How to Set Up the Raspberry Pi 5: Complete Beginner Step-by-Step Guide -- Episode 703

- Raspberry Pi Bundle Builder

Natasha's “absolute basics” guide is aimed at beginners, educators, hobbyists, and anyone who hasn’t set up a Pi in a while. As she puts it, if “it’s been a while since you’ve set up a Raspberry Pi, let’s jump in.”

What follows is a practical, methodical walk-through, from unboxing to desktop, with small but important considerations along the way.

1. What You’ll Need

Before powering anything on, Natasha lays out a complete checklist. She keeps it simple and specific:

Raspberry Pi 5 board (2GB, 4GB, 8GB, or 16GB variant)
microSD card, 32GB or larger, Class 10 or better
microSD card reader (or SD adapter)
5V 5A USB-C power supply (she uses the official 27W version which is recommended)
Micro HDMI to HDMI cable (you may want to seek out an alternative depending on your available monitor)
HDMI monitor or TV (adapting to DisplayPort monitors can be tricky but most have HDMI)
USB keyboard and mouse
Internet connection (Wi-Fi or Ethernet)

She notes her own card is 32GB, Class 30 - “so I should be good.”

Cooling and Case Considerations

While optional, she strongly recommends a case with active cooling, particularly for heavier workloads. If using the official case together with the Active Cooler, she explains that the included fan and cover need to be removed first.

This is one of those small but critical details that can easily be missed. Planning cooling early avoids having to disassemble later. If you're using the official case, you do not strictly need the Active Cooler as the built in fan is adequate.

2. Preparing the Software

Natasha is clear about one key concept: the Raspberry Pi arrives as a blank computer.

“Raspberry Pi comes as a blank computer with no operating system…”

So the first step happens on a PC or Mac.

Step 2.1 – Install Raspberry Pi Imager

She downloads the official imager from raspberrypi.com/software and installs it (dragging to Applications on macOS).

Step 2.2 – Select OS and Target Drive

Inside the imager she selects:

Device: Raspberry Pi 5
OS: Raspberry Pi OS (64-bit)
Storage: the microSD card

At this stage she pauses for a safety check.

She notices another drive is connected and ejects it:

“Choosing the wrong drive here would erase it. So I like to play it safe.”

Raspberry Pi 5_Assembly 2

This precaution is important. The imager will overwrite whatever drive is selected.

Step 2.3 – Customisation Settings

Natasha walks through advanced configuration before writing:

Hostname (she uses “RaspberryPi5”)
Timezone and keyboard layout
Username and password
Wi-Fi SSID and password
Optional: Enable SSH
Optional: Enable Raspberry Pi Connect

She enables SSH, noting she may use it later and that she’ll show where to toggle it in the OS.

This early configuration avoids needing a monitor and keyboard during first boot, useful for headless setups.

After confirming the correct drive again, she writes the image. The system requests her computer password and takes a few minutes to complete. Once finished, she ejects the SD card safely.

3. Hardware Setup

With the SD card prepared, it’s time to open the board.

Her reaction is immediate:

“Oh, yay! There she is.”

Step 3.1 – Board Overview

She gives a brief tour:

Ethernet port
Two blue USB 3.0 ports
Two black USB 2.0 ports
USB-C power input
Dual micro HDMI ports
40-pin GPIO header
Power button
microSD slot underneath

This orientation is useful for first-time users unfamiliar with port placement.

Step 3.2 – Insert the SD Card

The microSD card goes into the underside slot.

Step 3.3 – Install the Active Cooler (Optional)

Before placing the board in the case, she installs the Active Cooler, note that if you're using the official case with the active cooling fan, this isn't strictly necessary:

Remove protective film
Align pins carefully
Press until they click
Check seating from the rear
Remove fan connector cover
Plug in the fan

Taking time here ensures correct alignment and avoids bent pins.

Step 3.4 – Install into Case

She:

Applies rubber feet
Seats the board into the base
Removes the case’s pre-installed fan (since she’s using the Active Cooler)
Adds frame and lid

Sequence matters, installing cooling first prevents disassembly later, but if you're not using the Active Cooler, remember to plug in the case's fan to the Raspberry Pi 5.

