How to install AMD EPYC Processor:
Step 1: Slide CPU into CPU Carrier/Guide Frame
You should feel and hear a subtle click when it reaches the bottom of the guiding frame. Be careful not to touch the CPU pins.
Step 2: Lower the CPU Guide Frame Until Both Outer Corners Click
Step 3: Screw Down the Hold-Down Frame
Using a T20 screwdriver, screw down the hold-down frame in 1-2-3 order.
Step 4: Check for Even Torque
A unique T20 screwdriver bundled with some AMD processor boxes was used in the video above. While not completely necessary, this specialized tool ensures that each screw fastening the CPU hold-down tray is evenly torqued. The video also shows each screw being tightened a bit more even after using the lowest power screwdriver torque setting.
If you are doing this without power tools, make sure to tighten each screw evenly. Ensure that you can still unscrew the CPU hold-down guide screws in case you need to remove the AMD CPU again.
How to remove an AMD EPYC Processor:
Step 1: Unscrew CPU Hold-Down Frame
Unscrew CPU hold-down frame with a T20 screwdriver in 3-2-1 order.
Step 2: Lift CPU Guide Frame from Outer Latch Corners
(This is an informal method but better illustrates how to lift the CPU guide frame from under the latches.)
Step 3: Remove CPU
Remove CPU from guide frame using protruding tab then by the sides of the plastic CPU frame.
Be careful NOT to touch the bottom CPU contacts and avoid dropping the CPU, which could damage exposed motherboard CPU pins.
DO NOT leave motherboard CPU pins exposed for too long, as dust/debris may cause improper contact, leading to critical system failure (not POST on power). System RMA (Return Merchandise Authorization) typically takes 3-5 weeks, depending on shipping and part availability.
If you are re-seating the CPU (uninstalling and then reinstalling to ensure secure contact between the CPU and motherboard CPU pins), check for any bent pins before reinstalling the CPU.
If you are preparing the motherboard for shipment, use a CPU tray cover, which is usually included in motherboard boxes pre-installed on the motherboard.
Bent pins + Installing CPU = pressed down bent CPU pins that can no longer be repaired.
Bent motherboard CPU pins typically lead to motherboard repair or replacement costs
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