I have been using opnsense on a very cheap celeron nuc for a few years, very happy with it

I personally would flick through the OpenWRT supported devices and pick the best supported device with 802.11ax.

How much bandwidth and flexibility do you want? OpenWRT is what I use on consumer hardware but many people here also swear by custom hardware with opnsense

How much wifi and open-source do you really want?

If you are willing to go with commercial hardware + open source firmware (OpenWrt) you might want to check the table of hardware of OpenWrt at https://openwrt.org/toh/views/toh_available_16128_ax-wifi and https://openwrt.org/toh/views/toh_available_864_ac-wifi. One solid pick for the future might be the Netgear WAX2* line or the GL.iNet GL-MT6000. One of those models is now fully supported the others are on the way. If you don’t mind having older wifi a Netgear R7800 is solid.

For a full open-source hardware and software experience you need a more exotic brand like this https://www.banana-pi.org/en/bananapi-router/. The BananaPi BPi R3 and here is a very good option with a 4 core CPU, 2GB of RAM Wifi6 and two 2.5G SFP ports besides the 4 ethernet ports. There’s also an upcoming board the BPI-R4 with optional Wifi 7 and 10G SPF.

Both solutions will lead to OpenWRT when it comes to software, it is better than any commercial firmware but be aware that it only support wifi hardware with open-source drives such as MediaTek. While MediaTek is good and performs very well we can’t forget that the best performing wifi chips are Broadcom and they use hacks that go behind the published wifi standards and get it go a few megabytes/second faster and/or improve the range a bit.

DD-WRT is another “open-source” firmware that has a specific agreement with Broadcom to allow them to use their proprietary drivers and distribute them as blob with their firmware. While it works don’t expect compatibility with newer hardware nor a bug free solution like OpenWRT is.

There are also alternatives like OPNsense and pfSense that may make sense in some cases you most likely don’t require that. You’ve a small network and OpenWRT will provide you with a much cleaner open-source experience and also allow for all the customization you would like. Another great advantage of OpenWRT is that you’ve the ability to install 3rd party stuff in your router, you may even use qemu to virtualize stuff like your Pi-Hole on it or simply run docker containers.

I’ve been very happy with Opnsense running as a VM on both ESXi, and now Proxmox. Lots of configuration options and able to setup some complicated firewall rules easily.

I have a Unifi router, switch and four access points. My setup works fine. Stable.

I see other people from work say they get dropouts over the work VPN but I have no issues at all. I’m not saying the hardware is their cause but ISP provided all in one boxes are just that. An all in one solution.

One more for mikrotik (I run the VM version on a small linux box).

I tested a ton of those (pf/opn-senses, VyOS, even Cisco), and noone of the free ones can handle IPv6 in a reasonable way in 2024, which is slightly bizzare. Mikrotik has some annoyances, but it’s rock solid as a router.

I don’t use its container features and instead run podman in a vm next to it. Works great.

Fritzboxes are rock stable, and support Wireguard from FritzOS 7.5 onwards, see https://avm.de/service/vpn/wireguard-vpn-zur-fritzbox-am-computer-einrichten/

(Apparently NOT the cable versions!)

What nags me most with them is that you have no separate Firewall controll over their WiFi, and the WiFi range is not really great. So probably consider going with dedicated APs instead.

I use an entry level router ASUS RT-AX53U with OpenWrt. WiFi 6, IPv6, Guest VLAN, DNSCrypt (DoH), Adblock, Firewall are few things I have configured with OpenWrt.

Even if you don’t buy ASUS, make sure your router is supported by OpenWrt. It’s a Linux distribution that runs on routers and PCs to configure home networking.

Adding another Mikrotik recommendation with the standard warnings – a bit of a learning curve, although it has a default configuration that “just works”. If you mess something up you can just apply the default config to get back online.

Don’t buy from Amazon. For whatever reason people have problems with those units. Fakes maybe? Who knows. If you’re in the US buy from streakwave, roc-noc, ISP supplies, Double Radius, or Getic (international shipping).

The RB5009 series is very good if you want something beefier with more ports.

I’ve been super happy with mikrotik, currently running mikrotik hex s, and ubiquity u6-lr for wifi, have had 0 issues, no need to reboot etc. Plenty of customizing if desired. A learning curve tho if you do want to start messing around

If you’re new, something like Uniquiti UniFi stack is very beginner friendly and well polished.

If you’re planning to run your own hardware, the usual recommendation seems to be pfsense or opnsense on a modern lower end system (Intel N100 box for example).

Bearing in mind that a router is only responsible for routing (think directing the packets where to go). You’d also want to have access points to provide WiFi for your wireless devices. This is where UniFi stack makes it easier because you can just choose their access point hardware and control through single controller. Whereas rolling your own you’d be looking at getting something else to fill that role.

I’m very happy with my FritzBox (7590), it handles de ADSL connection to the ISP, supports various DDNS providers, Wireguard VPN, 4 port gigabit switch (5 of you don’t need the WAN port), guest WiFi with client isolation.

It also has basic media server and NAS functionality (with USB3 external hard drives).

Of course you can change the DNS server and other network controls like QOS, wake on LAN, port forwarding, different profiles with parental controls, filters, connection times, etc.

They also seem to take security seriously.

I recently bought an x86 passive cooled box from Topton, an aliexpress merchant, that was recommended by ServeTheHome, a great youtube channel/blog that reviews all kinds of networking equipment for homelabs. Since it’s x86, you can pretty much install anything on it, in my case OPNSense. I recommend you watch some of their videos/read their blogs and see what fits!

i am happy to have a raspberry pi setup connected to a VLAN switch, internet is behind a modem (like bridged mode) connected with ethernet to one switchport while the raspi routes everything through one tagged physical GB switchport. the setup works fine with two raspi’s and failover without tcp disconnections during an actual failover, only few seconds delay when that happens, so basically voip calls recover after seconds, streaming is not affected, while in a game a second off might be too much already, however as such hardware failures happen rarely, i am running only one of them anyway.

for firewall i am using shorewall, while for some special routing i also use unbound dns resolver (one can easily configure static results for any record) and haproxy with sni inspection for specific https routing for the rather specialized setup i have.

my wifi is done by an openwrt but i only use it for having separate wifis bridged to their own vlans.

thus this setup allows for multi-zone networks at home like a wifi for visitors with daily changing passwords and another fror chromecast or home automation, each with their own rules, hardware redundancy, special tweaking, everything that runs on gnu/linux is possible including pihole, wireguard, ddns solutions, traffic statistics, traffic shaping/QOS, traffic dumps or even SSL interception if you really want to import your own CA into your phone and see what data your phones apps (those that don’t use certificate pinning) are transfering when calling home, and much more.

however regarding ddns it sometimes feels more safe and reliable to have a somehow reserved IP that would not change. some providers offer rather cheap tunnels for this purpose. i once had a free (ipv6) tunnel at hurricane electronic (besides another one for IPv4) but now i use VMs in data centers.

i do not see any ready product to be that flexible. however to me the best ready router system seems to be openwrt, you are not bound to a hardware vendor, get security updates longer than with any commercial product, can 1:1 copy your config to a new device even if the hardware changes and has the possibility to add packages with special features to it.

“openwrt” is IMHO the most flexible ready solution for longtime use. same as “pfsense” is also very worth looking at and has some similarities to openwrt while beeing different.