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earlier ones may need bios updates
but its not limited by the chipset itself, if the board mfg picks the cheapest, they always skimp on the vrm and cooling for it since its most likely to be used with a cheap cpu, pentium g or i3
because they dont need alot of power
it is 'compatible' with the i7k/i9k only due to the fact that that the chipset will work with them
but their performance will be limited by the boards ability to deliver power to the cpu
higher end chipsets cost more, and the board mfgs know enough to make them good enough for the highest end cpus power demands without throttling
The 1660 super has a much better design with it's full x16 connection and superior memory bandwidth.
The rtx 4060 only has x8 connection, so half the gpu goes to wasteful design, since developers could have used that for uplift. It also has poor memory bandwidth and relies heavily on fg. It also should really be called the rtx 4050 not 4060, since it closely resembles the 3050 in design choices.
In other words if you get a 40 series, you're really one tier behind what you actually paid for. For example, purchasing the rtx 4060 for $300 is really buying a 4050 in disguise with an inflated price. Nvidia is doing this trick lately and people need to be mindful.
https://www.msi.com/Motherboard/PRO-B660M-E-DDR4/Gallery#lg=1&slide=1
not the best for higher tdp cpus
10 phases total, no cooling, a few for imc and igpu
looks like 8 to cpu corses, +1 to imc +1 to igpu
~20w per phase, if they have good airflow to help cool them
stock cooler does best at that, keeping air blowing at the board
would limit ~160w to cpu cores
which would be ok for the i5
12600k/f//kf max turbo = 150w may be pushing it
https://www.intel.com/content/www/us/en/products/sku/134589/intel-core-i512600k-processor-20m-cache-up-to-4-90-ghz/specifications.html
Like stepping from an i3 12100F to i5 12600K/i7 12700K would just make as you do increase the amount of the cache but also clocks.