The problem with relying on peoples past experiences of drive failures is that it’s a lagging indicator. That is we can only say retroactively what was better or worse, but of course that means little of current gen hardware. The reality is that the drives people see failing are always the ones they have. Backblaze data tends to be a little better just because of the sheer volume, but again, the fact that drive X1 failed at a marginally higher rate than drive Y1 doesn’t mean that drive X2 will fail at a significantly higher rate than drive Y2.
All this is to say that all modern drives are actually amazingly reliable and also that they will all eventually fail. Strategize your data usage with the later fact in mind, and then pull the trigger on whatever drives feel most useful to you. I’ve done builds with WD and Seagate Exos drives recently and both are still operating perfectly with no failures… but who knows what will happen down the line.
The problem with relying on peoples past experiences of drive failures is that it’s a lagging indicator. That is we can only say retroactively what was better or worse, but of course that means little of current gen hardware. The reality is that the drives people see failing are always the ones they have. Backblaze data tends to be a little better just because of the sheer volume, but again, the fact that drive X1 failed at a marginally higher rate than drive Y1 doesn’t mean that drive X2 will fail at a significantly higher rate than drive Y2.
All this is to say that all modern drives are actually amazingly reliable and also that they will all eventually fail. Strategize your data usage with the later fact in mind, and then pull the trigger on whatever drives feel most useful to you. I’ve done builds with WD and Seagate Exos drives recently and both are still operating perfectly with no failures… but who knows what will happen down the line.