If it has that temperature on the outside, then that necessarily means it has that temperature (and presumably another 3-5☌ more) on the inside, too.įor some components (the CPU, notably) that's a total non-issue, but for other components, it's not so awesome if a long life is desired. The notebook itself reaches peak temperatures on the outside of 50-55☌. 'stress test', you will find that under high load the CPU reaches around 90-92☌ (which is acceptable) and throttles down to 1.5GHz. There are different aspects to consider, the most important one for this particular notebook being that its cooling is rather insufficient for that purpose, so it will get hot (generally an issue with notebooks, they're not designed for that purpose). Though I guess you can probably do it, if you don't plan to do it for months.

Professional users, gamers, and other power users often design their own computers specific to their anticipated usage. If it's a common thing for your computer, especially over long time periods, you may want to understand the associated heat and wear issues. If your CPU is running at 100% in short bursts, I wouldn't typically be too concerned by that in most cases. Power-supply unit (PSU) wearing can also be an issue. A complicating issue with fans can be that if one wears out, but you don't notice it or monitor the related temperatures, then something might get excessively hot before the fan's failure is noticed.

Servers and professional workstations often have disk drives designed to handle heavier loads.Ĭooling fans continuously running at max might get worn out. if it's constantly rewriting log files, then that might be something to check into. So if you have an app that's constantly maxing out a disk drive, e.g. Most (I think?) disk drives aren't made to be continuously used at max capacity. a heavily used server might watch out for heating on its network card while a computer with an embedded radio device might watch out there, but those seem to be less common sources of concern for typical users. There're other heats that one might watch out for, e.g. I haven't heard of overheating being a big problem with most lower-speed hard-disk drives (HDD's) and solid-state drives (SSD's). 15,000-RPM hard disks, can have trouble with overheating. Some vendors'll sell fans with their high-frequency RAM for this reason. RAM (memory) temperatures can be an issue especially with highly overclocked RAM. I think I've seen even little Flash games in a browser go hard on a GPU, presumably due to inefficiency. GPU temperatures can be a big issue for folks who make heavy use of the GPU, including gamers, graphics professionals, and those who use GPU's as computational co-processors. This can be more dubious in the case of compact devices, e.g. A lot of folks ignore it and assume that it's probably fine as long as the other hardware temperatures are in-control, which seems to be a reasonable guestimate in most cases so long as there's also good air circulation inside of the box. So, monitoring the CPU temperature is usually the initial focus.Ī related issue is the motherboard's temperature. In most cases, most heat will come from your CPU – which'll likely be the concern if you're observing 100% CPU usage (which is different from 100% GPU usage, 100% disk usage, 100% network usage, etc.). Is a piece of hardware that can get worn out being used too much? For example, some consumer disk drives aren't made to be constantly reading/writing data. Is your CPU, GPU, motherboard, RAM, disk, etc., getting too hot? There're two common things to watch out for: with engineering simulations or data analysis. This is common practice in computational work, e.g. Tl dr– Issues like overheating and excessive wearing can be important considerations for computers that handle heavier loads.Ī lot of folks do run their computers continuously at ~100%.

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