F5F Stay Refreshed Hardware Desktop Ensure the CPU stays securely within the socket bracket.

Ensure the CPU stays securely within the socket bracket.

Ensure the CPU stays securely within the socket bracket.

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MasterHD7
Senior Member
340
10-07-2016, 05:05 AM
#1
These items have been around for some time. I searched yesterday and mostly found only news articles about them. The main deal was a $5 package from Gelid, but they’re asking for $30 for shipping. Do such products actually exist, and are there places where you can buy them at a better price?
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MasterHD7
10-07-2016, 05:05 AM #1

These items have been around for some time. I searched yesterday and mostly found only news articles about them. The main deal was a $5 package from Gelid, but they’re asking for $30 for shipping. Do such products actually exist, and are there places where you can buy them at a better price?

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07GmanBEAST07
Member
213
10-07-2016, 01:25 PM
#2
This socket includes a lever that secures the CPU inside, ensuring it stays in place. The cooler placed over the CPU adds pressure to maintain this lock. Need details about the product or visuals?
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07GmanBEAST07
10-07-2016, 01:25 PM #2

This socket includes a lever that secures the CPU inside, ensuring it stays in place. The cooler placed over the CPU adds pressure to maintain this lock. Need details about the product or visuals?

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kaeetayel
Junior Member
48
10-14-2016, 01:22 PM
#3
Consent... Updated on March 20, 2022 by An0maly_76 Additional details
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kaeetayel
10-14-2016, 01:22 PM #3

Consent... Updated on March 20, 2022 by An0maly_76 Additional details

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CowieSpy135
Junior Member
15
10-14-2016, 03:56 PM
#4
They're likely referring to the clips designed to secure the CPU within the socket after removing the cooler. This prevents forcing the CPU out with the cooler, as mentioned in the link.
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CowieSpy135
10-14-2016, 03:56 PM #4

They're likely referring to the clips designed to secure the CPU within the socket after removing the cooler. This prevents forcing the CPU out with the cooler, as mentioned in the link.

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BillyJoelMan
Member
140
10-24-2016, 11:14 AM
#5
They're seldom required. Approach carefully and avoid opening the cooler just because it might stick to a glass surface, making disconnection difficult. While the heatsink remains slightly warm for softening the thermal paste, remove it by loosening its screws and gently rotating it a few times (about 15 to 30 seconds) to help the paste separate. Once done, you should be able to lift it without issues.
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BillyJoelMan
10-24-2016, 11:14 AM #5

They're seldom required. Approach carefully and avoid opening the cooler just because it might stick to a glass surface, making disconnection difficult. While the heatsink remains slightly warm for softening the thermal paste, remove it by loosening its screws and gently rotating it a few times (about 15 to 30 seconds) to help the paste separate. Once done, you should be able to lift it without issues.

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DreamDragon
Member
201
10-24-2016, 05:03 PM
#6
Yes, this can happen with AM4 boards. It's not uncommon to encounter problems when disassembling older setups.
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DreamDragon
10-24-2016, 05:03 PM #6

Yes, this can happen with AM4 boards. It's not uncommon to encounter problems when disassembling older setups.

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cursino_8
Member
226
10-31-2016, 07:37 AM
#7
Older pastes behave like glue when cold, and some individuals can forcefully extract the CPU from its socket. The CPU stays secure thanks to friction—each pin is pressed into a V-shaped pad within the socket. When you close the lever, the pin slides sideways into this shape, creating friction from three sides: the socket contact and the plastic when pressed. Intel employs springy contacts, resembling vertical bumps, with CPU pads resting on them. Even pressure across all pins is essential, which is why the Intel socket often includes a bracket to evenly push the CPU from every angle. The highlighted green areas are designed to ensure consistent contact across all pins in the socket.
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cursino_8
10-31-2016, 07:37 AM #7

Older pastes behave like glue when cold, and some individuals can forcefully extract the CPU from its socket. The CPU stays secure thanks to friction—each pin is pressed into a V-shaped pad within the socket. When you close the lever, the pin slides sideways into this shape, creating friction from three sides: the socket contact and the plastic when pressed. Intel employs springy contacts, resembling vertical bumps, with CPU pads resting on them. Even pressure across all pins is essential, which is why the Intel socket often includes a bracket to evenly push the CPU from every angle. The highlighted green areas are designed to ensure consistent contact across all pins in the socket.

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Absham
Member
182
10-31-2016, 08:22 PM
#8
Waterblock restricts any twisting or wiggling, only straight lifting is possible. The Am4 lever locking system isn't strong enough to secure the CPU in place. I need it, but I'm not willing to pay $35. Do you know if these really exist or if they're available somewhere at a lower price?
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Absham
10-31-2016, 08:22 PM #8

Waterblock restricts any twisting or wiggling, only straight lifting is possible. The Am4 lever locking system isn't strong enough to secure the CPU in place. I need it, but I'm not willing to pay $35. Do you know if these really exist or if they're available somewhere at a lower price?

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Rounyx
Posting Freak
838
11-01-2016, 09:38 AM
#9
Absolutely, I understand.
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Rounyx
11-01-2016, 09:38 AM #9

Absolutely, I understand.

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kingomega90
Junior Member
19
11-01-2016, 10:03 AM
#10
It seems you're considering adding some external support for your Mugen 5.
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kingomega90
11-01-2016, 10:03 AM #10

It seems you're considering adding some external support for your Mugen 5.

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