True for notebooks.
(For years my home NAS was an old Asus EEE PC)
Desktops, on the other hand, tend to consume a lot more power (how bad it is, depends on the generation) - they’re simply not designed to be a quiet device sitting on a corner continuously running a low CPU power demanding task: stuff designed for a lot more demanding tasks will have things like much bigger power sources which are less efficient at low power demand (when something is design to put out 400W, wasting 5 or 10W is no big deal, when it’s designed to put out 15W, wasting 5 or 10W would make it horribly inefficient).
Meanwhile the typical NAS out there is running an ARM processor (which are known for their low power consumption) or at worse a low powered Intel processor such as the N100.
Mind you, the idea of running you own NAS software is great (one can do way more with that than with a proprietary NAS, since its far more flexible) as long as you put it in the right hardware for the job.
True for notebooks. (For years my home NAS was an old Asus EEE PC)
Desktops, on the other hand, tend to consume a lot more power (how bad it is, depends on the generation) - they’re simply not designed to be a quiet device sitting on a corner continuously running a low CPU power demanding task: stuff designed for a lot more demanding tasks will have things like much bigger power sources which are less efficient at low power demand (when something is design to put out 400W, wasting 5 or 10W is no big deal, when it’s designed to put out 15W, wasting 5 or 10W would make it horribly inefficient).
Meanwhile the typical NAS out there is running an ARM processor (which are known for their low power consumption) or at worse a low powered Intel processor such as the N100.
Mind you, the idea of running you own NAS software is great (one can do way more with that than with a proprietary NAS, since its far more flexible) as long as you put it in the right hardware for the job.