hello, I saw a video on the specifications of the Raptor lake and it is stated that they will support a max of 5600MHZ on ddr5 against the 5200 supported by the alder lake,
now I wonder, in the face of the maintenance of the same CPU socket and the minimum performance improvement of the 13th gen (keeping the production process the same and the p-cores the same as those of the 12th gen) isn't there something that can be done via software from the bios on a gen to make ddr5 work (maybe even in the future) at frequencies higher than 5200?
(Obviously I know that some people already do this they carry ddr5 at much higher frequencies, but I don't think they do it with full knowledge of the facts). So obviously besides the RAM ov, to remove the CPU limit of max supported frequency (5200MHZ in the case of alder lakes)
I don't know if it would make sense to overclock in this regard, if on the e-cores (which perhaps limit the latency of the data exchange with RAM) p-core, or the memory controller on the CPU.
Or maybe touch some other CPU-related setting that isn't overclocked. If you have any options based not on my assumptions that I have mentioned but on the technical side I would be very happy to hear from you.
[Moderator edit to break up solid paragraph of text.]
now I wonder, in the face of the maintenance of the same CPU socket and the minimum performance improvement of the 13th gen (keeping the production process the same and the p-cores the same as those of the 12th gen) isn't there something that can be done via software from the bios on a gen to make ddr5 work (maybe even in the future) at frequencies higher than 5200?
(Obviously I know that some people already do this they carry ddr5 at much higher frequencies, but I don't think they do it with full knowledge of the facts). So obviously besides the RAM ov, to remove the CPU limit of max supported frequency (5200MHZ in the case of alder lakes)
I don't know if it would make sense to overclock in this regard, if on the e-cores (which perhaps limit the latency of the data exchange with RAM) p-core, or the memory controller on the CPU.
Or maybe touch some other CPU-related setting that isn't overclocked. If you have any options based not on my assumptions that I have mentioned but on the technical side I would be very happy to hear from you.
[Moderator edit to break up solid paragraph of text.]
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