First time OCing
First time OCing
I assembled my initial gaming setup and adjusted the CPU to 4.8ghz, but it ended up at 4.9ghz. It’s not a big deal, but I’m curious about whether my computer is running as optimally as possible. I mainly use it for mining, gaming, and streaming—never all at once. My temperatures are mostly from the cooler cores, with averages around 38 to 40°C during idle. I’m unsure what the actual max temps are or how to properly test them.
I’m a bit new to computer stuff, so I’m not sure if my setup is truly optimal. The CPU voltage is set at 1.308V according to the Z-series info. Any other details you should check?
PC specifications:
I7-8700k with EVGA CLC 280 AIO
Evga 1080 Ti FTW3 Hybrid
16GB Evga Supersc DDR4 3200MHz RAM
Aorus Z370 Gaming K7 motherboard
Evga 750W P2 power supply
Let me know if I missed anything.
Is this a hardware upgrade or software adjustment?
You can perform benchmarks and compare with similar systems to assess if the computer is operating at its best.
I conduct tests using Prime 95 version 26.6 small fft to evaluate CPU cooling (approximately one hour), focusing on an 80°C model, then reassess at 85°C.
Next, I check overall system stability using a combination of OCCT, Prime 95 blend, and Realbench. These programs may utilize AVX instructions based on the version selected. Expect multiple hours for each test.
If AVX instructions are active, you’ll likely need higher voltage, which increases heat generation. Keep this in mind! An AVX offset is often required to sustain optimal performance.
Is this a hardware upgrade or software adjustment? You can perform benchmarks and compare with similar systems to assess if the computer is operating at its best. I conduct tests using Prime 95 version 26.6 small fft to evaluate the cooling system (approximately one hour), focusing on an 80°C processor. At 85°C I halt the test and reassess the cooling setup. Next, I evaluate overall stability by running a combination of OCCT, a Prime 95 blend, and Realbench. These programs may utilize AVX instructions based on the version selected. Expect to dedicate several hours for each evaluation. If AVX instructions are active, you’ll notice increased power consumption and heat generation. Be aware that an AVX offset is often required to sustain higher clock speeds. Refer to the following resources: - - Kabylake guides for a solid starting point: http://edgeup.asus.com/2017/kaby-lake-ov...ing-guide/ http://www.overclock.net/t/1621347/kaby-...statistics https://overclocking.guide/gigabyte-z370...ffee-lake/ Take your time, proceed cautiously, and gradually increase the load. Study secondary voltages, I/O, and other parameters. Currently, determine your cooling capacity by downloading P95 version 26.6 and HWINFO64. Begin with a small fft test, monitor core temperatures, and allow about an hour. If the system remains stable without shutdowns, no WHEA errors appear, and temperatures stay near 80°C, proceed to one or two of the previously mentioned tests.
Biglizard: Is this a BIOS overclock or just software? You can perform benchmarks and compare with similar systems to see if the computer is running optimally. I run Prime 95 version 26.6 small fft to evaluate the CPU cooling solution (about an hour), at 80°C I stop the test and reassess the cooling. Next, I check overall system stability using a mix of OCCT, Prime 95 blend, and Realbench. These tools may use AVX instructions depending on the version. Expect multiple hours for each test. If AVX instructions are present, you'll need higher voltage, which increases heat production. Remember this! An AVX offset is often necessary to maintain better performance. Here are some useful resources: - - Kabylake guides are generally a solid starting point: http://edgeup.asus.com/2017/kaby-lake-ov...ing-guide/ http://www.overclock.net/t/1621347/kaby-...statistics https://overclocking.guide/gigabyte-z370...ffee-lake/ Take your time, test slowly, and learn as you gradually increase the load. Study secondary voltages, IO, SA, etc. For now, find out what your cooling can handle. Download P95 version 26.6 and HWINFO64. Start with a small fft test and monitor core temperatures. Give it about an hour; if no crashes occur, no WHEA errors appear, and temperatures stay around 80°C, proceed to one or two of the other tests mentioned earlier. I just downloaded a newer version and am ready to try it out. Thanks for all the info. Also, I didn’t realize I initially used the BIOS, but then switched to the Intel tuning utility program.
Hello, I'm looking for information about the temperatures during gameplay in the Stock Processor. Also, regarding an I7 8700k with an EVGA CLC 280, it reaches 60ºC and then 65ºC without air conditioning, which is typical in Argentina at 30ºC. With the AC on and the lid removed, it drops to around 45-50ºC while playing, and when the temperature is around 30-35ºC.
I have a question about the temperatures during gameplay in the Stock Processor. I own an I7 8700k with an EVGA CLC 280. When playing, it reaches up to 60ºC and then goes to 65ºC without air conditioning, which is typical in Argentina (around 30ºC). With the AC on and the lid removed, it drops to about 45-50ºC during play. In other conditions, it's usually between 30-35ºC.
To be honest, I haven't adjusted my processor much—I only overclocked it to around 4.9ghz and left it there. Temperatures are generally around 35-40°C when idle. During intense games like Fortnite, they can reach 45-66°C, while in PUGBI I don’t play much and don’t monitor temperatures closely.