4. First Boot

Now everything is connected:

Micro HDMI to monitor
USB keyboard and mouse
USB-C power

The Pi powers on.

“Yay! And it looks like a computer.”

If settings weren’t configured earlier, the setup wizard would guide through language, Wi-Fi, password, and display resolution. Since she preconfigured these, the system boots directly to the desktop.

5. Initial Desktop Configuration

Natasha’s first instinct with any new system:

“The first thing I always like to do when I get a new computer is customise my desktop.”

She navigates:

Raspberry Pi icon → Preferences → Control Center → Picture

She selects aurora.jpg, commenting simply:

“Beautiful.”

This demonstrates that the Pi OS environment behaves like a standard desktop OS — file browser, browser, terminal, media player, and more are pre-installed.

6. Remote Access and Interfaces

In Control Center → Interfaces, she highlights:

SSH toggle
VNC toggle

She explains clearly:

SSH enables command-line remote control (headless operation).
VNC mirrors the graphical desktop to another device, even a phone.

Raspberry Pi 5_Assembly 2

For educators or lab environments, these features are especially useful.

She also points out:

Wi-Fi icon reveals IP address
System tray shows update notifications
Updates can be installed via terminal using the following commands:
sudo apt update
sudo apt upgrade

This introduces ongoing maintenance without overwhelming beginners.

7. Backup and Maintenance

Before wrapping up, she highlights the SD Card Copier utility:

“This lets you clone your SD card to duplicate or back up your whole setup.”

Cloning is useful when:

Deploying multiple identical systems
Preserving a working configuration
Experimenting with riskier projects

For long-term use, this is an important habit.

8. What’s Next?

With the system fully operational, Natasha looks ahead.

Possible directions include:

Turning it into a Plex media server
Installing RetroPie
Exploring projects on the element14 Community: Raspberry Pi Projects

The setup guide stops at a stable, updated desktop, ready for expansion.

Key Considerations to Remember

Always double-check the selected drive before flashing.
Configure Wi-Fi and SSH in the imager if you want headless access.
Install cooling before placing the board into its case if using the Active Cooler.
Keep the system updated.
Clone your SD card once everything is configured.

By the end, Natasha has taken the viewer from sealed box to working desktop. The process is straightforward, but the small precautions; ejecting other drives, enabling SSH early, planning cooling, are what ensure a smooth experience.

From here, the Raspberry Pi 5 becomes whatever project you want it to be.

Supporting Links and Products

Raspberry Pi Parts

Product Name	Manufacturer	Quantity	Buy Kit
Raspberry Pi Official Case	Raspberry Pi	1	Buy Now
Raspberry Pi Mouse	Raspberry Pi	1	Buy Now
Raspberry Pi Official Keyboard	Raspberry Pi	1	Buy Now
Raspberry Pi 5 Active Cooler	Raspberry Pi	1	Buy Now
Raspberry Pi Monitor	Raspberry Pi	1	Buy Now
Raspberry Pi 5 4GB	Raspberry Pi	1	Buy Now

Tags: raspberry pi imager tutorial, enable ssh raspberry pi, raspberry pi 5 active cooler installation, raspberry pi desktop customisation, raspberry pi 5 setup guide, raspberry pi 5 hardware overview, clone raspberry pi sd card, raspberry pi os 64-bit installation, raspberry pi 5 beginner guide, raspberry pi vnc configuration, microsd card setup for raspberry pi, sudo apt update raspberry pi, raspberry pi 5 setup, raspberry pi 5 first boot guide, flash raspberry pi os, raspberry pi headless setup, friday_release

How to Set Up the Raspberry Pi 5: Complete Beginner Step-by-Step Guide -- Episode 703

cstanton — Thu, 26 Feb 2026 13:04:12 GMT

Revision 7 posted to Documents by cstanton on 2/26/2026 1:04:12 PM

Watch Natasha's Absolute Beginner Guide

- Raspberry Pi Bundle Builder

What follows is a practical, methodical walk-through, from unboxing to desktop, with small but important considerations along the way.

