Server memory: Midnight vote/request polling for feedback
Server memory: Midnight vote/request polling for feedback
This setup means the fans handle both airflow into and out of the system. It’s often described as intake and exhaust. The layout you mentioned reflects this configuration.
The air feels already quite restricted due to the drive bay and the taller module well, which could cause more interference. Because the LP modules include a heatsink, their heat dissipation will be significantly better than that of the taller dimms.
About half of the explanation makes sense. The system isn't overly restricted. The fans provide strong airflow, and I added the second-row set to improve circulation. While better heat removal is expected, I'm worried about air movement between the modules. I plan to make a custom air baffle and ensure minimal gaps for DIMMs. You're right about the tight tolerances in RAM slots—heat spreaders help, but they only work effectively if air moves freely between modules, not just over the top. I suspect this is why standard modules are common; they pack components so closely that horizontal alignment is essential. It also makes sense for 1U systems where air must navigate extremely tight spaces. The final design will rely heavily on precise airflow planning, which I can only speculate about without detailed simulations.
The more I consider it, the clearer it becomes for air to pass through the modules as intended. Either way, they should function well together and it won't be an issue picking either option.
I'm comfortable with that. The key consideration is height, which guides my approach to sizing the air shroud. Likely I'll opt for LP for straightforward scaling. If possible, check out my current configuration to get a real view of the technology in action.
Keep an eye out for the details inside. --hold on, I’ve got a neat photo of the hardware somewhere...