If you are a super enthusiast and want more cooling then you can use an active M.2 cooler that comes with a heatsink with a small fan installed on it. Even a basic aluminum heatsink over the M.2 SSD can help in the reduction of temperature to up to 15 degrees Celsius or more, and if you get a nicely designed heatsink with copper heatpipes then you can expect up to 25 degrees Celsius or more reduction in the temperature. If you have an NVMe or M.2 SATA solid state drive then using an M.2 heatsink can help significantly in lowering the drive temperature. A dedicated cooler whether active or passive helps in reducing the SSD temperature significantly and prevents it from overheating even under extreme running load. Using a dedicated cooler is probably the best way to lower your solid-state drive temperature. Moreover, the case cooling alone does not help that much when you are running the components (CPU, GPU, RAM, etc.) at full load continuously or overclocking them to higher levels. It is not enough in situations where your components do not have a dedicated cooler or the cooler performance is not good enough. Well, improving the case airflow does help in lowering components temperature but to a certain extent only. If your PC Case has a bad airflow design then you can also get a new high airflow case with a front mesh panel and optimized airflow design. To improve the airflow in your PC Case, you should have a high airflow rear fan as exhaust and two high static pressure front fans as intake installed in your PC Case. Improving the airflow in your computer case can lower the temperature of the components considerably. If the airflow in your PC Case is bad then not only the SSD, but other components will also run a lot hotter. Here are the various techniques and ways by which you can lower your SSD temperature and can prevent it from overheating. So, it is always advisable to keep the SSD temperature in the operating temperature range during its lifetime. In some cases, too much overheating may lead to data loss or SSD failure. Moreover, frequent overheating and higher temperatures can reduce the lifespan of the SSD and also the data retention time. The reduction in the performance can go up to 50% or higher depending on the operating temperature. Impact of Overheating on SSDĪlthough, all solid state drives have a fail-safe mechanism when it overheats and during the overheating, the SSD gets throttled and reduces its performance to lower its temperature. On the contrary, it is desirable to get NAND memory chips a little hotter as they work better when they are warmer, particularly during the write operation. The SSD controller temperature should be kept in the specified operating range otherwise it gets throttled and thus reduce the SSD performance considerably. Here, the temperature I am referring to is the temperature of the SSD controller and not the NAND memory chips. The safe operating temperature for almost all the solid state drives regardless of their type is between 0☌ to 70☌.
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