1. What You’ll Need

Before powering anything on, Natasha lays out a complete checklist. She keeps it simple and specific:

Raspberry Pi 5 board (2GB, 4GB, 8GB, or 16GB variant)
microSD card, 32GB or larger, Class 10 or better
microSD card reader (or SD adapter)
5V 5A USB-C power supply (she uses the official 27W version which is recommended)
Micro HDMI to HDMI cable (you may want to seek out an alternative depending on your available monitor)
HDMI monitor or TV (adapting to DisplayPort monitors can be tricky but most have HDMI)
USB keyboard and mouse
Internet connection (Wi-Fi or Ethernet)

She notes her own card is 32GB, Class 30 - “so I should be good.”

Cooling and Case Considerations

2. Preparing the Software

Natasha is clear about one key concept: the Raspberry Pi arrives as a blank computer.

“Raspberry Pi comes as a blank computer with no operating system…”

So the first step happens on a PC or Mac.

Step 2.1 – Install Raspberry Pi Imager

She downloads the official imager from raspberrypi.com/software and installs it (dragging to Applications on macOS).

Step 2.2 – Select OS and Target Drive

Inside the imager she selects:

Device: Raspberry Pi 5
OS: Raspberry Pi OS (64-bit)
Storage: the microSD card

At this stage she pauses for a safety check.

She notices another drive is connected and ejects it:

“Choosing the wrong drive here would erase it. So I like to play it safe.”

Raspberry Pi 5_Assembly 2

This precaution is important. The imager will overwrite whatever drive is selected.

Step 2.3 – Customisation Settings

Natasha walks through advanced configuration before writing:

Hostname (she uses “RaspberryPi5”)
Timezone and keyboard layout
Username and password
Wi-Fi SSID and password
Optional: Enable SSH
Optional: Enable Raspberry Pi Connect

She enables SSH, noting she may use it later and that she’ll show where to toggle it in the OS.

This early configuration avoids needing a monitor and keyboard during first boot, useful for headless setups.

After confirming the correct drive again, she writes the image. The system requests her computer password and takes a few minutes to complete. Once finished, she ejects the SD card safely.

3. Hardware Setup

With the SD card prepared, it’s time to open the board.

Her reaction is immediate:

“Oh, yay! There she is.”

Step 3.1 – Board Overview

She gives a brief tour:

Ethernet port
Two blue USB 3.0 ports
Two black USB 2.0 ports
USB-C power input
Dual micro HDMI ports
40-pin GPIO header
Power button
microSD slot underneath

This orientation is useful for first-time users unfamiliar with port placement.

Step 3.2 – Insert the SD Card

The microSD card goes into the underside slot.

Step 3.3 – Install the Active Cooler (Optional)

Before placing the board in the case, she installs the Active Cooler, note that if you're using the official case with the active cooling fan, this isn't strictly necessary:

Remove protective film
Align pins carefully
Press until they click
Check seating from the rear
Remove fan connector cover
Plug in the fan

Taking time here ensures correct alignment and avoids bent pins.

Step 3.4 – Install into Case

She:

Applies rubber feet
Seats the board into the base
Removes the case’s pre-installed fan (since she’s using the Active Cooler)
Adds frame and lid

Sequence matters, installing cooling first prevents disassembly later, but if you're not using the Active Cooler, remember to plug in the case's fan to the Raspberry Pi 5.

4. First Boot

Now everything is connected:

Micro HDMI to monitor
USB keyboard and mouse
USB-C power

The Pi powers on.

“Yay! And it looks like a computer.”

5. Initial Desktop Configuration

Natasha’s first instinct with any new system:

“The first thing I always like to do when I get a new computer is customise my desktop.”

She navigates:

Raspberry Pi icon → Preferences → Control Center → Picture

She selects aurora.jpg, commenting simply:

“Beautiful.”

This demonstrates that the Pi OS environment behaves like a standard desktop OS — file browser, browser, terminal, media player, and more are pre-installed.

