![]() RIG#4 CPU: Intel i9 13900k | Motherboard: AORUS Z790 Master | RAM: Corsair Dominator RGB 32GB DDR5 6200 | GPU: Zotac Amp Extreme 4090 | PSU: EVGA 1000 G+ | Case: Streacom BC1.1S | Cooler: EK 360mm AIO | SSD: Corsair MP600 1TB | SSD#2: Crucial MX500 2. RIG#4 CPU: Intel i9 13900k | Motherboard: AORUS Z790 Master | RAM: Corsair Dominator RGB 32GB DDR5 6200 | GPU: Zotac Amp Extreme 4090 | PSU: EVGA 1000 G+ | Case: Streacom BC1.1S | Cooler: EK 360mm AIO | SSD: Corsair MP600 1TB | SSD#2: Crucial MX500 2.5" 1TB | Monitor: LG 55" 4k B9 OLED TV RIG#3 CPU: Intel i9 10900kf | Motherboard: Z490 AORUS Master | RAM: Corsair Vengeance RGB Pro 32GB DDR4 4000 | GPU: MSI Gaming X Trio 3090 | PSU: EVGA 1000 G+ | Case: Lian Li O11 Dynamic | Cooler: EK 360mm AIO | SSD#1: Crucial P1 1TB | SSD#2: Crucial MX500 2.5" 1TB | Monitor: LG 55" 4k B9 OLED TV RIG#2 CPU: Intel i9 11900k | Motherboard: Z590 AORUS Master | RAM: Corsair Vengeance RGB Pro 32GB DDR4 3600 | GPU: EVGA FTW3 ULTRA RTX 3090 ti | PSU: EVGA 1300 G+ | Case: Lian Li O11 Dynamic EVO | Cooler: Noctua NH-D15 | SSD#1: SSD#1: Corsair MP600 1TB | SSD#2: Crucial MX300 2.5" 1TB | Monitor: LG 55" 4k C1 OLED TV RIG#1 CPU: AMD, R 7 5800x3D| Motherboard: X570 AORUS Master | RAM: Corsair Vengeance RGB Pro 32GB DDR4 3200 | GPU: EVGA FTW3 ULTRA RTX 3090 ti | PSU: EVGA 1000 G+ | Case: Lian Li O11 Dynamic | Cooler: EK 360mm AIO | SSD#1: Corsair MP600 1TB | SSD#2: Crucial MX500 2.5" 2TB | Monitor: ASUS ROG Swift PG42UQ If games don’t crash and stress tests don’t crash then it is successfully stable. Raise core voltage up one notch and stress test for 15 mins and run some games. Run another stress test for 15 mins to validate results and start turning down core voltage by 10 until instability. ![]() Once you get that to max ( running 2 minute stress test every 100 plus. MSI Katana 15 (2023) Review: 1080p Performance Under 1,000. MSI designs and creates Mainboard, AIO, Graphics card, Notebook, Netbook, Tablet PC, Consumer electronics, Communication, Barebone. Once you get to a max good stability, start raising memory clock by plus 100. : Nvidia RTX 4070 Overclocking and Test Setup : GeForce RTX 4070: 1440p Gaming Performance. Then start raising core clock by 40 and stress testing for 2 minutes. Start by raising core voltage to the max and power limit and temp limit all the way up. You can do auto overclock but I would say just manually overclock. once that percentage starts to drop, I would stop just run "test") at the end of each test, afterburner will give a percentage. every time you raise it, run a built in stress test (same button. then, manually start cranking your memory clock slowly. then click "scan" it will auto overclock your core clock. Remember that we're going for an all-core overclock, which means a lower clock frequency than the highest Turbo bin offers.Click the button. If you overclock by BIOS (which 99% of us do), really, it all comes down to the quality of the BIOS (mobo brand) and merely a few registers you need to fiddle with. Overclocking with a many-core processor (doesn't matter if that is Intel or AMD) is often more difficult to accomplish. Ergo, proper processor cooling is mandatory. When you tweak a processor, depending on what you are trying to achieve, you often need to add voltage to the processor, which creates more heat. Also, never underestimate the benefits of a quality power supply. That can translate into a lesser power delivery (phases) design quickly warming up the related components, causing instability. Cheaper motherboards are often not well-tuned or designed in terms of power delivery for enthusiast overclocking. And that includes a proper motherboard, power supply, memory, and of course, cooling. When you plan to overclock the processor, always invest in good hardware.
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