Right after you pick up a Raspberry Pi from the market, the very first thing do should know about is how to set up a Raspberry Pi for the first time. It is not just enough to know how to set up a Raspberry Pi. It’s always good to know a little information about it. That’s why we are going to cover what Raspberry Pi is. The components required to set up a Raspberry Pi for the first time?
What Is Raspberry Pi?
Raspberry Pi is a Single Board Computer (SBC) that comes in the size of a credit card. It is developed by Raspberry Pi Foundation, a UK-based educational charity. The main goal of this foundation is to produce a low-cost computer for students. To say more about this tiny computer, despite its size, it is powerful. It can plug into a monitor, mouse, or keyboard and can be used as a lightweight desktop computer. What’s more, Raspberry Pi 4 Mod B is loaded with a quad-core 1.5 GHz CPU, Gigabit Ethernet, OpenGL ES 3.0 GPU, USB 3.0, WiFi ac, and Bluetooth 5.0, which make it more powerful and use this as a small server.
Increase in computing demand with compact size and low cost, SBCs are gaining more popularity these days. These are serving as perfect tools for many engineering works, mostly in the automation landscape. In the coming sections, we will share more information about Raspberry Pi, which will give you a chance to better understand and explore it for your needs.
Before you directly jump into its applications. We want to give you a nice background on this. As we said, a UK-based educational charity developed earlier this. Raspberry Pi Foundation shipped its first product in the year 2012. They have released many products as time passed. In the coming sections, we will explain, starting from how to power it on and going until the various applications can be used.
What Components Are Required To Set Up Raspberry Pi?
Components required to set up Raspberry Pi!
It’s a good idea to know Raspberry Pi’s building cost along with the required components to set it up. Let’s break breakdown each of the components one after another.
- Raspberry Pi 4 Model B: It depends on how much RAM you need, as it comes in three different variants. 2 GB, 4 GB, and 8 GB. It costs $35 to $55.
- Power Supply: It needs a power adopter to power it on the device. Rpi 4 uses a USB type C power supply. Official branded power adopters may cost around $10.
- Case: You may wish to have a case to protect the device from physical damage. There are different types of cases from different vendors available in the market. The price range starts from $5. But. Please bear in mind; that it’s optional.
- MicroSD Card: This is where you are going to load the operating system to boot. Ideally, it doesn’t ask for more storage capacity. Keeping the available operating system in mind, it is enough to have 8 GB of space. But, it’s again up to your need. Although, there are other options to boot the device using USB. We are considering a micro SD card as this is more prevalent.
- IO Devices: Mouse, Keyboard, Monitors, and cables to connect these IO devices may be required based on your project’s demand. These are not mandated to have. It is possible to work on it without connecting to these peripherals.
- Other peripherals: There are plenty of supporting devices available to pick up from the market like heat sync, cooling fans, cameras, and sensors. There is no end to this list.
- Operating System: No hardware can function without the software. Raspberry Pi Foundation has developed an operating system called ‘Raspberry OS’. It is a customized form of Debian Linux. If you don’t want to use this OS, several operating systems are there to use. Most of them are open source.
In total, $65 to $85 is sufficient to set up a Raspberry Pi. Your cost could cross even more if you want to buy other optional components.
How To Install The Raspberry OS On Raspberry PI 4 Model B?
How To Install & Set Up Raspberry Pi OS — Pi4 Pi3 Pi2 by ETA PRIME
When you start building the Raspberry Pi, one thing always stands. The first is the operating system. Which operating system to choose? The answer is that multiple options are available. We encourage you to look at them when you have a chance. Just on Raspberrypi.org alone, there are four versions of Raspberry Pi OS.
On top of that, most of the well-known Linux distros have released their own version of Raspberry Pi’s operating system. You can run Ubuntu, Mint, Manjaa, and Windows IoT Core, a strip-sown version of Windows 10. This is not the end. There are specialized versions of Linux, such as LibreELEC, which turns your Pi into a set-top box. PiNet is used to manage multiple Pis.
Let’s keep other operating systems aside for now and begin with the installation of Raspberry Pi OS.
