That's why moist can be "overclocked" to more than that.The manufacturer of the RAM ICs says it's DDR4-2666. JEDEC is also similar but may include even more detailed settings.Ĭonversely, if CPU can run from a set minimum frequency to it's maximum frequency on all cores is also just a set of steps in frequency and not real overclock but just normal operation within given (projected) parameters set by manufacturer to their least successful sample. Some RAM has several such XMP profiles that are just set of instructions for BIOS to set memory to certain frequency including other settings like Cas and voltage for instance for it to work at all or at it's best performance. That is not a traditional overclock that meant going over manufacturer's recommended frequencies. The CPU does achieve an extra 12-15% performance uplift thanks to overclocking.CountMike said:Well, I wouldn't consider XMP as a real overclock but just as a maximum clock (frequency) manufacturer considers as full speed for that particular RAM stick model. One thing that should be pointed is that the AMD Ryzen 7 5800X3D runs really hot when overclocked and that can be seen in SkatterBencher's review where despite using a custom-loop cooling kit, the chip peaked out at over 90C. A reference clock of 106.99 MHz was used with a stock multiplier of 45.5x. This was achieved on the latest 1.G5T2 BIOS (AGESA 1.2.0.6 Patch C). To achieve this overclock, the voltage was set at 1.256V for the AMD Ryzen 7 5800X3D CPU which is below the 1.35V wall for the chip itself.
MSI MEG X570 GODLIKE Overclock For 5800X3D CPU: MSI's flagship MEG X570 GODLIKE has a very similar feature on board and it looks like they are using it to achieve an even higher overclock of 4.86 GHz (4868 MHz). ASUS's Voltage suspension feature is useful since it retains the 1.35V limit and doesn't exceed it. As expected, motherboards with external clock generators can still allow certain overclocking by pushing the reference clock beyond its stock profile.
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