Unifi Ac Mesh Pro Controller Download

I got the WiFi 6 Mesh AP last week and initially set it up as a standalone AP. It has worked phenomenally well set up like that. I wound up grabbing the Windows controller Network Application software and installing it on my Windows 2016 server but whenever I try to adopt the AP into to the controller, it doesn't show up in the available devices, it shows only as an independent device.

I have reset the AP both via the Unifi Network app and the via the hardware button on the bottom of the device. Both times it still shows up only as a standalone device in the Unifi Network app and can't be adopted into the controller.

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Finally got it to work, my Cisco Switch was the culprit, not sure what setting was causing the issue but I connected everything through an unmanaged switch and was seen immediately. Had some trouble getting it adopted into the controller but it worked finally. Thanks all for the resposnses.

The controller I am running is 5.12.66. All the sites are on this controller. The AP firmware is up to date (4.0.80.10875). I even have an Mesh AP in another site that is running firmware 4.0.54.10625, same problem.

UniFi is the revolutionary Wi-Fi system that combines enterprise performance, unlimited scalability, and a central management controller. The UniFi AC Mesh APs have a refined industrial design and can be easily installed using the included mounting hardware.

Cloud-ready management software

UniFi builds on previous UniFi releases, which offer comprehensive hotspot management and a flexibly deployed software controller. The controller can run on-premises, in a private cloud or public cloud.

The UniFi Controller v4 software is a powerful, enterprise wireless software engine ideal for high-density client deployments requiring low latency and high uptime performance. With its software-based capabilities, the UniFi virtual control plane allows for unlimited scalability under one centralized controller. Remotely access the UniFi Controller to upgrade deployed UniFi APs while in the field.

Unlike traditional enterprise Wi-Fi systems that use a hardware controller, UniFi comes bundled with a non-dedicated software controller that can be deployed on an on-site PC, Mac, or Linux machine; in a private cloud; or using a public cloud service.

The Access Point AC Mesh Pro (UAP AC Mesh Pro) is a high-performance, outdoor-ready, dual-band, 802.11ac WiFi access point than can reach a 1.75 Gbps aggregate throughput rate with its 5 GHz (3x3 MIMO) and 2.4 GHz (802.11n) bands. The unifi mesh Pro also features a proprietary, omnidirectional super antenna to provide exceptional 360 coverage, as well as symmetrical long-range transmission up to 183 meters. This access point is powered with 802.3af PoE and is equipped with (2) GbE RJ45 ports to support multiple high-speed LAN connections. The unifi mesh Pro can be set up in minutes and fully managed with the unifi mesh Network web application or mobile app.

The Wi-Fi system includes unifi mesh Controller software that can be installed on a PC, Mac, or Linux machine within the network, and is easily accessible through a standard Web browser. Using the unifi mesh Controller software, an Enterprise Wi-Fi network can be quickly configured and administered, without any special training. Real-time status, automatic UAP device detection, map loading, and advanced security options are all seamlessly integrated in the system.

Next, we need to enable meshing on the downlink access point. In this situation, we only have a single downlink access point and a single uplink access point. We could leave meshing on auto, but we are going to set a fixed uplink access point:

Creating a mesh network or multi-hop wireless uplink is also possible with the latest firmware. To configure a multi-hop wireless uplink you will need to enable Downlink and Uplink on the first downlink access point (LA-Kitchen in the example below):

Hi and thanks for the article but my issue is: I had a professional installer installing my mesh UniFi access point network and setting up my passwords but not that I want to change my password and or access my system, he is not returning my calls. So my question is: How do I access my network.

Thanks

How do you set this up (ONE wireless SSID, multiple access points) without the wireless uplink? I have 5 rooms, all with ethernet points, connected to the USG. Can I just purchase a supported UAP-PRO or whatever, connect it to the wall ethernet (and POE of course) and provision both from my controller, WITHOUT enabling wireless uplink (because they are hard wired). Will they be considered meshed or two APs broadcasting the same SSID (would this be in conflict)? Thanks for your help!

We need to connect the device to our computer and determine its IP address, while also making sure it also has a route to the Internet. The Unifi mesh aps should automatically reset to 192.168.1.20 so you can first try Step 2 and see if the ssh command works.

