Start with the first CPU upgrade (i7 10700K) and then boost the RAM next.
Start with the first CPU upgrade (i7 10700K) and then boost the RAM next.
Hello, I just received my first K processor (i7 10700k). I already performed an overclock using this video. Is this acceptable? I changed the settings: CPU ratio all cores, 50 CPU ratio mode, Dynamic mode. AVX offset set to 0, ring ratio at 48, base clock applied on next boot. Core voltage is 1.33, SA voltage 1.2, CPU IO voltage 1.2. RAM voltage is 1.35 (overclocked from 2666 to 3200). Is this better? CPU loadline calibration control is set to Mode 3 with a long duration power limit of 4096W, maintained for 128 seconds, short duration limit at 4096W. When running Prime95 I get 100°C on CPU and 100°C on "MOS" (possibly MOSFETs) after 5 minutes. What should I do? Thanks. I7 10700K MSI z490 tomahawk 16 GB RAM 3200MHz https://www.xpg.com/es/feature/552/ (2666GHz CL 16-18-18), Corsair H100i PRO XT 240mm EVGA G3 550W gold
All the videos I've seen about this topic advise against copying others' data. You won't discover your own system vulnerabilities by doing someone else's work on a different chip. It gets too risky at those high voltages and frequencies (plus fan curves). Voltage starts dropping to manage heat, and clocks are reduced when stability isn't achieved at lower voltages.
Even without checking frequency, the voltage is quite high. You need to understand how your cooling system reacts to different voltage levels. Think about starting from the lowest safe setting and gradually increasing it. Where exactly does Auto Voltage operate? If you enable multicore enhancement or full turbo unlock, what voltage is needed? You'll need more information about your specific setup. It will take some time, so don't waste it if you're not in a hurry. Follow guides without trying to apply anything, study systems similar to yours but adapt the numbers to your own.
Your RAM configuration and performance settings are being reviewed. The requested timings appear quite relaxed for a 3200MHz speed unless you have specialized equipment capable of achieving tighter settings. For example, the 3200MHz variant you mentioned has CL14-14-14 timings at 1.35V, which is typical but not ideal for maximum performance. It’s advisable to prioritize RAM overclocking only after confirming stable results from your CPU tests. Ensure proper airflow around the VRMs—some airflow is better than none, but excessive movement can cause issues. A diagram of your system’s internal layout would be useful for assessing cooling efficiency. If you’re aiming for optimal speeds, consider the VRM placement and temperature readings before pushing further.
Hello, my ram is set to XMP, this is my ram: https://www.xpg.com/es/feature/552/ (2666Ghz Cl 16-18-18), currently at 3200Ghz (18,19,19,39). My current settings are: CPU ratio: all core. CPU ratio: 51 CPU ratio mode: Dynamic mode. Voltages override. Ring ratio 47. CPU core voltage: 1.32. CPU loadline calibration control: Mode 4 Everything else is auto, I get like 60° after two minutes of Prime 95, but after 3 minutes it goes up to 80 and crashes. Currently the case is open both sides and front also, two fans 120mm as exost (one up, one on the back) and one AIO 240mm as intake. What can I do in order not to crash? It crashes on Prime 95 but on Cinebench is ok and also in PUBG is completely stable (I played like 2 hours). Thanks.
Current prime95 version uses AVX and small FFTs. It's debated whether it requires excessive voltage for performance gains. Synthetic results often exceed 80. Consider increasing the voltage slightly by 0.005 for stability. Regarding the benchmark speed, 3200 is typically cited as the xmp value, though 2666 may also be referenced.
Focus on overclocking one component at a time. I'm not certain if your RAM or CPU is unstable, so we'll reset the RAM to its default settings first. Then test with small FFTs. If it works, proceed with larger values to confirm stability. If issues persist, we can raise the voltage.