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For this, we will need the SSH username and password that you configure in the settings of the Raspberry Pi imager. We are going to connect to the Pi using SSH. Right-click on Start and open PowerShell or Windows Terminal. To connect to the Pi we can use PowerShell (or Windows Terminal) which is installed by default on your Windows 10/11 computer. In the results, you will see the Raspberry Pi, note the IP Address, in my case, it’s 192.168.1.210. Open Advanced IP Scanner and click on scan. We need to find the IP Address of the PI. In that case, you will need to look up the IP Address of your Pi. Sometimes this doesn’t work, due to your network configuration.

You can connect to your Raspberry Pi using the default hostname raspberrypi.local. You have now enabled SSH and can continue the follow this guide.

When down press ESC to exit the settings page.

Type the following command to open the settings page: sudo raspi-config Login to the Pi with the following login:

Make sure you have a keyboard and monitor/tv connected. Plug the MicroSD card into the Rasberry Pi and connect the power and ethernet cable. You will then need to connect a monitor (or TV) and keyboard to the Pi and follow the step under Alternative way to enable SSH If you have trouble opening the SDCard in Windows you can try to use another computer or skip this part. So you are left with a file just named SSH.

Open your explorer and open de MicroSD card.

So you should be able to do the following to enable SSH: Don’t waste your time trying if you have the same, just follow the Alternative way to enable SSH below. Now the following steps should work also on a Windows machine, but I had multiple times that I was unable to open de SD card in Windows Explorer. So the first thing we do is enable SSH so we can connect remotely to the PI.

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We don’t want to connect a keyboard and monitor to our Raspberry Pi everything we need to update or change something. Otherwise, you can skip this step and continue with Step 2. This step is only required when you haven’t enabled SSH in the Raspberry Pi Imager tool. You will get a warning that all data will be removed, click Ok and get a coffee 😉.Set username and password for SSH connection.

Click on Settings (Gear icon) in the lower-right corner.

Select your MicroSD card (check the size and drive letter!).

Place the MicroSD card in your computer and open Raspberry Pi Imager:

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We are going to install the 64-bit lite version of Raspberry Pi OS, this version comes without a desktop which we don’t need. The advantage of this tool is that we can select the Raspbian version we want to install, enable SSH and configure the wireless network. We will use the Raspberry Pi Imager to easily install the correct Raspbian OS version. Step 1 – Getting the Raspberry Pi up and runningįirst, we are going to start by installing Raspbian on de MicroSD card. Putty – Optional (to connect to the Pi with SSH).Advanced IP Scanner – Optional (to find the IP address of the PI).

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These are the fastest at the moment with 10MB/sec.ĭownload the following software to get started: You can use a Model 3B, but if you have to buy one new I recommend getting a Model 4BĪlso, you are going to need a MicroSD card, buy atleast a class A 2 card. Of course, we need to buy a Raspberry Pi.

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What do we need for the Unifi Controller and Raspberry Pi?īefore we can start with installing the Unifi Controller on the Raspberry Pi we need to get some parts and download some software. The installed version of UniFi controller is 7.4.156 during the test. This article fixed the problem with MongoDB and is based on Raspbian OS Lite 64-bit. Note I have updated and tested this article on Jun 29th, 2023. In this article, I will help you install the Unifi Controller on the Raspberry Pi step-by-step in 5 minutes. To do this I need to Unifi Controller to be running 24/7, so I needed a device to run the Unifi Controller on, something small, cheap, and with low running costs. I have some smart products at home and one of the things I wanted to do is read out the connected WiFi devices.