Sure. My point was that even for 100mbit/s, even UHD could probably still be streamed.
HDDs can probably max a 1gbit/s connection as well (often get 150MB/s sequential), which is more than sufficient for multiple IHD streams. Moving to 10gbit/s really isn’t needed for anything, and SSDs aren’t needed either to max a gbit/s network, unless doing random reads (i.e. lots of small files).
All true. But what if you aren’t just storing media for consumption? What if you’re doing photo editing, video editing, etc? If your NAS is either flash-based or has a flash cache, that extra speed can be really useful.
Are you saying you’d be loading all that data strictly over the network instead of having a local copy that gets synced periodically? That would be terrible on a 100 mbit/s line… If that was my workflow, I’d run 10 gbit/s cable everywhere and make sure clients had at least 2.5G.
I use my NAS for local backups and streaming when we watch something as a family. 100 mbit/s would be fine for that use case.
Sure. My point was that even for 100mbit/s, even UHD could probably still be streamed.
HDDs can probably max a 1gbit/s connection as well (often get 150MB/s sequential), which is more than sufficient for multiple IHD streams. Moving to 10gbit/s really isn’t needed for anything, and SSDs aren’t needed either to max a gbit/s network, unless doing random reads (i.e. lots of small files).
All true. But what if you aren’t just storing media for consumption? What if you’re doing photo editing, video editing, etc? If your NAS is either flash-based or has a flash cache, that extra speed can be really useful.
Are you saying you’d be loading all that data strictly over the network instead of having a local copy that gets synced periodically? That would be terrible on a 100 mbit/s line… If that was my workflow, I’d run 10 gbit/s cable everywhere and make sure clients had at least 2.5G.
I use my NAS for local backups and streaming when we watch something as a family. 100 mbit/s would be fine for that use case.