L23UGSR-5HaxD2HaxD

Build your own custom outdoor Wi-Fi 6 access point or CPE! This modular wireless router comes with handy MMCX connectors, allowing you to create versatile omnidirectional access points and powerful point-to-point links.

Remember the thrill of crafting your custom solutions with our RouterBoard series? Get ready for even more DIY achievements: we’re refreshing the RB product line with Wi-Fi 6!

The new L23UGSR is a dual-band Wi- Fi 6 upgrade of the popular RB922 DIY router. You can use it to build custom low-cost outdoor access points or CPEs – for your home, office, homelab needs or even to launch your own products, such as smart vending machines or ticket stations! Thousands of people across the globe choose the RouterBOARD series to build their products because MikroTik offers no subscriptions, no paywalls, no weird licensing or royalty deals... You buy it – you own it!

This modular board features a modern Qualcomm Maple CPU based on the ARM architecture, a USB port for extra storage or other needs, Gigabit Ethernet with PoE-in, 2.5 Gigabit SFP for fiber connectivity, and a free miniPCIe slot that allows further customization. You could, for example, add an LTE modem for a mobile internet backup – we’ve added a NanoSIM slot on the bottom! But there are other options, like adding a gateway for LoRa IoT setups, such as our R11e-LR8!

A powerful dual-band, dual-chain Wi-Fi 6 radio offers increased speed, stability, security, roaming, power management, and other features, compared to the previous wireless protocols for distances up to 30 kilometers.*

The four MMCX connectors enable further customization with an endless variety of antennas you could use. Add a HGO-antenna-OUT and you’ve got yourself an excellent omnidirectional AP… or try the mANT30 PA antenna to create a powerful long-range point-to-point link!

If you’ve read this far, here’s a little bonus feature: we’ve kept the good old beeper for various alarms or creative outputs.

*It’s important to note that while longer links are feasible, their reliability may vary. Additionally, the distance achievable greatly depends on the antenna selected for use.