How do I reset my NanoBridge M5?

How do I reset my NanoBridge M5?

Reset Button To reset to factory defaults, press and hold the Reset button for more than 10 seconds while the NanoStation is powered on. Alternatively, a remote reset button is located on the bottom of the PoE Adapter. * Main is labeled LAN on the NanoStationlocoM2/M5.

What is Nano Bridge?

NanoBridge M combines Ubiquiti’s Innerfeed and AirMax (MIMO TDMA Protocol) technologies to create a simple, yet extremely powerful and robust wireless unit capable of 100+Mbps real outdoor throughput and up to 30km+ range. InnerFeed antenna technology with complete radio system integration.

How do I connect my Nanostation M5 to my router?

Connection

1. Turn on Sphere PoE.
2. Connect Sphere PoE jack to either NanoStation M5 Ethernet port (Primary or Secondary)
3. Connect one of the remaining available Ethernet ports on the Sphere or the NanoStation to a local router / Internet-connected network.

What is the default IP for Ubiquiti?

The UniFi Controller will discover the UniFi Security Gateway with the default IP Address,192.168. 1.1.

How do I reset my tp link Deco M5?

How to factory reset (hard reset) TP-LINK Deco M5 :

1. Open a browser and navigate to the web interface of the router (see default settings below)
2. In the menu look for System tools and under there find the Factory defaults option.
3. On the Factory defaults page click on the Restore button to perform the reset.

How do I configure my Nanostation M5 as a router?

What is Nano M5?

The Ubiquiti NanoStation M5 (NSM5) is a high performance, low cost and extremely versatile Point-to-Point wireless bridge. The NSM5 comes with a redesigned, sleek and elegant form-factor, along with integrated Ubiquiti airMax (MIMO TDMA Protocol) technology. Ubiquiti NanoStation M5 Key Features: Great Performance.

What is Unifi airMAX?

Ubiquiti Networks™ introduced the airMAX® platform to out-perform traditional, 802.11 Wi-Fi based, Point-to-MultiPoint (PtMP), outdoor networks. As the network scales, these collisions build up exponentially, increasing latency and lowering throughput.