Bradley Lewis59 said:Did you mean terabytes instead of gigabytes? 😁
I've got two 3TB Western Digital Green drives. One's sitting in my NAS, running 24/7 for a few years now, and it's still going strong.
My bad! I've been staring at MB and GB all day, so I just slipped up out of habit... I think one thing and type another.
As you can see, everyone’s experience is different, and we all have different needs. The only time things really go south is if a manufacturer releases a specific series that's a total dud (the last thing that comes to mind was that 250 GB Western Digital issue with certain firmware, but back then, the factory tools would claim everything was fine even when the drives were totally shot 😁 )
If I remember right, with those 1.5 and 3 TB(!) models, they started moving toward higher areal density, sometimes even using just a single platter (correct me if I'm wrong, I'm just typing from memory)
That doesn't really apply to the WD 3 TB, though, since they had their own evolution.
Your NAS setup isn't really comparable to this study. Your NAS is basically just serving a few family members, whereas a cloud service is dealing with millions of users. The study points out that they messed up by using power-saving models that aren't optimized for massive drive arrays, because those drives are programmed to constantly spin up and down to save energy. You probably aren't hitting your NAS with constant, heavy parallel requests 24/7.
That’s exactly why we have desktop, NAS, enterprise, and even surveillance models—they're built for continuous high throughput rather than constant spinning up and seeking...