6. Remote Access and Interfaces

In Control Center → Interfaces, she highlights:

SSH toggle
VNC toggle

She explains clearly:

SSH enables command-line remote control (headless operation).
VNC mirrors the graphical desktop to another device, even a phone.

Raspberry Pi 5_Assembly 2

For educators or lab environments, these features are especially useful.

She also points out:

Wi-Fi icon reveals IP address
System tray shows update notifications
Updates can be installed via terminal using the following commands:
sudo apt update
sudo apt upgrade

This introduces ongoing maintenance without overwhelming beginners.

7. Backup and Maintenance

Before wrapping up, she highlights the SD Card Copier utility:

“This lets you clone your SD card to duplicate or back up your whole setup.”

Cloning is useful when:

Deploying multiple identical systems
Preserving a working configuration
Experimenting with riskier projects

For long-term use, this is an important habit.

8. What’s Next?

With the system fully operational, Natasha looks ahead.

Possible directions include:

Turning it into a Plex media server
Installing RetroPie
Exploring projects on the element14 Community: Raspberry Pi Projects

The setup guide stops at a stable, updated desktop, ready for expansion.

Key Considerations to Remember

Always double-check the selected drive before flashing.
Configure Wi-Fi and SSH in the imager if you want headless access.
Install cooling before placing the board into its case if using the Active Cooler.
Keep the system updated.
Clone your SD card once everything is configured.

From here, the Raspberry Pi 5 becomes whatever project you want it to be.

Supporting Links and Products

Raspberry Pi Parts

Product Name	Manufacturer	Quantity	Buy Kit
Raspberry Pi Official Case	Raspberry Pi	1	Buy Now
Raspberry Pi Mouse	Raspberry Pi	1	Buy Now
Raspberry Pi Official Keyboard	Raspberry Pi	1	Buy Now
Raspberry Pi 5 Active Cooler	Raspberry Pi	1	Buy Now
Raspberry Pi Monitor	Raspberry Pi	1	Buy Now
Raspberry Pi 5 4GB	Raspberry Pi	1	Buy Now

How to Set Up the Raspberry Pi 5: Complete Beginner Step-by-Step Guide -- Episode 703

cstanton — Thu, 26 Feb 2026 12:58:50 GMT

Revision 6 posted to Documents by cstanton on 2/26/2026 12:58:50 PM

Watch Natasha's Absolute Beginner Guide

What follows is a practical, methodical walk-through, from unboxing to desktop, with small but important considerations along the way.

1. What You’ll Need

Before powering anything on, Natasha lays out a complete checklist. She keeps it simple and specific:

Raspberry Pi 5 board (2GB, 4GB, 8GB, or 16GB variant)
microSD card, 32GB or larger, Class 10 or better
microSD card reader (or SD adapter)
5V 5A USB-C power supply (she uses the official 27W version which is recommended)
Micro HDMI to HDMI cable (you may want to seek out an alternative depending on your available monitor)
HDMI monitor or TV (adapting to DisplayPort monitors can be tricky but most have HDMI)
USB keyboard and mouse
Internet connection (Wi-Fi or Ethernet)

She notes her own card is 32GB, Class 30 - “so I should be good.”

Cooling and Case Considerations

2. Preparing the Software

Natasha is clear about one key concept: the Raspberry Pi arrives as a blank computer.

“Raspberry Pi comes as a blank computer with no operating system…”

So the first step happens on a PC or Mac.

Step 2.1 – Install Raspberry Pi Imager

She downloads the official imager from raspberrypi.com/software and installs it (dragging to Applications on macOS).

Step 2.2 – Select OS and Target Drive

Inside the imager she selects:

Device: Raspberry Pi 5
OS: Raspberry Pi OS (64-bit)
Storage: the microSD card

At this stage she pauses for a safety check.

She notices another drive is connected and ejects it:

“Choosing the wrong drive here would erase it. So I like to play it safe.”

Raspberry Pi 5_Assembly 2

This precaution is important. The imager will overwrite whatever drive is selected.

