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Server Grade Ultra Thin Blue Heatsink 32mm x 22mm x 3mm

SKU: TD056  |  Brand / Compatible with: MODDIY
$1.99
Availability:
In Stock
(Usually ships within 24 hours)

Product Description

Server Grade Ultra-Thin Blue Heatsink (32mm x 22mm x 3mm)

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Product Reviews

  1. 24 Apr 2025

    Richard G

    Excellent - thank you.

    "Excellent - thank you."

  2. 24 Apr 2025

    Connor L

    being able to easily find an adaptor cable to upgr...

    "being able to easily find an adaptor cable to upgrade a (now 12 year old) prebuilt computer has made upgrading this device a breeze"

  3. 24 Apr 2025

    Jacob S

    Thanks

    "Thanks"

  4. 22 Apr 2025

    Manuel S

    MODDIY helps me bring custom projects to life.

    "MODDIY helps me bring custom projects to life."

  5. 22 Apr 2025

    Doug

    Had exactly what I wanted and got free shipping. Excellent!

    "Had exactly what I wanted and got free shipping. Excellent!"

  6. 22 Apr 2025

    Jerry S

    Excellent

    "Excellent"

  7. 22 Apr 2025

    Vinit S

    Smooth as silk

    "Smooth as silk"

  8. 21 Apr 2025

    Michael B

    Bought the wrong * pin cable first from some ebay ...

    "Bought the wrong * pin cable first from some ebay seller. Good to have the proper information about support for the Optiplex 5050"

  9. 21 Apr 2025

    Darren S

    A++

    "A++"

  10. 21 Apr 2025

    Maykel

    Hope it gets here fast

    "Hope it gets here fast"

  1. 2016-09-03

    Other Horses

    great for M.2 SSD

    "I've been outfitting Samsung 950 Pro M.2 solid-state drives as follows:
    One 32x22x3mm heatsink (SKU SGHS-32B) on the VNAND chips (at the "screw" end of the SSD) and one 38x30x6mm heatsink (SKU GS-UT-38306) on the control chips (near the "connector" end of the SSD, where most of the heat is), both affixed directly to the chips (peeled off the Samsung sticker) using 0.25mm thermal tape (SKU 8810).
    No more thermal throttling! Even with a huge, hot video card heatsink blocking the airflow, the drives complete stress-test benchmarks at full speed, where they used to slow down after only a few seconds."