How to Connect Raspberry Pi to Laptop Using HDMI? [Easily]

In the olden days, most laptops weren’t pairable with HD monitors. Moreover, carrying large systems for file sharing wasn’t easy. So, developers needed something versatile for their projects. It steered the revolutionary invention of the Raspberry Pi. But, unfortunately, many users face difficulty in connecting it to different systems. Our guide cracks the mystery today. Whether you are a tech expert or a beginner, finding the answer to ‘how to connect Raspberry Pi to a laptop using HDMI‘ is equally brain-rattling!

What Is Raspberry Pi?

To begin with, most of us would admit to having heard about some sort of computer called Raspberry Pi. But it’s only very few who know what it actually is! So, without further ado, let me just start by saying that it’s a credit-card-sized computer made by a UK-based organization named ‘Raspberry Pi Foundation’. It was developed with one sole objective in mind – To get young people excited about computer programming.

How to Connect Raspberry Pi to a Laptop Using HDMI – Setup with Raspberry Pi 4

Raspberry is like a pocket PC that stores your files. It is pretty useful for debugging and project management tasks. It is flexible enough to connect to laptops when HD monitors are not available.  Here, we are using the latest version of Raspberry to solve the ‘how to connect Raspberry Pi to a laptop using HDMI’ issue. The Raspberry Pi 4 model b.

Things you’ll need:

  • USB keyboard and Mouse
  • Micro USB cable
  • Ethernet Cable
  • An SD card with the Raspbian OS setup file
  • An HD monitor
  • A laptop
  • An HDMI converter with Micro USB Pin
1. Writing the Raspbian OS onto a Micro SD

Firstly, you need to download the Raspbian software from the official website. Once the download completes, write the OS file onto the SD card. Later, insert it into the Raspberry Pi.

2. Connecting the HDMI Converter

Connect the converter to the Micro USB port of Raspberry. Connect the Micro USB side of the converter to the Raspberry Pi. Once firm, connect the HDMI of the monitor to the HDMI end of the connector.

3. Connecting the Keyboard and the Mouse.

Remember we are setting up the Raspberry Pi to protect the laptop’s content onto an HD display. So you’ll need a mouse and keyboard to work with the monitor. Plug in both the peripherals in the USB ports of the Raspberry.

4. Connecting Raspberry to the Laptop with HDMI

Your laptop will power the Raspberry. For that, you’ll need a Type C cable with an HDMI pin on one end. Plug in the Type C side of the cable into the Raspberry and the HDMI side into the laptop. With that, you are done with the first method of ‘how to connect Raspberry Pi to a laptop using HDMI’.

Note: Connect the laptop after making all the other connections to prevent an electric shock.

How to Connect Raspberry To A Laptop Using HDMI – Micro USB Power Port

In the first method of ‘how to connect Raspberry Pi to a laptop using HDMI,’ we projected the laptop’s screen on an HD monitor. However, here, we’ll project the Raspberry’s contents onto the laptop screen.

Also, the model in this guide has a Micro USB port rather than a Type C port. So you’ll need a power cable with a Micro USB pin.

Things you’ll need:

  • A 5V charger
  • Micro USB cable
  • HDMI converter
  • Keyboard and Mouse

1. Connecting the HDMI Converter

The HDMI connector must have a USB (Type A) on one end and an HDMI on the other. Connect one end of the HDMI cable to Raspberry and the other to the converter. Next, plug the USB side into the laptop.

2. Attaching the Charger to Power up The Raspberry Pi

You’ll need a 5V charger for the setup. Plug in the charger in the Micro USB port of the Raspberry pi. Don’t turn on the power until the setup is complete.

3. Attaching the Peripherals

Raspberry only uses the laptop’s screen. Therefore, you’ll need a separate keyboard and mouse. Make the connections and power up the system. The dialog box of the Raspberry will appear on the laptop.

Connecting Your Raspberry to The Internet

To complete the process of ‘how to connect Raspberry Pi to laptop using HDMI’ connect the Pi to the internet.

  • Use an Ethernet cable to connect Raspberry to a modem.
  • For Windows OS, open the Control Panel and go to Network and Connections. Next, connect the Pi to the preferred connection.
  • Find the IP address of Raspberry Pi and save it somewhere or write it down.

Setting Up VNC Server and Viewer

The below steps remain the same for all kinds of Raspberry models. A VNC (Virtual Network Computing) server and viewer ease the communication between the laptop and Raspberry Pi. This is the last step of the ‘how to connect Raspberry Pi to a laptop using HDMI’ procedure.

  1. Download and install the Putty software on your laptop.
  2. Now create an “SSH” file on the Micro SD card. Ensure the Raspbian software is on the card. Setting up the SSH is necessary so that both devices can communicate.
  3. Use the internet to install the VNC Server. Run it on your Raspberry to test the completeness of the installation. Next, customize its resolution and reboot the Pi.
  4. Now you have the VNC server. The next step is to install a VNC viewer on the laptop. VNC viewer helps you access the entire files on Raspberry. It also provides remote access.
  5. Lastly, open the VNC viewer. Input the IP address, username, and password and click ok. The Raspberry connects to the laptop.

Why Raspberry Pi is so popular – and why you should care!

Raspberry Pi has garnered quite the following in its few short years of existence, with over 5 million units sold around the world since its release in 2012. It’s used by hobbyists and professionals alike, working on everything from home automation to robotics to traffic light control!