If the mesh AP's IP address isn't 192.168.1.20, there are two ways to find the IP address: a) connect to local router b) connect to your computer. We usually do option b) connect the AP directly to our computer.

I got it figure out. It was a combination of switch and AP setting issue. I made 2 VLANs trunk, and one access. On the UniFi controller I applied VLANs to the SSIDs that I want, and no VLAN for the remaining one. I have a total of 3 SSIDs for each VLAN.

You might issue where the AP my be stuck due change of controller or location of where it was first adopted. Alot of this happeneds due to the Unifi default inform-set is set to , something like. Uusually i have to set the inform set to the specifuc WAN ip of the controller that is ip so the AP nows where to go to grab or be setup, etc.

I made some changes to the Netgear switch. I removed the trunk port, and made it an access port with members of VLANs 2,3,4. PVID is 4. The AP is getting dhcp from VLAN 4, and I'm able to adopt the AP from the UniFi controller. But when I connect to the SSIDs, they say "No Internet"

In this guide we will focus on the configuration of Ubiquiti UAP AC MESH series devices as one of the best AP solutions available on the market. Additionally, we will use the Unifi CloudKey controller, which significantly simplifies the configuration process itself and Ubiquiti UniFiSwitch 8-150W, which will serve as the main power supply unit for our devices and act as a PoE switch. As the main router we will use Totololink 300RH working in Client mode.

After all the devices have been properly adopted, we can start configuring our MESH network, but at the very beginning we have to enable Upline connection monitor in our controller because if we do not, then the next devices connected to our network will not be visible and will not establish a connection.

On startup, the devices are immediately visible in our controller with the status "WAITING FOR ADOPTION (WIRELESS)" - they should of course be adopted and the firmware updated if necessary.

Another option is a mesh extender, which, like a mesh-networking system, automatically hands your connection off from router to extender and back, using the same network name; that makes the mesh experience a little more seamless. Mesh extenders may improve coverage in dead spots if you already have a decent wireless router, though they showed mixed results in our extender guide testing compared with full-blown mesh networking systems.

The Eero 6 is an excellent choice for setting up a lag-free Wi-Fi network in a sprawling home. We tested the Eero mesh system all over a three-story house, where it outperformed systems costing two or three times as much.

Setup is simple. The Eero 6 is easier to set up than some of the other mesh systems presented here. After plugging in the Ethernet cable from your cable modem or fiber gateway, and the included USB-C power adapter, there are the usual prompts for setting your network name (SSID, for service set identifier) and network password, then the app gives you some tips for placing the add-on extenders.

It has minimal slowdowns. The Deco S4 was one of the Wi-Fi systems that performed well on our web browsing congestion test. This relatively inexpensive mesh system was able to quickly feed simulated web traffic to our three test laptops while three other laptops were streaming 4K video and downloading files simultaneously.

And it has speed limits. If you have an internet plan faster than 500 Mbps, the Deco S4 might limit speeds in some situations, as it lacks top throughput rates that pricier mesh systems can claim.

The UniFi Dream Router with a pair of U6 mesh extenders tested well compared with our picks, but its complexity makes it difficult to recommend for most people. Look for detailed test results in an upcoming standalone review.

We placed the main router or node in the living room, in the center of our testing space, and connected it to our cable modem via Ethernet. We placed the second node in the attic on the third floor of the home, and the third mesh node (if we used one) was positioned in the primary bedroom on the first floor, with one interior wall between it and the base router.

The six laptops (see the diagram above) were placed throughout the home, on all three floors and in the garage situated close to the cinder block foundation. If the mesh system supported Wi-Fi 6E or 7, we placed a Wi-Fi 6E laptop in the kitchen.

During testing, the six laptops, our wired controller laptop, and an Apple iPhone running the router app (if needed) were the only devices connected to the test network. We let the surrounding Wi-Fi networks and wireless devices like Google Home speakers do their usual noisy things, just as they probably do in your home. The neighbors and our home network also kept their Wi-Fi networks going, which left somewhere in the vicinity of a half dozen to a dozen network names visible at any given time. 17dc91bb1f