Step 2.3 – Customisation Settings

Natasha walks through advanced configuration before writing:

Hostname (she uses “RaspberryPi5”)
Timezone and keyboard layout
Username and password
Wi-Fi SSID and password
Optional: Enable SSH
Optional: Enable Raspberry Pi Connect

She enables SSH, noting she may use it later and that she’ll show where to toggle it in the OS.

This early configuration avoids needing a monitor and keyboard during first boot, useful for headless setups.

After confirming the correct drive again, she writes the image. The system requests her computer password and takes a few minutes to complete. Once finished, she ejects the SD card safely.

3. Hardware Setup

With the SD card prepared, it’s time to open the board.

Her reaction is immediate:

“Oh, yay! There she is.”

Step 3.1 – Board Overview

She gives a brief tour:

Ethernet port
Two blue USB 3.0 ports
Two black USB 2.0 ports
USB-C power input
Dual micro HDMI ports
40-pin GPIO header
Power button
microSD slot underneath

This orientation is useful for first-time users unfamiliar with port placement.

Step 3.2 – Insert the SD Card

The microSD card goes into the underside slot.

Step 3.3 – Install the Active Cooler (Optional)

Before placing the board in the case, she installs the Active Cooler, note that if you're using the official case with the active cooling fan, this isn't strictly necessary:

Remove protective film
Align pins carefully
Press until they click
Check seating from the rear
Remove fan connector cover
Plug in the fan

Taking time here ensures correct alignment and avoids bent pins.

Step 3.4 – Install into Case

She:

Applies rubber feet
Seats the board into the base
Removes the case’s pre-installed fan (since she’s using the Active Cooler)
Adds frame and lid

Sequence matters, installing cooling first prevents disassembly later, but if you're not using the Active Cooler, remember to plug in the case's fan to the Raspberry Pi 5.

4. First Boot

Now everything is connected:

Micro HDMI to monitor
USB keyboard and mouse
USB-C power

The Pi powers on.

“Yay! And it looks like a computer.”

5. Initial Desktop Configuration

Natasha’s first instinct with any new system:

“The first thing I always like to do when I get a new computer is customise my desktop.”

She navigates:

Raspberry Pi icon → Preferences → Control Center → Picture

She selects aurora.jpg, commenting simply:

“Beautiful.”

This demonstrates that the Pi OS environment behaves like a standard desktop OS — file browser, browser, terminal, media player, and more are pre-installed.

6. Remote Access and Interfaces

In Control Center → Interfaces, she highlights:

SSH toggle
VNC toggle

She explains clearly:

SSH enables command-line remote control (headless operation).
VNC mirrors the graphical desktop to another device, even a phone.

Raspberry Pi 5_Assembly 2

For educators or lab environments, these features are especially useful.

She also points out:

Wi-Fi icon reveals IP address
System tray shows update notifications
Updates can be installed via terminal using the following commands:
sudo apt update
sudo apt upgrade

This introduces ongoing maintenance without overwhelming beginners.

7. Backup and Maintenance

Before wrapping up, she highlights the SD Card Copier utility:

“This lets you clone your SD card to duplicate or back up your whole setup.”

Cloning is useful when:

Deploying multiple identical systems
Preserving a working configuration
Experimenting with riskier projects

For long-term use, this is an important habit.

8. What’s Next?

With the system fully operational, Natasha looks ahead.

Possible directions include:

Turning it into a Plex media server
Installing RetroPie
Exploring projects on the element14 Community: Raspberry Pi Projects

The setup guide stops at a stable, updated desktop, ready for expansion.

Key Considerations to Remember

Always double-check the selected drive before flashing.
Configure Wi-Fi and SSH in the imager if you want headless access.
Install cooling before placing the board into its case if using the Active Cooler.
Keep the system updated.
Clone your SD card once everything is configured.

From here, the Raspberry Pi 5 becomes whatever project you want it to be.

