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Cake day: November 16th, 2022

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  • I wouldn’t think so. 5400 rpm drives might last longer if we’re specifically thinking about mechanical wear. My main takeaway is that WDC has the best. I would use the largest number available which is the final chart which you also point out. One thing which others have also pointed out that there is no metadata included with these results. For example the location of different drives, i.e. rack and server-room specific data. These would control for temperature, vibration and other potential confounders. Also likely that as new servers are brought online, different SKUs are being bought in groups, i.e. all 10 TB Seagate Ironwolf. I don’t know why they haven’t tried to use linear or simple machine learning models to try to provide some explanatory information to this data, but nevertheless I am deeply appreciative that this data is available at all.








  • I get that. But I think the quote refers to corporate infrastructure. In the case of a mail server, you would have automated backup servers that kick-in and you would simply pull the rack of the failed mail server.

    Replacing drives based on SMART messages (pets) means you can do the replacement on your time and make sure you can do resilvering or whatever on your schedule. I think that is less burdensome than having a drive fail when you’re quite busy and being stressed about having the system is running in a degraded state until you have time to replace the drive.