Can a single unit handle two Intel X5450 processors?
Can a single unit handle two Intel X5450 processors?
So I'm attempting to design a custom water cooling system for my 2 (unfortunately) overheating Intel Xeon X5450. I was wondering if this would be sufficient to handle the heat.
I'm attempting to design a custom water cooling system for my 2 X5450 processors and wanted to know if this would be sufficient. I explored several options including an aluminum heat sink block, a radiator with fans, and a coil kit. The links provided cover various products from eBay, some of which are compatible while others are not. I considered the thermal requirements, noting that each processor has a TDP of 125W. I also looked into alternatives such as a silver coil strip, but questioned its effectiveness in a closed system. Overall, I'm unsure if this setup would adequately cool the X5450s and whether any adjustments are necessary.
I recommend steering clear of aluminum in your cooling loop since your fittings are likely made of brass containing copper. Those chips appear to be 120w TDP components, so a 2x120mm rad might suffice if needed. The pump seems similar to a DDC but is roughly one-third the price—though I’m uncertain about its performance or longevity.
When it comes to watercooling, always expect what you pay for. It’s possible, but be prepared for potential issues.
I suggest steering clear of aluminum in your cooling loop since your fittings are likely brass containing copper. Those chips appear to be 120w TDP components, so a 2x120mm rad might suffice if needed. The pump seems similar to a DDC but is roughly one-third the price—though its performance and longevity are uncertain.
Regarding watercooling, stick to what you pay for—it may not work as expected. Things could go awry, so be prepared.
On a tight budget (under $100), I’m not sure about specific pump or block recommendations.
What about a few quality heat sinks? I already have the suggested ones, but looking for something for LGA771 is really tough.
What temperatures are you observing at load? Other factors such as case airflow or fan performance might be hiding the CPU temperatures. What you see could be a solid investment unless you're opting for extremely low prices, like what you're currently considering. There aren't many options under $100 that offer good quality and won't have problems with corrosion, since most watercooling parts contain copper or brass—combined with cheap aluminum radiators, it can lead to galvanic corrosion unless you use a reliable anti-corrosive treatment.
What temperatures are you observing at load? Other factors like case airflow or fan performance might be hiding the CPU temperatures. You're likely considering a solid investment unless you're budgeting extremely low. There aren't many options under $100 that offer good quality without corrosion problems, since most watercooling parts contain copper or brass, and pairing them with cheap aluminum components can lead to galvanic corrosion unless you use an anti-corrosive treatment.
I tried to assist you, but I need you to be fully informed about possible complications.
I actually resolved the issue... The RAM was raising the ambient temperature, causing everything to heat up. By directing airflow into the RAM, it fixed the problem.