cpu stress test math and prime95 number failed

#Cpu stress test math and prime95 number failed update#
#Cpu stress test math and prime95 number failed software#
#Cpu stress test math and prime95 number failed Pc#

It is also worth noting some chips OC better than others. Less power in is less power out - you want to limit the voltage to help keep internal core die temperatures down as much as possible for a given realistic overclock which is based on the efficiency of your cooling system. If anything I attempt to pull voltage as much as possible until windows fails to boot, and then increment in 0.05 intervals. You also want to test certain programs for stability as booting up is not enough to guarantee the overclock is stable. You want to thermal efficiency to be at its highest before attempting any overclocking to keep from experiencing a run-away condition. The downside of FSB:RAM ratio clocking is that you do not have this feature because the multiplier is not unlocked. What you want to be careful of is overclocking to the point that the chip starts pulling voltage due to internal core temp overheating which will throttle back performance and also stability. The internal temperatures are what matter.

The external die temperatures showed 56*C.

#Cpu stress test math and prime95 number failed Pc#

This is perfectly fine as it is a water cooled PC and the processor thermal dissipation rating is still within design specifications. I have a 4960X running at 4.4Ghz with a worst case internal die temperature at 71*C with protein folding on all 16 cores. On the fact of temperature increases - you want to make sure you can see the actual die temperatures per core and not the physical casing temperature (exterior temperature) of the processor. ĮDIT: Forgot to mention: It is set on some power-saving mode, and when it is not in use goes to CPU multiplier 6x. That probably is not all useful, sorry, but I'm a RAM noob if nothing else.

#Cpu stress test math and prime95 number failed update#

Not sure what they go up to, but I will update if I find out.Ģ.00GB Dual-Channel DDR2 334MHz (5-5-5-15) Not looking to be spoon-fed, I'd just like some help for my first time around. So I just want to the most ideal figures I should plug-in. I'd like to know if this really helps performance or not. I have heard some places it is best to have the RAM-FSB ratio 1:1. I have stock cooling, and whatever I am doing, don't really want to exceed 50-55c idle. Linpack tends to crash unstable PCs in a shorter period of time compared to other stress. Best used to test stability of overclocked PCs.

#Cpu stress test math and prime95 number failed software#

Linpack is a benchmark and the most aggressive stress testing software available today. I am shooting for at least 2.66ghz, but I don't want to go higher than 3. Linpack Xtreme is a console front-end with the latest build of Linpack (Intel Math Kernel Library Benchmarks 2018.3.011). What I would like to know are what the optimal values to set are. Right now the multiplier is set at 11x (which I think is the max multi). It is stock It also has stock cooling and stays around 40c after it has been on for a few hours. Hey people! I know enough about OC'ing to get myself in trouble, so I need some help with this math.