Large memory slots and Intel processors. Stable memory with AMD and errors with Intel.
Why is there RAM that works with any hardware, but there is one that works without problems with AMD processors, but refuses to work with Intel motherboards, or it works, but Windows can crash into a blue screen (or stupid), and test programs use can the same memory-free memory card fail with AMD? What is wrong with Intel, what is it missing or what is blocked / missing? Why do memory slots with large volumes work without problems with AMD (and indeed any, unless they are really broken or dead), and with Intel pros they don’t (or work, but one at a time, and in a pair there are two identical large slats already not friends)?
Do Intel processors (or motherboard chipsets for them) work differently with memory?
What do Intel processors (or motherboard chipsets for them) need to run large memory slots with them, or the so-called. "for AMD"?
P.S. It's about ordinary, non-server, platforms.
P.P.S. It’s not necessary to write that “these are non-standard standards, the Chinese are riveting kaku” - everything works fine on AMD, and test programs do not give errors!
Memory slots for AMD processors only (and this is only DDR2) use the undocumented features of percent. AMD which is not in percent. Intel Usually it is 4 Gigabyte DDR2, and although there are "normal" memory strips for 4 Gig Intel. but their price is sky-high and it’s practically impossible to get them. It turned out that when they developed and started to release DDR2 memory, they almost immediately did DDR3 and the further development and production of DDR2 stopped, it somehow stopped at DDR2 800 MHz 2 Gigabyte
because a Chinese was found and corrupted server memory
or stole illiquid memory from the factory
and due to the fact that the memory controller in those sockets (archived) is in different places
AMD and Intel --- this is such a canoe
it's all about the memory controller
There are bars for AMD, there are for Intel, for AMD are cheap, for Intel are more expensive, and universal at the price of AMD + Intel
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