Supporting Links and Products

Raspberry Pi Parts

Product Name	Manufacturer	Quantity	Buy Kit
Raspberry Pi Official Case	Raspberry Pi	1	Buy Now
Raspberry Pi Mouse	Raspberry Pi	1	Buy Now
Raspberry Pi Official Keyboard	Raspberry Pi	1	Buy Now
Raspberry Pi 5 Active Cooler	Raspberry Pi	1	Buy Now
Raspberry Pi Monitor	Raspberry Pi	1	Buy Now
Raspberry Pi 5 4GB	Raspberry Pi	1	Buy Now

How to Set Up the Raspberry Pi 5: Complete Beginner Step-by-Step Guide -- Episode 703

cstanton — Thu, 26 Feb 2026 11:20:53 GMT

Revision 5 posted to Documents by cstanton on 2/26/2026 11:20:53 AM

Watch Natasha's Absolute Beginner Guide

What follows is a practical, methodical walk-through, from unboxing to desktop, with small but important considerations along the way.

1. What You’ll Need

Before powering anything on, Natasha lays out a complete checklist. She keeps it simple and specific:

Raspberry Pi 5 board (2GB, 4GB, 8GB, or 16GB variant)
microSD card, 32GB or larger, Class 10 or better
microSD card reader (or SD adapter)
5V 5A USB-C power supply (she uses the official 27W version which is recommended)
Micro HDMI to HDMI cable (you may want to seek out an alternative depending on your available monitor)
HDMI monitor or TV (adapting to DisplayPort monitors can be tricky but most have HDMI)
USB keyboard and mouse
Internet connection (Wi-Fi or Ethernet)

She notes her own card is 32GB, Class 30 - “so I should be good.”

Cooling and Case Considerations

2. Preparing the Software

Natasha is clear about one key concept: the Raspberry Pi arrives as a blank computer.

“Raspberry Pi comes as a blank computer with no operating system…”

So the first step happens on a PC or Mac.

Step 2.1 – Install Raspberry Pi Imager

She downloads the official imager from raspberrypi.com/software and installs it (dragging to Applications on macOS).

Step 2.2 – Select OS and Target Drive

Inside the imager she selects:

Device: Raspberry Pi 5
OS: Raspberry Pi OS (64-bit)
Storage: the microSD card

At this stage she pauses for a safety check.

She notices another drive is connected and ejects it:

“Choosing the wrong drive here would erase it. So I like to play it safe.”

Raspberry Pi 5_Assembly 2

This precaution is important. The imager will overwrite whatever drive is selected.

Step 2.3 – Customisation Settings

Natasha walks through advanced configuration before writing:

Hostname (she uses “RaspberryPi5”)
Timezone and keyboard layout
Username and password
Wi-Fi SSID and password
Optional: Enable SSH
Optional: Enable Raspberry Pi Connect

She enables SSH, noting she may use it later and that she’ll show where to toggle it in the OS.

This early configuration avoids needing a monitor and keyboard during first boot, useful for headless setups.

After confirming the correct drive again, she writes the image. The system requests her computer password and takes a few minutes to complete. Once finished, she ejects the SD card safely.

3. Hardware Setup

With the SD card prepared, it’s time to open the board.

Her reaction is immediate:

“Oh, yay! There she is.”

Step 3.1 – Board Overview

She gives a brief tour:

Ethernet port
Two blue USB 3.0 ports
Two black USB 2.0 ports
USB-C power input
Dual micro HDMI ports
40-pin GPIO header
Power button
microSD slot underneath

This orientation is useful for first-time users unfamiliar with port placement.

Step 3.2 – Insert the SD Card

The microSD card goes into the underside slot.

Step 3.3 – Install the Active Cooler (Optional)

Before placing the board in the case, she installs the Active Cooler, note that if you're using the official case with the active cooling fan, this isn't strictly necessary:

Remove protective film
Align pins carefully
Press until they click
Check seating from the rear
Remove fan connector cover
Plug in the fan

Taking time here ensures correct alignment and avoids bent pins.

Step 3.4 – Install into Case

She:

Applies rubber feet
Seats the board into the base
Removes the case’s pre-installed fan (since she’s using the Active Cooler)
Adds frame and lid

Sequence matters, installing cooling first prevents disassembly later, but if you're not using the Active Cooler, remember to plug in the case's fan to the Raspberry Pi 5.

