GL.iNet GL-SFT1200 (Opal) Secure Travel WiFi Router – AC1200 Dual Band Gigabit Ethernet Wireless Internet | IPv6 USB 2.0 MU-MIMO DDR3 |128MB Ram Repeater Bridge Access Point Mode

Working well

Excelente! Muy bueno y práctico

When you travel and want a safe connection, or when the wifi you live is shared and want to protect yourself.. It sets up really simple and is stable and fast and offers so many add ons..

Świetny router, jak za tą cenę dobra wydajność i możliwość instalacji MQTT i innych pluginów

L’article est de très bonne qualité, facile d’installation et très efficace. De plus il est de petite taille et facile à transporter avec vous dans une valise ou sacoche. Je recommande fortement ce produit.

This won’t be everyone’s use case, but someone out there will be in the same boat. I picked up the Opal not for travelling, but to spin up a NAT’d guest network at home. My main network is basically a home-lab ecosystem, and the last thing I want is visitors connecting their random devices directly to it. The Opal gives them a normal, no-nonsense Wi-Fi experience without me having to collect MAC addresses or fight with whitelists. Setup was straightforward. I put it on its own subnet, plugged the WAN port into my main network, and it was up. At first it treated my LAN like the public internet, but the router is way more configurable than its price suggests. You can SSH into it, tweak IPTables, block inter-subnet access, and even enable an advanced control panel module straight from the web interface. It’s essentially a cut-down Linux box with a friendly skin on top. A genuinely nice touch is the hardware switch for its VPN client. The router can connect to a VPN server and push all guest traffic through it, and you can toggle this on and off on the side of the unit. Useful in the UK, where half the internet wants you to upload your passport for reasons unknown. The one real snag was OpenVPN performance. Without tunnelling, I was getting around 250 Mbps on 5 GHz. The moment OpenVPN client was enabled, speeds dropped to single digits, around 5–7 Mbps. It’s not the router’s fault; OpenVPN is single-threaded and the Opal’s CPU just doesn’t have the grunt for heavy crypto. It routes traffic fine, but encrypting it is another matter. WireGuard was the fix. After spinning up a WireGuard server remotely, the Opal managed around 50–60 Mbps through the tunnel, which is more than enough for guests to browse and stream. I suspect the higher-end GL.iNet models would perform better here simply because of the upgraded CPUs. Overall, I’m happy with it. It’s a small, cheap, surprisingly capable router that’s perfect for experiments, side networks, labs, and guest isolation. If that’s your type of setup, it’ll probably slot in nicely.