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SilverStone Releases the TP01-M2 Thermal Pads for Your M.2 SSD

Discussion in 'News' started by Raevenlord, Mar 17, 2017.

  1. Raevenlord

    Raevenlord News Editor Staff Member

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    That some M.2 SSDs throttle their speeds because of increased operating temperatures has already been demonstrated. Some companies, like Plextor, have even launched M.2 SSDs with specifically-developed heatsinks to reduce operating temperatures and thus reduce performance degradation. Other companies, Like MSI, have started incorporating M.2 heatsinks on their motherboard design, looking to attract more customers on the prospect of increased SSD performance - though some say the merits of MSI's approach are debatable.

    Now, SilverStone has announced a more cost-effective - and compatible - way of improving thermals of your M.2 SSD of choice, by introducing its TP01-M2 thermal pads. These pads are colored blue (because blue means cool, see?), and the company claims their usage on a Samsung SM951 SSD brought about improvements of around 15ºC in the operating temperatures, down to 71ºC from the 86ºC sans thermal pads. These go for around 5€ a pack, which comes with two 20 mm (W) x 100 mm (D), one with 0.5 mm thickness, and another with improved cooling capabilities but a greater 1.5 mm thickness.

    [​IMG] [​IMG] [​IMG] [​IMG]

    Source: Silverstonetek
     
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  2. Hood

    Hood

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    "Heat conduction pad" - where is it conducting this heat to? This just covers the components, how does that reduce heat? For a thermal pad to work, it must conduct the heat into a heat sink, which then dissipates it into the surrounding air through fins. This is more marketing BS, just like MSI's "solution".
     
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  3. P4-630

    P4-630 The Way It's Meant to be Played

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    Only way to test it is to buy it, it's only 5€ a pack, why not.
    I would probably use it in combination with a good heatsink though.
     
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  4. Beertintedgoggles

    Beertintedgoggles

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    Wait... are they insinuating that red is bad???? Red means fast!! Leave these pads in the trash for fast performance!

    Edit: In reference to the pictures with no metrics involved whatsoever.
     
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  5. erixx

    erixx

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    it is easy , me thinks... it transfers heat to the pcb, metal bracket etc.
     
  6. Caring1

    Caring1

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    Nothing a small fan can't fix.
     
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  7. nemesis.ie

    nemesis.ie

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    Yes, the pics are really bad, it appears to sit UNDER the SSD and conducts heat from the back side to the motherboard or card PCB and thus a larger surface area/removing "trapped" heat under it.

    So it could actually help a bit. A second one on the top with a bit of aliuminium attached would likely be even better.
     
    Last edited: Mar 17, 2017
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  8. Dj-ElectriC

    Dj-ElectriC

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    I didn't understand how helpful this thing is until:

    [​IMG]


    [​IMG]

    Now it all makes sense to me.
     
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  9. peche

    peche Thermaltake fanboy

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    pretty much in the point,

    not making so much sense, since PCB its under m.2 ... were airflow its minimal ...but watching carefully the images, seems like you are in the point,

    i still preffer using small heatsinks ... than using that crap

    Regards,
     
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  10. deu

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    My mind is still blown by the fact that they have somehow un-undiscovered aluminium cooling and are so set on NOT discovering it for SSD's. "Its not like it work passive for stuff using way more watts RIGHT!?!!" - (somone who owned a nForce 680i SLI mobo...)
     
  11. AsRock

    AsRock TPU addict

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    Nothing what any other thermal pad could not do too lol.
     
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  12. Prima.Vera

    Prima.Vera

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    I think some review should be in order
     
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  13. nemesis.ie

    nemesis.ie

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    Yes, you are effectively just paying for the shape/cutting.

    As P.V says, we need a review, if it does something useful I'm sure I have some pad material on the shelf I can pop in.
     
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  14. AsRock

    AsRock TPU addict

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    Yeah a review would help along with a price tag, so we can see how much your paying for the name.
     
  15. DeathtoGnomes

    DeathtoGnomes

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    so why not just add a few copper square heatsinks to the top of each chip?

    something like these.

    [​IMG]
     
    Last edited: Mar 19, 2017
  16. Hood

    Hood

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    Much more effective, I used these on my Pi2's chips, with good success.
     
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