I am thinking of starting a new build with the inspiration from this guide. Thanks CaseySJ!
I am curious on why people would still get the K version of the processors here, given that the VRM setup and over-all topology of this motherboard is not geared for overclocking. Wouldn't you get a close enough performance by setting the power limit of the non-K processors to keep achieving the maximum boost?
I am debating between Vision D and Vision G and either getting an i7-10700 vs i7-10700K... I already have to Vega GPUs I can plug into this.
Main purpose of the machine will be for speeding up my Final Cut Pro workflow/processing.
Currently on a i7-4790.
i7-10700K has maximum TurboBoost clock higher than 10700, and, as far as I know, has about 5% better performance without OC.
Look at my score without any OC:
Benchmark results for an iMac19,1 with an Intel Core i7-10700K processor.
browser.geekbench.com
For 10700 I found results like this (and it's very good results):
Benchmark results for an ASUS System Product Name with an Intel Core i7-10700 processor.
browser.geekbench.com
Benchmark results for an iMac19,1 with an Intel Core i7-10700 processor.
browser.geekbench.com
Maximum frequency for 10700 - 4.8 GHz, and 5.0 for 10700K without OC.
Vision D/G has good gear for moderate overclocking at least for i7-10700K: 12+1 phases VRM (vs 14+1 Aorus Master) is enough to increase multiplier of turbo boost for each core if you have good cooler and PSU.
Core i9-10900K has more cores and higher power consumption (and works well on Vision D/G), so, we can expect stable VRM performance when overclock i7-10700K in range of typical i9-10900K power consumption.
And you can look at B460 motherboards with VRM "4+2" phases (B460M AORUS ELITE) or something like, and this motherboard can work with i7 and i9 CPU's too! Without OC, but it must works on stock frequency well. How do you think, is 12+1 phases of VRM is good enough for moderate OC for 10700K and 10900K?
And some math! Image from Vision D page (Vision G has the same VRM):
600 Amps current in total! Ok!
CPU has voltage ~1.3V
600A * 1.3V = 780 Watt
Core i9-10900K can consume ~330W (according to tests) when overclocked, so, VRM can handle it easy.
As far as I know, 8-pin CPUpower connector can provide ~300W of power, and 4-pin ~150W of power. So, on Vision D/G with 8+4 CPU power connectors we can get up to ~450W for CPU (or more, if PSU can provide it by power lines for CPU connectors).
VRM can provide up to 780W, power connectors can provide 450W - it’s enough for very, very powerful overclock.
And comparision of Gigabyte Z490 motherboars and their CPU VRM you can see here:
https://www.tonymacx86.com/threads/...olt-3-i5-10400-amd-rx-580.298642/post-2143785