4. First Boot

Now everything is connected:

Micro HDMI to monitor
USB keyboard and mouse
USB-C power

The Pi powers on.

“Yay! And it looks like a computer.”

5. Initial Desktop Configuration

Natasha’s first instinct with any new system:

“The first thing I always like to do when I get a new computer is customise my desktop.”

She navigates:

Raspberry Pi icon → Preferences → Control Center → Picture

She selects aurora.jpg, commenting simply:

“Beautiful.”

This demonstrates that the Pi OS environment behaves like a standard desktop OS — file browser, browser, terminal, media player, and more are pre-installed.

6. Remote Access and Interfaces

In Control Center → Interfaces, she highlights:

SSH toggle
VNC toggle

She explains clearly:

SSH enables command-line remote control (headless operation).
VNC mirrors the graphical desktop to another device, even a phone.

Raspberry Pi 5_Assembly 2

For educators or lab environments, these features are especially useful.

She also points out:

Wi-Fi icon reveals IP address
System tray shows update notifications
Updates can be installed via terminal using the following commands:
sudo apt update
sudo apt upgrade

This introduces ongoing maintenance without overwhelming beginners.

7. Backup and Maintenance

Before wrapping up, she highlights the SD Card Copier utility:

“This lets you clone your SD card to duplicate or back up your whole setup.”

Cloning is useful when:

Deploying multiple identical systems
Preserving a working configuration
Experimenting with riskier projects

For long-term use, this is an important habit.

8. What’s Next?

With the system fully operational, Natasha looks ahead.

Possible directions include:

Turning it into a Plex media server
Installing RetroPie
Exploring projects on the element14 Community: Raspberry Pi Projects

The setup guide stops at a stable, updated desktop, ready for expansion.

Key Considerations to Remember

Always double-check the selected drive before flashing.
Configure Wi-Fi and SSH in the imager if you want headless access.
Install cooling before placing the board into its case if using the Active Cooler.
Keep the system updated.
Clone your SD card once everything is configured.

From here, the Raspberry Pi 5 becomes whatever project you want it to be.

Supporting Links and Products

How to Set Up the Raspberry Pi 5: Complete Beginner Step-by-Step Guide -- Episode 703

cstanton — Thu, 26 Feb 2026 11:00:50 GMT

Revision 4 posted to Documents by cstanton on 2/26/2026 11:00:50 AM

Watch Natasha's Absolute Beginner Guide

What follows is a practical, methodical walk-through, from unboxing to desktop, with small but important considerations along the way.

1. What You’ll Need

Before powering anything on, Natasha lays out a complete checklist. She keeps it simple and specific:

Raspberry Pi 5 board (2GB, 4GB, 8GB, or 16GB variant)
microSD card, 32GB or larger, Class 10 or better
microSD card reader (or SD adapter)
5V 5A USB-C power supply (she uses the official 27W version which is recommended)
Micro HDMI to HDMI cable (you may want to seek out an alternative depending on your available monitor)
HDMI monitor or TV (adapting to DisplayPort monitors can be tricky but most have HDMI)
USB keyboard and mouse
Internet connection (Wi-Fi or Ethernet)

She notes her own card is 32GB, Class 30 - “so I should be good.”

Cooling and Case Considerations

2. Preparing the Software

Natasha is clear about one key concept: the Raspberry Pi arrives as a blank computer.

“Raspberry Pi comes as a blank computer with no operating system…”

So the first step happens on a PC or Mac.

Step 2.1 – Install Raspberry Pi Imager

She downloads the official imager from raspberrypi.com/software and installs it (dragging to Applications on macOS).

Step 2.2 – Select OS and Target Drive

Inside the imager she selects:

Device: Raspberry Pi 5
OS: Raspberry Pi OS (64-bit)
Storage: the microSD card

At this stage she pauses for a safety check.

She notices another drive is connected and ejects it:

“Choosing the wrong drive here would erase it. So I like to play it safe.”

