Depends on what you're willing to pay really, but 10 Gbps is nowhere close to 2.5 Gbps costs and as far as 5 Gbps goes, it will only start taking off this year, courtesy of the cheaper 5 Gbps Ethernet ICs from Realtek.Has it been for a while ?
That depends on your needs, but there are next to no 5 Gbps switches. Plenty of 2.5 Gbps and 10 Gbps options out there.If so what do I need ?
Cat 5e is good enugh for 2.5 and 5 Gbps, but not 10 Gbps. You need Cat 6 for runs of up to 50 meters, Cat 6A for up to 100 meters.Most important question is cat 5e cable fast enough for up to 10 Gbps or only 2 Gbps to 5 Gbps ?
You clearly don't back up your PC or copy any larger amounts of data over your network, so in that case, maybe it's not what you need, but for many of us, 10 Gpbs has been a game changer. I used to edit a bit of video and being able to use my NAS to dump all that content on, instead of having it taking up space on my SSD was a game changer using 10 Gbps, as it ended up being like having a local drive. It meant I didn't have to copy the files back and forth and having to wait 10-15 minutes to do so. Your use case is not everyone elses use case.Honestly, i wouldn't know why i would need that right now. As long i cannot get 10 Gbps on the WAN side, i don't see the point. My ISPs highest offering is 1000/50 which is more that i need to for my purposes, even if i have Nextcloud running that i use for my business. Even with 3/4 devices streaming at 4K, there is no bottleneck. My router is 10 Gbps ready but none of my other equipment is and i looked at 10 Gbps switches and the price doesn't justify the gain right now.
Sorry, but I don't agree at all with you here. With the right RAID setup you can easily get spinning rust to perform well enough to justify 10 Gbps if you have a four drive NAS or bigger. I built a DIY NAS with 10 Gbps Ethernet over five years ago and sequential data transfers can be just as fast as from a SATA SSD.Don't stare at the 10 Gbps mirage - going from 1 Gbps to 2.5 Gbps is currently affordable, and still more than doubles the throughput between your PC and your NAS, reaching the throughput limit of a regular HDD. 10 Gbps is very expensive, and would be faster than the drives in a regular NAS could support anyway. Unless you're rich enough to get NICs, switches, and high capacity SSDs for the NAS to be able to keep up.
Love that phraseology...... you can easily get spinning rust to perform well enough ...
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