Comment by drnick1
16 hours ago
> I looked in to it and it seemed like 10gbit was much better over fiber.
Yes, except that most devices use Ethernet. So, at the end of the day, you still need Ethernet cables unless you want to deal with an additional switch or converter in every room.
Fiber/10Gbase-*R is Ethernet too. Please say copper/RJ45/base-T when you mean copper/RJ45/base-T.
If you want to ackshually, both fiber and copper are empty pipes that can carry any layer 2 protocol, and are not inherently Ethernet. They only become Ethernet cables when they're connected to terminals that pass that protocol through them.
Unless we're defining some networking standard, "Ethernet cable" is a perfectly acceptable term. Everyone will understand what is meant. The added specificity you're asking for doesn't improve the quality of communication.
That's why I added base-*R/base-T.
And particularly for 10GE the heat and power problems are due to the copper transceiver DSPs.
And people nerdy enough to run 10GE at home might well run fibre.
So, no, the specifity is needed and useful.
4 replies →
Excuse me, I believe you mean GNU/copper/RJ45/base-T
My copper/RJ45/base-T is running musl libc + busybox!
Thank you.
Indeed, that's largely why I decided 10gbit at home isn't really worth it. The current 10gbit ethernet stuff is expensive and power hungry, the enterprise stuff is hard to use on consumer gear. And the only real use case is super fast access to a nas.
I got it solely because our ISP bumped our home fiber to 10Gb and it would’ve hurt my soul for the router to be slower than that. And hey, if you’ve already got a router with 10Gb ports available and ready to go…
> every room
I disagree with that for two reasons. First, my central switch is probably capable of both copper and fiber. Second, how many wired devices do you have spread around your house? Let's say I have an above average number of devices: a router, a NAS, two access points, and three desktops. Router, NAS, and one access point can all be adjacent to the switch and avoid any conversion hassle. The desktops are using fiber so no conversion hassle there. That leaves one copper cable or converter needed for the other access point.
I guess I have rather overestimated what a normal amount of wired devices is based on my own sample size. That or the opposite is happening with you.
My house has a POE doorbell, several POE cameras, 2 TVs that each get a connection to their attached android TV boxes, Wife's office gets a pair of connections, ditto with mine, then you've got the APs for the wireless bits + a few servers in the rack with the networking equipment.
Mind you I know I am on the high side, but I use that as the reference point. I'd figure a normal house would have 4-5 wired connections to my 20ish.
In that situation I'd basically consider the doorbell and cameras as a separate install.
That mainly leaves the TVs, which I would just throw on the wireless but for wiring I'd still say you run it to your central switching spot that handles both copper and fiber.
If you have a fixed computer or NAS, stop making excuses and install a 10G fiber card in it.
If you have a laptop or TV it probably doesn't need 10G.
> If you have a fixed computer or NAS, stop making excuses and install a 10G fiber card in it.
It's hard to justify when Ethernet is catching up. Most new motherboards have a 2.5G port. High-end motherboards have 10G Ethernet ports. SFP cards take space, are ugly, and need directed airflow to stay cool. They are not worth it for a 4x increase in bandwidth at best.
Fibre requires conduit with specific radius bends, making it difficult to route through a house.
Having cabled my apartment with Cat 6 definitely made me prefer fiber, it would have been a breeze instead of pulling thick cables from my office to other rooms. Cat 6 also shouldn’t be bent or you risk it going out of spec, and modern fiber nowadays have bend radius comparable to (or even smaller than) Cat 6.
I see how sloppy some FTTH installs are and they all work fine, and this is for light that travels for long distances.
The only advantage copper has is PoE.
You'd be amazed what exists on the market these days. For example, the pre-terminated InvisiLight fiber cabling is 0.6mm in diameter and has a 2.5mm bend radius. I've personally installed this cabling while making many 90 degree (and sharper in some cases) bends without any issues. That makes it easy to hide and trivial to fit right through doorways and other tight spaces too.
https://www.aliexpress.com/w/wholesale-invisible-OR-transpar...