F5F Stay Refreshed Hardware Desktop Remove CPU from Dell T3500 case

Remove CPU from Dell T3500 case

Remove CPU from Dell T3500 case

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superQ71
Member
65
04-08-2021, 08:12 PM
#1
Checking if it's possible to take off the CPU backplate for a cooler upgrade.
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superQ71
04-08-2021, 08:12 PM #1

Checking if it's possible to take off the CPU backplate for a cooler upgrade.

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totesmagotes0
Junior Member
9
04-10-2021, 09:08 PM
#2
The Dell OEM heatsink performs excellently when attached with a fan. Which CPU model are you using? This setup can easily support a W3680 or W3690 overclocked to 4.0 GHz. Also, the T3500 is compatible with Xeon processors for overclocking.
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totesmagotes0
04-10-2021, 09:08 PM #2

The Dell OEM heatsink performs excellently when attached with a fan. Which CPU model are you using? This setup can easily support a W3680 or W3690 overclocked to 4.0 GHz. Also, the T3500 is compatible with Xeon processors for overclocking.

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KablooieKablam
Posting Freak
908
05-01-2021, 06:08 AM
#3
It's an X5675 model, and I thought adding a fan would help. My problem is the house gets very hot in summer and warm in winter with wood heating, so I need more heat output. I was thinking of something for LGA1366 servers, but my board already has CPU mounting screws for the standard cooler. No one seems to have upgraded it, right?
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KablooieKablam
05-01-2021, 06:08 AM #3

It's an X5675 model, and I thought adding a fan would help. My problem is the house gets very hot in summer and warm in winter with wood heating, so I need more heat output. I was thinking of something for LGA1366 servers, but my board already has CPU mounting screws for the standard cooler. No one seems to have upgraded it, right?

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GrapieDS
Junior Member
14
05-11-2021, 10:53 AM
#4
What are the temperatures on those CPU cores? The X5675 stays cooler than the W3680 I had in my T3500 because it can’t be overclocked. These chips don’t use AVX commands, which means less heat and lower temps compared to today’s processors, especially during stress tests with Prime95. X58 models can handle up to 100°C, which is Intel’s suggested safe limit per core. During testing, adding a fan to the OEM cooler reduced temperatures by around 35°C. Using a fan with a lower voltage helped keep things quieter without sacrificing performance. If you stick with your existing cooler, consider reaching out to Retrorockit on TechPowerUp for advice about overclocking X58 CPUs on Dell T3500 and similar boards. They also post regularly on the Dell Workstation Owner’s Club forum. In theory, those motherboard stands should be easy to take off, though it might depend on the design. If not, you could try removing the screws and springs from your new heatsink. Edit – Here are some examples: the TS Bench under full load at 4133 MHz with the CPU running smoothly, and the temperatures stayed well within limits.
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GrapieDS
05-11-2021, 10:53 AM #4

What are the temperatures on those CPU cores? The X5675 stays cooler than the W3680 I had in my T3500 because it can’t be overclocked. These chips don’t use AVX commands, which means less heat and lower temps compared to today’s processors, especially during stress tests with Prime95. X58 models can handle up to 100°C, which is Intel’s suggested safe limit per core. During testing, adding a fan to the OEM cooler reduced temperatures by around 35°C. Using a fan with a lower voltage helped keep things quieter without sacrificing performance. If you stick with your existing cooler, consider reaching out to Retrorockit on TechPowerUp for advice about overclocking X58 CPUs on Dell T3500 and similar boards. They also post regularly on the Dell Workstation Owner’s Club forum. In theory, those motherboard stands should be easy to take off, though it might depend on the design. If not, you could try removing the screws and springs from your new heatsink. Edit – Here are some examples: the TS Bench under full load at 4133 MHz with the CPU running smoothly, and the temperatures stayed well within limits.