Smaller doesn’t matter if they’re going in a 3.5" tray. There are some models that only come with 2.5" trays, but go figure, the only 2.5" model that isn’t a 5-figure all-flash enterprise-scale model is one of our least popular models
Not sure whether adding more power consuming devices results in less power consumption, though. I guess it depends on drives power usage and files use.
If the NAS supports tiered storage, you benefit from high I/O performance for things like video editing.
My home storage is a NAS connected over 10GbE, I never bothered trying to play games off of it, but I’ll bet they’d run great. Read & write over the network at 10 gigabit is faster on a machine with (separate) RAID arrays of SSDs and HDDs than internal SATA3 connectivity which is kind of bonkers for a home user. Plus that has virtual machines and cloud backups running on the NAS side.
Not much point in using SSDs in a NAS if it’s there just for holding your files
Lower power usage and smaller and maaaaaaaaybe better reliability. I’d probably do it if it was cost competitive… but it’s not yet.
Smaller doesn’t matter if they’re going in a 3.5" tray. There are some models that only come with 2.5" trays, but go figure, the only 2.5" model that isn’t a 5-figure all-flash enterprise-scale model is one of our least popular models
Not sure whether adding more power consuming devices results in less power consumption, though. I guess it depends on drives power usage and files use.
If the NAS supports tiered storage, you benefit from high I/O performance for things like video editing.
My home storage is a NAS connected over 10GbE, I never bothered trying to play games off of it, but I’ll bet they’d run great. Read & write over the network at 10 gigabit is faster on a machine with (separate) RAID arrays of SSDs and HDDs than internal SATA3 connectivity which is kind of bonkers for a home user. Plus that has virtual machines and cloud backups running on the NAS side.