised to see a higher coolant temp when gaming than a straight 100% CPU test.
IS SPECCY ACCURATE SOFTWARE
This is true with all cooling systems, but with the software based coolers you can actually see the change and it does impact your fan curve. You cannot reduce this with radiator fan speed alone, only by moving more GPU waste heat out of the case - something much easier said than done. Since the baseline coolant temp is always going to be interior case temperature, a +5C rise in internal ambient temp will cause the coolant to go up +5C as well. The one monkey wrench in all of this is the effect of additional GPU heat on the rest of the case, including the radiator and cooling system. You can keep things moderate to relaxed with a minimal impact on end CPU temperature.
IS SPECCY ACCURATE PRO
Larger surface area coolers like the 280mm H115i Pro don't need a lot of fan speed. However, since your coolant temp rise is likely only to be +4-6C, there isn't a lot of reduction available. That is the number and value fan speed can effect. Your conductivity and Vcore did not change, but more heat is being added to the cooler than it can release in a single pass. However, if you let the test run for a few minutes, you will see the CPU package temp slowly climb up at of rate of maybe +1C ever minute or so. In that moment, it doesn't matter if you fans are at 0 rpm or 4000 rpm, there will be no change to that instant temperature change. That is all about CPU design, conductivity, and your Vcore, with the last one being the only thing you can change. If you turn on Prime95 you can watch your CPU temps bump +30-50C in the next 1 second. Since the fans can only move heat of the coolant stream and not cool the CPU directly, it becomes the most efficient and logical control variable for fan speed. +1C rise in coolant temp results in a +1C rise in CPU temp and of course, the same is true for reducing temperatures.
The actual CPU temp will be coolant temp + whatever voltage based heat you add through CPU activity/voltage load, etc. The coolant temp is effectively the lowest possible CPU temperature. It can hold a lot, but if you let it fill up, then there are negative consequences to the CPU since heat flows both ways across the cold plate. That heat is transmitted into the H115i PRO, which for you serves as the waste heat removal system. Your CPU temperature is largely influenced by voltage, less the amount of heat the cold plate (on any type of cooler) can physically conduct away.