![]() ![]() I'm not sure of the technical limitations, but if I were to speculate I'd look at the high speed link between the two CPU's as possibly having timing issues, but it could just be laziness to not create more robust chipsets and BIOS software to support independently configuring the two CPU's. I'm not aware of any dual socket motherboard which allows this. On installing a second CPU which is different than the first. The switch allows AMD to cram more contact points into the Zen 4 chips. Why would anyone pay 2-3X for one of these motherboards without installing 2 CPU's from the outset? I suppose it is possible, but it just doesn't make a lot of financial sense. Here you can quickly compare any Zen 3 microprocessor in socket AM4 compatible package with all other CPUs for the same socket and microarchitecture. So with that, it costs a lot more to design and build a motherboard for dual CPU's, and if you have one CPU missing then half the memory slots and PCIE slots are dead. ![]() Memory sockets also will just be wired to a single CPU. 3 Ryzen 5000 CPU when they become available next month you need a x570. With 2 CPU sockets, each PCIE slot is wired to just 1 of the 2 CPU's, often alternating down the motherboard and sometimes even color coded. will support AMD Ryzen CPUs with more than eight cores even though no such. This is why you should always install your GPU in the top slot. If you need additional PCIE slots on the board, sometimes they will be wired to the chipset, which will funnel through a single PCIE link to the CPU - less than ideal, but works fine for less demanding devices. ![]()
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