I am looking for a managed 1Gb/POE switch to slap there, I want to do VLAN and maybe other jazz which make sense in 2021.
Ubiquiti's Unifi stuff. Yes, it's (partly) closed-source Yes, it's expensive. But it Just Works™. I did the whole cheap Linux device thing for years and years. I tired of every change to the network turning into a weekend project. The Unifi WiFi stuff works great, too.
Ubiquiti were good right up until they got to the "Your gear will phone home" and "You will need a login on our cloud platform to use your own gear" point. From that point on they were dead to me.
Expensive? Not in this skinfint's books. I got a 16 port 10G switch from them for circa £500, that's a bargain.
I can't speak to phoning home, but you do not need a cloud account to use their network gear. I do not have a cloud account. You lose out on remote management, but I don't feel the need to manage my home network while I'm on holiday.
Their security camera system DOES require a cloud account. I have one listed for sale on ebay.
EDIT:
I am looking for a managed 1Gb/POE switch to slap there, I want to do VLAN and maybe other jazz which make sense in 2021.
Ubiquiti's Unifi stuff. Yes, it's (partly) closed-source Yes, it's expensive. But it Just Works™. I did the whole cheap Linux device thing for years and years. I tired of every change to the network turning into a weekend project. The Unifi WiFi stuff works great, too.
I'd said that too until I got to work with people who'd put all their gear on Ubiquiti.
I'm less impressed. Ok, it's cool for a little IOT and some web browsing and some 10% of capacity streaming. But, buffers, QoS, priority, console config (A console is not a fucking 115200bps thing. Consoles are 9600 1n8, period. Fucking Linux users.) and such are sorely missing. I've actually got a pole-mounted router of theirs here, that I've only tested to power on. I was planning to use it for a bit of WISP'y stuff, (I'm trying to tell the people who operate the Swedish part of AMPRNet how ISP routing works...) but the water tower I'd been ogling has been made "critical infrastructure" and is very hard to rent space on top of. I would have gotten almost free line-of-sight towards several other nice tower sites from there, with some air to spare for fresnel lobes and such.
It does support QoS to an extent. You could rig up a "proper" console with a bit of wrangling. Nevertheless, you hit the nail on the head. It is pro-sumer / SOHO gear. If you want the
full set of enterprise features you either have to go down the painful road of a more DIY Linux/BSD solution, or pony up and go full Avaya (or Cisco if you are a wealthy masochist).
EDIT EDIT:
I'm never one to waste a post on the TEA thread.
Yeah, I know, I'm a bit late to the party but here are some pictures of my DIY Kelvin cable set, made with RG316.
The RG316 is a bit stiff but it's doing its job.
[...]
And here is my Kelvin cable set:
The bananas are 4mm Stäubli/MultiContact hollow plugs. I've soldered some wires to the shielding right under the heatshrinking tube next to the cable ties. The Kelvin clips itself I've bought in Belgium from this seller: https://www.ebay.com/itm/164360896467
Those are quite fetching. What's the reason for using coax and what is the shield connected to, and at which ends?
I ended up buying the AST-branded ones from an online retailer that shares its name with a large river in South America. They seem to be quite decent. They use 18AWG silly-cone wires and, as Marco Reps would say, "proper" banana plugs. I don't understand why they went for safety plugs since there will never be more than about 1V between them (I measured 0.910 volts while measuring a 20kR). Maybe because a foolish person might measure the resistance of a charged 600V capacitor?