yes, it would be cl14 in both cases, the difference would be in the use of lower voltages with the consequent benefit of temperature and consumption, 3200 cl 14 needs vsoc 0.956 v and ram 1.29 v instead 2933 cl 14 needs vsoc 0.887 v and ram 1.24 v
I have a 2700x with an nvidia 1080 ti, he performed many tests with b-die memories at 2933 and 3200 cl14 and the difference is very small and in some cases negligible, for a normal user on a day to day basis the difference of 2933 to 3200?
maybe I have expressed myself badly, nor do I refer to memory compatibility with the motherboards, I mean that the maximum memory supported by the 2700x according to AMD is 2933 and everything that happens over 2933 is overclocking.
maybe I have expressed myself badly, nor do I refer to memory compatibility with the motherboards, I mean that the maximum memory supported by the 2700x according to AMD is 2933 and everything that happens over 2933 is overclocking.
The maximum memory officially supported by ryzen 2700x is DDR4 2933 Mhz, does it represent any danger or would the life expectancy for the cpu shorten the memory?
if 2933 is completely stable ... does it compensate for the work to go up to 3200 or is the difference in performance minimal?
Hello, I read all the thread and I see that the maximum admissible voltage for ddr4 would be 1.50 volts to avoid damaging the IMC (as he says Robert Hallock) , but ..... what is the maximum frequency at which Infinty Fabric can work without risk of damage?
What is the maximum frequency limit at...
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