Ram placement on the motherboard determines performance and stability.
Ram placement on the motherboard determines performance and stability.
1. Does having RAM nearer improve its speed when placed nearer to the CPU?
2. What prevents RAM from being moved closer to the CPU despite reducing latency?
The benefits of being just a bit nearer to the port are minimal and likely due to measurement inaccuracies. This is the first time I've learned about possible advantages like this. Simply adhere to the suggested DIMM setup described in your motherboard guide.
Shifted to CPUs, boards, and RAM. The top position is typically nearest to the CPU. However, placing a second module on slot #3 instead of #2 offers additional benefits beyond simple delay reduction. Moreover, any minor delays from position changes are negligible overall, making slots #2 and #4 acceptable due to constraints like heat spreaders and cooling systems.
Yes, this is a fact. The slot is usually placed as close to the CPU to shorten the PCI-E lane. To decrease latency. Your OS would be on this M.2. The gain might be negligible. So yes, the closer to the CPU, the lower the latency. The reason the #1 slot is placed close to the CPU is that it is usually PCI-E, not SATA. This might not be the case with every mobo, but most. As far as DIMM slots to use, that wasnt the question. The question was the relevance of the proximity of the memory slots to the CPU. And yes, always follow mobo recommendation.
It's because the default setting always begins near the CPU... Not! Dude. In reading comprehension 101 you learn: "it was more like why." My take is about relevance of closeness. Same thing, different words. They're already as close as it gets to the CPU. Ummm, again. Reading comprehension. I mentioned that in theory. Measurable? I couldn't prove it. But I know it's real. Physics.