1/23/2024 0 Comments Health status ssd![]() I too have a Kingston OEM NVME SSD of the same size pulled from a laptop and I have to agree that its performance is weak compared to DRAM-less NVMEs. To be sure you'll have to run crystaldiskinfo before and after a clean boot and a boot after bad sleep. Maybe that doubles or triples the number of writes after boot. If there's an improper shutdown, yes there might be some extra writes to clean up, but it's not like it does some giant memory dump like what BSODs can do (depending on system config). If you have a small amount of RAM (8 GB) or fill up your RAM quickly/often, that can result in higher swap file usage, which is stored on the boot drive. I wouldn't be concerned necessarily, but if you want to decrease the total writes happening, then I would disable hibernate unless you really need that functionality, as Hibernate writes RAM to disk. Fast start up is also on.Īs a potential solution so maybe I can try that and stop using hibernate.īut just a question, when I put the laptop to sleep/close the lid after a while the laptop will go into hibernation unless I disable it right, ensuring that data is only written to RAM? With this sleep coma issue, the only workaround I have found was to put the laptop into hibernation and I have been doing so since I upgraded to this SSD. ![]() ![]() Now that you mentioned hibernation that seems like the more logical culprit. You can try to reduce writes to the drive, such as disabling Windows Fast Start and never using hibernation. Regardless, 10% in a year still implies you have 9 years of life left in it. ![]() Difference might be due to write amplification. I believe that drive is rated 350TBW so at about 23TB written that should only be around 7% used. The percent used stat is on "A" hex, which is 10, hence 90% life remaining. ![]()
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