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that goes for cpu, memory and motherboard, I've overclocked the already out of support 2666 mhz to 2933 on 2x 8gb dimms using vram + 16-16-16-36 timings which is it's rated 2666 . I also have Asus B350, however the M-A (m-atx) which lacks cooling. My experience is somewhat the same as new Intel platforms usually are with Memory.
(Edit: With ASUS new CH6 bios 79,81,82 and 83 you can now use PState and BCLK overclocking - ASUS also mention that next bios should allow VID modification as well.) Instead of calculating repeatedly a spread of FID values to get the CPU speed you want, use a spreadsheet that does all the calculations for you automatically.
That means bonus performance for us 4.5Ghz overclockers in day-to-day computer usage. Of course the CPU still idles at 1600Mhz, and only jumps to the specific stepped Turbo clock when the CPU is under load. My computer CPU: Intel i7 2600K Cooler: Hyper 212+ (push & pull fans) Motherboard: Asus P8P67 Pro (original B2 stepping) BIOS version: 1305
4) P-States: P-States again are the power states used by the CPU. By default has 3 P-states: 1) A max level P-state with max multiplier for the highest CPU frequency 2) an intermediate state for medium CPU loads, thus a nominal frequency and VCore and 3) a reduced P-state with the lowest multiplier with lowest VID possible.
Only X99/Z170 chipset based motherboards officially support DDR4 DRAM / CPU overclocking As we know, only X99 and Z170 chipset based motherboards can support DDR4 DRAM overclocking. Using a normal Z170 Bios as an example, users would see lots of DDR4 DRAM overclocking options. To make sure...
K series overclocking benefits from non CPU Voltage based adjustments ( UEFI values for power management , Cstates, PCH etc ) Quick note regarding bios values that should be adjusted Over a long test and tune cycle, ASUS has developed a class leading bios with superior auto overclocking.
CPU Multiplier: The CPU multiplier is one way for processors to run much faster than the clock speed of the motherboard or RAM allows. For every tick of the front side bus (FSB) clock, a frequency multiplier causes the CPU to perform x cycles, where x is the multiplier.
Sure, you can buy a pre-binned CPU with guaranteed clocks or whatever if you overclock to remove the silicon lottery factor out of the equation. Most "overclocking" motherboards will remove the boost power limits to allow you to get the full boost as long as you want (vs. for a shorter time "stock" limit).
The easiest one IMO would be to either let the Asus mobo OC it (but it will pump a lot of unnecessary voltage into the CPU => raising your temps) or going into Intel Extreme utility and just changing the multiplier settings. On my CPU I can go with 53x for 4 cores and 50x for 8 cores. Voltage will automatically adjust to 1,3x v.
MSI MPG Z790 Edge DDR4 motherboard comes with Game Boost mode that overclocks all Intel i5 13600K P-Cores to 5.2Ghz, all E-Cores to 4Ghz, but sets voltage to 1.4v. Isn't that voltage too high? Temps are good with my air cooling, but I want this CPU to last me at least a couple of years.