Raspberry Pi 5_Assembly 2

This precaution is important. The imager will overwrite whatever drive is selected.

Step 2.3 – Customisation Settings

Natasha walks through advanced configuration before writing:

Hostname (she uses “RaspberryPi5”)
Timezone and keyboard layout
Username and password
Wi-Fi SSID and password
Optional: Enable SSH
Optional: Enable Raspberry Pi Connect

She enables SSH, noting she may use it later and that she’ll show where to toggle it in the OS.

This early configuration avoids needing a monitor and keyboard during first boot, useful for headless setups.

After confirming the correct drive again, she writes the image. The system requests her computer password and takes a few minutes to complete. Once finished, she ejects the SD card safely.

3. Hardware Setup

With the SD card prepared, it’s time to open the board.

Her reaction is immediate:

“Oh, yay! There she is.”

Step 3.1 – Board Overview

She gives a brief tour:

Ethernet port
Two blue USB 3.0 ports
Two black USB 2.0 ports
USB-C power input
Dual micro HDMI ports
40-pin GPIO header
Power button
microSD slot underneath

This orientation is useful for first-time users unfamiliar with port placement.

Step 3.2 – Insert the SD Card

The microSD card goes into the underside slot.

Step 3.3 – Install the Active Cooler (Optional)

Before placing the board in the case, she installs the Active Cooler, note that if you're using the official case with the active cooling fan, this isn't strictly necessary:

Remove protective film
Align pins carefully
Press until they click
Check seating from the rear
Remove fan connector cover
Plug in the fan

Taking time here ensures correct alignment and avoids bent pins.

Step 3.4 – Install into Case

She:

Applies rubber feet
Seats the board into the base
Removes the case’s pre-installed fan (since she’s using the Active Cooler)
Adds frame and lid

Sequence matters, installing cooling first prevents disassembly later, but if you're not using the Active Cooler, remember to plug in the case's fan to the Raspberry Pi 5.

4. First Boot

Now everything is connected:

Micro HDMI to monitor
USB keyboard and mouse
USB-C power

The Pi powers on.

“Yay! And it looks like a computer.”

5. Initial Desktop Configuration

Natasha’s first instinct with any new system:

“The first thing I always like to do when I get a new computer is customise my desktop.”

She navigates:

Raspberry Pi icon → Preferences → Control Center → Picture

She selects aurora.jpg, commenting simply:

“Beautiful.”

This demonstrates that the Pi OS environment behaves like a standard desktop OS — file browser, browser, terminal, media player, and more are pre-installed.

6. Remote Access and Interfaces

In Control Center → Interfaces, she highlights:

SSH toggle
VNC toggle

She explains clearly:

SSH enables command-line remote control (headless operation).
VNC mirrors the graphical desktop to another device, even a phone.

Raspberry Pi 5_Assembly 2

For educators or lab environments, these features are especially useful.

She also points out:

Wi-Fi icon reveals IP address
System tray shows update notifications
Updates can be installed via terminal using the following commands:
sudo apt update
sudo apt upgrade

This introduces ongoing maintenance without overwhelming beginners.

7. Backup and Maintenance

Before wrapping up, she highlights the SD Card Copier utility:

“This lets you clone your SD card to duplicate or back up your whole setup.”

Cloning is useful when:

Deploying multiple identical systems
Preserving a working configuration
Experimenting with riskier projects

For long-term use, this is an important habit.

8. What’s Next?

With the system fully operational, Natasha looks ahead.

Possible directions include:

Turning it into a Plex media server
Installing RetroPie
Exploring projects on the element14 Community: Raspberry Pi Projects

The setup guide stops at a stable, updated desktop, ready for expansion.

Key Considerations to Remember

Always double-check the selected drive before flashing.
Configure Wi-Fi and SSH in the imager if you want headless access.
Install cooling before placing the board into its case if using the Active Cooler.
Keep the system updated.
Clone your SD card once everything is configured.

From here, the Raspberry Pi 5 becomes whatever project you want it to be.

Supporting Links and Products