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Joined 2 months ago
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Cake day: September 23rd, 2026

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  • The computer has been fine

    It had not.

    It will probably continue to be fine .

    It would not.

    once the op gets a heatsink on their ssd

    If you put a heatsink in an oven set to 100C, does it become cooler? Technically, yes, but- “LA LA LA I CANT HEAR YOU!!!”

    They did not ask us to help them price out and build a new computer

    “Doctor, I’m here for medication for my 4 year long bloody cough.”

    “Here are your antibiotics and some benadryl. Off you go!” (In comic book villain voice: "You fool! You should’ve known to ask for an x-ray, ct and all the other doctor-ey things only I could know about! Only a matter of time now rubs hands gleefully as maniacal laughter echoes)

    Also, a shitty case with 2 well positioned fans would still have leagues better airflow for a fraction of the cost of a 1TB ssd and a fraction of a fraction of replacing the entire pc.

    There’s uh, also a pretty flagrant degree of classism in your replies that might not go over well on the left wing servers like ml. Just be aware.

    Is it classism to call someone an asshole for falsely claiming to have experience they do not, defying reason for the sake of ego and all at the expense of someone else? Because if it is, you’re still an asshole.

    EDIT: Wait. you’re right. Even if I was working with your inflated analogy where you likened yourself to a trauma surgeon, comparing you to a janitor was disparaging to extremely hard working people everywhere. I take it back. You’re not a janitor. You’re the guy that keeps finding their way into the operating theater and masturbating ferociously in the corner.



  • What does the present +22C leap from expected idle ssd temps signify? How much energy does this take, where is it coming from and how much do you expect it to drop with even a puny 60mm fan circulating air in the area? What does not addressing this signify for overall system lifespan?

    It doesn’t take much experience to get these answers right (which you have loads of!!!) but it does take skill to be this wilfully dense. Which puts you among that one group of people you always find in any newbie-oriented hardware forum, people who offer bad but seemingly well-meaning advice, but are well-meeaning only up to the point where they have to admit they are wrong at which point they do what you’re doing and double down for ego’s sake. This deserves ire.

    FYI when a real trauma surgeon hears “heart problem”, they’re thinking beta blockers, blood thinners and vasodilators - you know, the stuff most cardiac patients take that would cause you to bleed out on the operating table without special precautions. An ironic demonstration of your inability to scratch beyond the surface of any given topic. I bet you don’t even clean the toilets properly.



  • 3 dead ssds

    67C idle ssd temps instead of ~45

    OP mentions ‘other’ overheating components

    Pics of a case that’s basically a cramped oven

    Pics of ssd on back of case in dead air envt

    Based on what we know about the pc it’s going fine

    Dumbass.

    Why not just wait and see how things turn out?

    The knowledge and experience to reliably predict how this will end and empathy for anyone who has to deal with a PC sudden (or more likely slow and bizarre) death event.

    There’s no need to continue to be insulting and confrontational.

    Talks out their ass and defends it to the death when called out at the expense of OP

    Okay dumbass.





  • They asked about how to stop losing ssds in an environment with passive cooling and the answer is a heatsink.

    Their pc has vents and is designed to rely on passive cooling. Perhaps it will last a long time, perhaps not.

    And how’s that going considering 3 ssd failures and current idle temp of 67C versus the expected 40’s? You’re clearly not so dumb that you don’t know that a heatspreader will have its limits when you’re up against dead air so this is plainly what’s called being wilfully obtuse. And OP is the one who will suffer for it.

    rushing into the operating theater to disrupt an in progress remediation of gunshot trauma to inform the staff that the persons heart disease is a big deal

    Funny, I’d liken your advice to putting a bandaid on a gunshot wound. But keep telling yourself you’re a trauma surgeon and not the janitor in a lab coat that OP was unfortunate enough to stumble into. Learn to admit when you’re wrong.


  • Jeebus that’s one heckuva wall of text. I skimmed:

    ca glue

    When it comes to the broader “superglue” you mentioned, I’ve used several that create a bond by melting the surfaces it’s applied to. I get it - you were trying to get across “metal good” and “superglue” just gets across easier. But if you knew the horror stories I’ve seen in the process of helping thousands of newbies troubleshoot hardware issues, you wouldn’t be so flippant about your instructions.

    Based on the ops own post, the ssd is idling at 67 or so c. We wanna keep it below 90 for [explanation redacted].

    the heat is coming from inside the ssd

    OP’s ssd that should be idling in the 40C range is idling at 67C. Do you think addressing just the ssd temps with a heatsink will solve OP’s issue or is there some core problem that needs to be addressed before we even start talking about ssd load temps? With 3 ssd failures so far and unaddressed heat issues in other components reported by OP, how long do you think OP’s motherboard, PSU or other components are going to last?


  • You have a reply saying that a heatsink won’t fix the problem. That person is deadass wrong.

    I’m assuming you mean me. I suggest you read what I wrote again before you apply your “years of experience” because your terrible advice will leave OP with a dead PC in a couple years at best. I’m not saying an nvme heatsink won’t reduce the ssd’s temps. I’m saying you’re setting a heatgun at 100C, aiming it at the nvme and now attempting to fix the “heat issue” with a heatsink. The nvme temps are the tree in the forest and OP is better off addressing the core problem, airflow, which will both reduce nvme temps and prolong the life of the entire pc.

    The problem is that the ssd gets hot when it does stuff. A passive heatsink provides more thermal mass and more surface area with a greater capacity to transfer its heat into the air. That will, 100% improve things.

    Wrong. The SSD also gets hot when the rest of the PC “does stuff”, including the cpu and/or gpu which are often the leading contributers to internal temps. More thermal mass and surface area will mean little if the ambient temps are high. You have all these case manufacturers making high end cases with 8+ fan mounts for a reason - because of how important moving hot air away from the hardware components is. Your solution will absolutely not improve things a 100%.

    I am speaking from years of experience when I say the following: a half inch nut from the hardware store superglued to the package

    Please don’t do this OP. Superglue typically bonds two materials via chemical reaction and will damage your hardware, removal will also be a nightmare depending on the glue. I’m assuming OP wanted to say thermal adhesive but superglue sounds more “hack-ey” when trying to impress a novice I guess.


  • Your doubts are warranted. Heatsinks at best drop component temps to ambient temps, so the heat from the cpu and gpu in such a tightly packed environment will severely limit any benefit it can offer. So this is sort of like debating whether to upgrade from 2" plastic wheels to 3" rubber/steel wheels on a pickup truck.

    Heat is the enemy of electronics and considering the cost of internal components, investing in even an ultra-budget case with 2-3 fan mounts and some fans will always be worth it. Because if the motherboard dies tomorrow, most people would find themselves up shitts creek without a paddle.