I want to get a a router and wireguard "server" capable of routing 1000 mbit per second supported by openWrt. Preferably low power, fanless, with at least 2 ports, all-in-one package. Obviously it needs to support VLANs on all ports. I have a few AP already so no WiFi needed (one of which is doing the routing currently, but that is what i want to upgrade).
I dont really need to run the wireguard at 1 gbit. I run that for privacy/security when i am away from home and to allow remote access to my home network.
Thank you very much for the suggestions, let me look into them.
The Roqos and the Lanners will probably be tricky to find, if you're in Europe.
I'm guessing I'm one of the few in EU owning two RC10s ,)
The PC Engines are sold pretty much everywhere, there are also links to resellers at their homepage.
If you can get by with only two ports (or add a switch, or use the switch in one of your AP's), the NanoPi R4S (no unique MAC address, 4GB with case option) could be a good option.
The rk3399 in the R4S has more CPU capability and uses less power than an APU2 (2W-7W, versus 6W-12W for the APU2). It costs a bit less too.
257 EUR. I guess 16 GB SSD should be enough. I dont intent to run anything other than networking related things (i.e. wireguard) on this (to keep things as secure as possible).
WIth 128 GB it would be something like 272 EUR. Would the extra 15 EUR make it more future proof?
Of course not. But it may be worth at least checking out the shipped cost to the Euro zone considering $100 is only about €92. Shipped cost after tariffs, taxes, etc. kick in could indeed add up though.
Would a SD card be good enough? Somehow I have more confidence in a SSD in terms of reliability.
Add 36$ for shipping. That is then $115 (excluding SSD). SSD would add $15? Add VAT and import costs. That would be something like $160. Cheaper than the option above, but this would be an external SSD then I guess?
Absolutely - you do not need a SSD for a reliable OpenWrt router. Like frollic says, OpenWrt is not going to wear out an SD card - for the most part is just reads from the SD card to boot up. An SD card works fine on my R4S and it boots as fast as my AP's do from their flash.
A configured spare SD card also makes for a great back-up option. If you bungle up your configuration, just pop the spare SD card in and power it up.
How does the R4S differ from a RPi4B? Thought I read about quirks with the R4S whereas RPi4B is maillined now and incredible stable. I am doing 1.2 Gbit down/0.20 Gbit up on RPi4B + UE300 now with SQM just fine.