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Ultra Thin 6mm Server Chipset Heatsink (38x30x6mm)

SKU: GS-UT-38306  |  Brand / Compatible with: MODDIY
$1.99
Availability:
In Stock
(Usually ships within 24 hours)

Product Description

Ultra Thin 6mm Server Chipset Heatsink (Silver)

38mm x 30mm x 6mm

GS-UT-38306

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Product Reviews

  1. 07 Sep 2024

    gerald S

    good

    "good"

  2. 06 Sep 2024

    Anonymous Customer

    Shipping too expensive

    "Shipping too expensive"

  3. 06 Sep 2024

    Anonymous Customer

    good experience

    "good experience"

  4. 05 Sep 2024

    Kurt

    K

    "K"

  5. 05 Sep 2024

    Anonymous Customer

    Great! Can't wait to receive my product :)

    "Great! Can't wait to receive my product :)"

  6. 04 Sep 2024

    RP

    Easy guest checkout and no sales tax with free shipping. Wohoo

    "Easy guest checkout and no sales tax with free shipping. Wohoo"

  7. 03 Sep 2024

    Nicola A

    Quite expensive transportation costs

    "Quite expensive transportation costs"

  8. 03 Sep 2024

    Massimo D

    Easy to find parts

    "Easy to find parts"

  9. 02 Sep 2024

    Les

    Quick and easy. The diagrams of the connector end...

    "Quick and easy. The diagrams of the connector ends make it super easy to figure out exactly what you need even if you do not know the name of the connector."

  10. 02 Sep 2024

    Dennis P

    Customer Service personnel (specifically Carrie) w...

    "Customer Service personnel (specifically Carrie) were quite helpful and very responsive to questions."

  1. 2016-09-03

    Other Horses

    Perfect size 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."