Mikrotik 5 ax WIFI 6

L23UGSR-5HaxD2HaxD WIFI 6

Create your own private outdoor Wi-Fi 6 access point or CPE with this modular wireless router, which features handy MMCX connectors allowing for multiple access points and point-to-point strong connections.

Remember the excitement of designing your own custom solutions with the RouterBoard series? Get ready to sign new successes in your field: we are revamping the RB product series with Wi-Fi 6! The new L23UGSR is a developed model based on the popular RB922 DIY router, adding dual-band Wi-Fi 6 functionality. With this router, you can meet the needs of home, office, or equipment room, or even develop low-cost private outdoor access points or CPEs for smart home automation or ticket stations! MikroTik is preferred by thousands of people worldwide for its cost-effective products without traditional licensing or copyright fees, requiring no subscription. Buy it once, own it!

This modular card includes a modern Qualcomm Maple CPU based on the ARM architecture, an additional USB connection point for other needs, passive PoE input Gigabit Ethernet, 2.5 Gigabit SFP for fiber connections, and a miniPCIe slot for further customization. For example, you can add a backup mobile internet access with a NanoSIM slot for an LTE modem, or try other options such as adding a network gateway for LoRa IoT setups (e.g., R11e LR8).

Powerful dual-band, dual-stream Wi-Fi 6 radio offers higher speeds and more advanced stability, security, roaming, power management, and other features compared to previous wireless protocols at distances up to 30 kilometers.* Four MMCX connectors allow for customization with any type of antenna. You can add an HGO antenna output to create a great multi-directional AP or try a powerful long-range, point-to-point MANT30 PA antenna.
If you've read this far, here's a special announcement: we continue to use the beloved old beep device for various alarms and creative outputs.
*While longer-range connections are possible, their reliability levels may vary. The reachable distance is also largely dependent on the chosen antenna.