Raspberry Pi has been so popular that there’s even been legislation passed to allow it to be used in classrooms! So what exactly makes this single-board computer so special? Let’s take a look at three reasons why Raspberry Pi is so popular and you should care about it as well!

What are the main advantages of using raspberry pi 3?

Firstly, it is cheap. The Raspberry Pi can be had for as little as $5. It’s a barebones computer, but with just a few bucks more you can buy one of several awesome cases to protect your brand new computer from harm. If you already have a monitor, keyboard, and mouse (maybe even an old one lying around), then that $5 will get you up and running in no time at all.

Second, it’s powerful. With its quad-core processor, 4GB of RAM, and massive 40-pin GPIO header (which gives you access to a ton of sensors), there isn’t much you can throw at it that it won’t be able to handle. For example, if I wanted to play some retro games on my Raspberry Pi 3 I could do so using RetroPie—and thanks to its support for both Kodi and LibreELEC I could use my RPi3 as a media center or gaming console too! Thirdly, there are plenty of resources available online for learning how to use raspberry pi 3.

How is it different from a microcontroller board?

One of the most common questions I get asked about my posts on Raspberry Pi, especially when talking to school kids, is Why would I want a device that only runs one program when I can have a microcontroller board that runs millions of programs? (The fact I used to be a computer science teacher may come into play here.) While it’s true that you can run many different programs on one of these boards – like an Arduino for example – there are still some key differences.

The biggest difference is that with a Pi, you’re not limited to just writing code in C or C++. You can write in Python, Java, or even BASIC if you wanted to. This means that if you know how to program in one language, then it will be easier for you to pick up another language on your Raspberry Pi than it would be if using another type of microcontroller board because they all work differently. It also means that if someone writes their software in any of those languages and makes it available online somewhere then chances are good that someone else has already done all the hard work getting everything set up and ready for use with your specific hardware configuration as well as making sure they work together properly too.

What Are Some Popular Uses Of The Raspberry Pi?

With that said, what are some of the most common uses for a Raspberry Pi? While there are many different uses for such a powerful, low-cost computer, here are some of the more popular uses: Media Center: While not as easy to do with a newer version of Raspbian (the default operating system), it’s still possible to set up a media center with XBMC.

The process isn’t quite as simple as installing Kodi on an Amazon Fire Stick or NVIDIA Shield TV, but it can be done if you have a bit of technical know-how. Retro Gaming: If you grew up in an era where gaming was simpler and graphics were less complex, then chances are good that you miss those days from time to time. Thanks to emulation software like RetroPie or Recalbox, however, it’s easier than ever before to play your favorite classic games from yesteryear.

Is it difficult to learn how to use raspberry pi 3?

No, not really. You can learn how to use your Raspberry Pi 3 simply by Googling it! There are tons of tutorials on YouTube that will show you how to use your Pi. The best way to start learning about using a new piece of technology is to watch someone else do it first. Then follow along with them step-by-step until you know what they’re doing.

Once you feel comfortable with following along, try making some changes or tweaks to see if you can make things work better for yourself. Once you get started tinkering around, there’s no telling where your imagination will take you! I have heard that the raspberry pi 3 is one of the very few single-board computers which has 4 USB ports: Yes, you read that right!

 In addition to all those other great features mentioned above, the Raspberry Pi 3 Model B+ also comes equipped with four USB ports—that means up to four times as many devices can be connected at once (theoretically)! This opens up all kinds of possibilities when it comes to incorporating more hardware into your projects. For example, maybe you could connect an external hard drive directly into one port and plug in an external mouse/keyboard combo into another—perfect for giving presentations or streaming videos from home onto a big screen TV in your living room.

Where Can I Buy It?

The first hurdle a lot of people face when considering buying a Raspberry Pi computer, though, is where to buy one. The device has been heavily promoted by its parent company and big-name players like Google. But when it launched in 2012, those partners weren’t offering any devices for sale, leaving users to find other options for getting their hands on a piece of hardware. Now that things have changed, there are several ways to get your hands on a Raspberry Pi computer. One option is to visit its official website and order from there.

Another option is to head over to Amazon or eBay and search for Raspberry Pi, as several third-party sellers offer units at varying prices—some even include accessories like cables or SD cards with purchase. Keep in mind that these products may not be official versions of the device; if that matters to you, stick with buying directly from Raspberry Pi itself.


How to connect Raspberry Pi to a laptop using HDMI is a common problem among tech enthusiasts. Therefore, the above article focuses on setting up the two most common models of Raspberry Pi. Raspberry comes in handy when you have to carry files from one place to another and can’t spare space for a system.

We’ve talked a lot about why Raspberry Pi has been such a huge success with kids in classrooms across Europe, but what about all those people who can’t get their hands on one? Why would I bother using it when I could use an Arduino or BeagleBone Black, which are much cheaper? There are a few reasons.


  • Can I connect Raspberry to my laptop using Ethernet?

You can easily connect Raspberry Pi to your laptop using an Ethernet cable. Plug in one end of the Ethernet cable in the laptop’s Ethernet port and the other in Pi.

  • How to find the address of my Raspberry?

There are two ways to do it. You can download an IP scanner from the internet. Or, open the Wi-Fi settings and in the list of connected devices, you’ll see the Raspberry.

  • How to Connect Raspberry Pi to Laptop Windows 10?

Insert a Micro SD card with Raspbian software in Raspberry Pi. Connect it to your laptop using an Ethernet cable. Use a USB cable to power and access the Pi from Windows 10 laptop.

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