1. Creating The SD Card:
- Raspberry Pi has developed a graphical SD card writing tool that works on Mac OS, Ubuntu, and Windows. It is the easiest option for most users as it will download the image and install it automatically to the SD card.
- Before you start, don’t forget to check the SD card requirements.
- Download the latest version of Raspberry Pi Imager and install it.
3.1. If you want to use Raspberry Pi Imager on the Raspberry Pi itself, you can install it from a terminal using sudo apt install rpm-imager.
4. Connect an SD card reader with the SD card inside.
5. Open Raspberry Pi Imager and choose the required OS from the list presented.
6. Choose the SD card you wish to write your image to.
7. Review your selections and click ‘WRITE’ to begin writing data to the SD card.
Note: if using the Raspberry Pi Imager on Windows 10 with Controlled Folder Access enabled, you will need to explicitly allow the Raspberry Pi Imager permission to write the SD card. If this is not done, Raspberry Pi Imager will fail with a “failed to write” error.
2. Download The Image:
Official images for recommended operating systems are available to download from the Raspberry Pi website downloads page. Alternative distributions are available from third-party vendors. You may need to unzip .zip downloads to get the image file (.img) to write to your SD card.
Note: the Raspberry Pi OS with a desktop image in the ZIP archive is over 4GB in size and uses the ZIP64 format. To uncompress the archive, a unzip tool that supports ZIP64 is required. The following zip tools support ZIP64:
3. Writing The Image:
How you write the image to the SD card will depend on the operating system you are using.
Time needed: 30 minutes.
But, as we said earlier, we will show you the steps to write the Raspberry PI OS onto the SD card using Windows 10.
- Fire up the imager application on Windows.
- If you hit Choose OS, it shows several options to burn to the SD card.
- If you want to burn a specific downloaded image, then select ‘use custom and browse the downloaded image file.
- Browse the Raspberry Pi OS image
- Choose an SD card to write the image.
- Choose the USB storage to burn
- Write the image to the SD card.
- Imager completed the process of writing the image
- Your SD card has two partitions on it, of which one partition will through an error like this. Just ignore it. This is because your Windows doesn’t understand the second partition file system. It can’t read the file system.
- The Boot partition is readable and files on this would be useful for you. The config.txt file contains the startup configuration files for the Raspberry Pi. Like Video and over clocking settings. You can tweak these settings on the Raspberry Pi either. Anyways, we thought it is just fine to show this option to you.
4. Boot The Raspberry Pi:
Now it’s time to assemble the components and boot the Pi for the first time. Insert the SD card into the Pi, connect to the power adopter, Ethernet cable, mouse, keyboard, and a monitor with Pi, and power it up for the first time.
- As the Pi boots up, you will see a rainbow color followed by a number of raspberry icons which tells how many cores your Pi has.
2. Next you see a message that shows Raspberry Pi is resizing the file system.
3. Once this operation get’s completed you are going to see the desktop.
4. Set the Country, Language, and the Timezone parameters and hit Next.
5. Then it prompts you to set the password for the user ‘pi’. The default password is ‘raspberry’. We recommend to change the default password for security reasons.
6. Go ahead by hitting Next on the screen setup wizard.
7. Then it’s time to setup wireless network. If you have connected your Pi through the Ethernet cable then you are already connected. Here I can see a list of all WiFi networks, but I am going to connect to my Lab network.
8. Once the server is online, it search for any new updates since the image created. Hit Next and let the system to fetch the update.
9. Once the system completes the update. It asks to restart to save all the changes made so far.
10. Hit the Later button as we have a couple of changes to make which also needs reboot to complete. Go to main menu and select ‘preferences’ and go to ‘Raspberry Pi configurations’.
11. Just give a different name. All the Pis are given a same default name. It’s always better to change it to a different name as you may likely to have more Pis for your projects.
12. There is nothing much to change on other tabs so you can hit OK which asks for reboot.
13. This completes the initial Raspberry Pi configurations. That’s all.
As we said in the beginning, we have shown the complete guide on how to set up Raspberry Pi for the first time. Now it’s you who need to take action on this.