Beautiful logo at launch.
Everything started without problems, there are no limits, the frequency is almost 4400.
I have not tried to overclock the memory and load it yet, I will add it later.
For the 11th generation of Rocket Lake, you need to carefully choose motherboards according to two criteria - the ability to keep the processor at maximum frequencies, the ability to power it, and the ability to successfully remove the resulting heat (TDP).
For example, there is an i5-11600K, it has a base 3.90, a maximum of 4.9. Unlock and gives him 3.9 base. And there is an i5-11400, it has a base 2.60 GHz, a maximum of 4.40. The base differs greatly, and the maximum differs slightly. The main difference between the two is that the i5-11400 is choked with a TDP of 65 watts. Not by blocking the multiplier, but by the thermal package. Previously, Intel blocked the multiplier in the processor itself and there was nothing to be done. But over time, a turbo boost appeared, which, under load, increases the frequency. Because of the turbo boost, Intel can no longer just lock the multiplier, because then they will immediately lose the competition. And they did it through a thermal pack. But here, because of competition, I had to make a 560 chipset that allows you to drive memory, and at the same time, or through an oversight, they allowed to remove restrictions on the thermal package, but they didn’t take into account that it was within the limits of the thermal package that the pricing policy for processors was determined in terms of more expensive/cheaper. As a result, it turned out that with a huge difference in price, the same difference in performance will be only if this thermal package is observed. If you do not comply with it, then due to the technology of temporarily increasing the frequency under load (turbo boost, which is controlled only by the thermal package, which, as it turned out now, can be changed and not observed), you can increase the frequency by a constant and get a constant level performance on the younger model older model.
Continuation to comment.