Set up router for two Wi-Fi connections
Set up router for two Wi-Fi connections
You're looking to set up two distinct Wi-Fi networks in your home—one optimized for low maintenance and stable performance, especially for smart devices, and another suited for everyday use that others can connect to. You're aware that not all routers support dual networks and are considering options beyond just price.
There’s a way to quickly check if a router can handle two networks: look for models that explicitly advertise dual-band or separate SSID support. Many modern routers, like those from TP-Link, Netgear, or even some UBIQUITI devices, offer this feature and are more affordable than premium brands.
As for brand differences, while high-end brands like Mikrotik focus on advanced features, they often come with higher costs and less user-friendly interfaces. Mid-range options from ASUS, Xiaomi, Huawei, or TP-Link tend to balance performance and ease of setup. If you're new to networking, starting with a reputable brand like TP-Link or Netgear can simplify the process. Just ensure you have at least one Ethernet port for stability and two separate Wi-Fi channels.
Search for affordable dual or triple-band routers. Use the 2.4GHz frequency for smart devices and switch to the 5GHz band for phones, TVs, and computers.
I've tried a Ubiquiti/UniFi configuration, but it's simpler than it looks. You'll need a firewall/router, a switch supporting VLANs, and access points that handle multiple SSIDs. All current UniFi hardware can manage these tasks. The process mainly involves setting up distinct VLANs for IoT and regular devices, then connecting those VLANs to the specific SSIDs the APs broadcast. A single AP can send two different SSIDs on the 2.4GHz band, but only IoT devices using the IoT-specific SSID are affected by firewall rules in their VLAN. An alternative is using PPKs—devices join a VLAN based on the password they use for the single SSID. Newer UniFi models with updated firmware support this. You can likely achieve the same result with other brands too, though it seems more straightforward with Ubiquiti.
You're just setting up an Ubiquiti access point and using your ISP's router or another device. I also tried the TP-Link Omada setup, which worked well, but in the end, Ubiquiti proved to be more reliable.
I’m handling everything and more with a 25 euro Xiaomi router on OpenWRT. Simple to set up if you have some basic networking skills.
Are you confirming the Xiaomi AC1200 EU model? You're noticing it's advertised with 2.4 and 5GHz bands, along with devices like the Huawei WS7100-20, Asus RT-AC1200 V2, Tp-Link ARCHER C20, and the new CUDY WR1200. You think CUDY WR1200 offers the best value for its price. It makes sense to use different frequencies for separate networks. Did you grasp the concept correctly?
I'm using a Xiaomi Mi 4A with Gigabit connectivity. Both my devices appear to be from the initial production run. You'll notice two radios each, supporting several SSIDs on various frequencies. Some share channels and also move between the second AP, while others don't. The SSIDs also link to distinct VLANs, ensuring proper separation.
Are you referring to distinct networks or simply different WiFi names? Most routers let you separate 2.4GHz and 5GHz into separate SSIDs, yet they still belong to the same overall network. You don’t necessarily require a separate network for smart devices unless security is a priority so they can't communicate with other parts of your system. In reality, many smart gadgets depend on staying on the same network as your main devices to interact properly.
I tried to find a router that supports both 2.4GHz and 5GHz bands with dual-band capability. For longer-term plans, I looked into options that allow adding an access point to boost coverage in areas like the garden or shed. The ideal setup would let me use two separate Wi-Fi networks on different frequencies without interference, keeping smart devices stable on 2.4GHz and everyday users connected via 5GHz.