Rpi 4

linux Rpi

In 4 RAM Options

  • 1GB – SEC928
  • 2GB – D9WHZ or SEC940
  • 4GB – D9WHV
  • 8GB – D9ZCL

The Raspberry Pi4 Model serves as the latest version of the Raspberry Pi computers, which is nothing like the normal devices we know. We might be tempted to compare the size of Pi4s to the size of credit cards. A Pi4 board can cost about £60 for a 1GB model, too a £100 chip with a RAM of 8GB.

Some tech amateurs use Pi4 boards as retro game consoles, network-level ad-blockers for starters, routers, and more. However, people have used Pi to build phones, laptops, robots, and smart mirrors, amongst other projects. Such a model is the basis of projects being built that take pictures in space for use on the International Space Station.

In this article, we will enlighten you on how to get started with the Raspberry Pi4, and its uses in our everyday lives. Albeit, keep in mind that in its cheapest form, the Pi is only an empty board that would require a power supply, a monitor, a keyboard, and a mouse.

How To Get Started With The Raspberry Pi4

You would need a classical HDMI cable to connect your Pi4 board to the monitors and power supply. Once you’ve established the necessary connections on the hardware, you will proceed to download the New Out-Of-Box Software (NOOBS) Installer. Below is a step-by-step guide on how to install an OS on your Raspberry Pi4.

  1. Using Raspberry Pi Imager

This is a fast and simple way to install the Raspberry Pi Operating System, plus other operating systems, on a microSD card for use on a Raspberry Pi.

  1. Making Sure of The Connections

Connecting the cables to the board in the right order will safeguard the components on your Raspberry Pi4.

  1. Connecting The SD Card

On the underside of the Raspberry Pi, insert the Raspberry Pi Operating System’s SD card into the microSD card slot. If your microSD card comes with a larger adapter, slide the smaller card out of its case before inserting it into the slot.

  1. Mouse Connections

Locate the mouse cable and ensure that it is connected to a USB port on the Raspberry Pi. It doesn’t matter, which port you choose. Do the same with the keyboard.

  1. Power Up Your Monitor

Connect your monitor to a power supply and switch it on.

  1. Connecting The Monitor and the Raspberry Pi’s HDMI port

Notice that the HDMI port(s) has a flat side on the surface, so you can use an adapter if necessary.

  1. For Raspberry Pi4

Connect your monitor to the first RPi4 HMDI port with the label, HDMI0, which is nearer the power in port.

  1. Connecting Your RPi4 to The Internet

To connect your RPi4 to the internet using an Ethernet cable, connect the Ethernet port on the RPi to an Ethernet power supply socket, or router. However, this connection wouldn’t be necessary for wireless internet connections.

  1. Adapt Speakers or Headphones

If your screen lacks speakers, you can connect speakers or headphones to its audio port.

You can also connect your RPi4 to a 3D printer and check for compatibility.

Advantages of RPi4

Unlike the older models of Raspberry Pis, like RPi3 and B+ models, RPi4 offers faster and more capable performance with its CPU performing three times better than the Pi3’s processors. It is only wise to state that the RPi4 is a next-generation Pi with a dual-screen that supports 4K videos and has a RAM of not less than 4 GB.

It permits you to experiment with building software and hardware, as defined by its users. Furthermore, it is used to enable the following:

  • Media centers
  • Pi-hole ad-blockers
  • File servers
  • Retro-gaming consoles
  • Drone control units

Furthermore, the RPi4 offers more stability than every other Pi, as its processors are modern, and built using 28nm process node technology with a more efficient architecture. It consists of a quad-core 1.5GHz Arm Cortex-A72 based processor.

Uses of RPi4

Generally, the Pi can run as a budget desktop, but with the introduction of the RPi4, there’s the benefit of accessing office apps, online services, web browsing, and more. The RPi4 has the capacity of switching between full online services, like JavaScript laden and Google’s G-suite websites, without sheathing.

Nevertheless, the RPi4 is limited to running a computer on a mobile-targeted processor, thus, won’t be the same as a laptop. Its browser is the main application a computer needs to run, and its extra memory boosts its performance.

Initially, it was intended for teaching basic computer science in schools and developing countries but when its use grew past that intention, RPi gained fame beyond its target market for uses, like robotics, and weather monitoring. The RPi4 has 2 USB 2.0 ports, 2 USB 3.0 ports, up to 8GB RAM, and dual-monitor support through a pair of HDMI type D ports that favor 4K resolution. However, there’s continued work towards improving 4K playback on media center operating systems, like LibreELEC.

As far as browsing the web, the latest version of RPi4 contains a Chromium browser, which is an open-source browser that Chrome is based on. RPi4 can also run as a thin client for Windows 10 with a similar performance to the modern Windows 10 PC. In general, the Pi can run numerous of operating systems including the Raspbian OS.

RPi4 would run Windows 10 apps by using the ExaGear Desktop Software, which, unfortunately, is no longer in demand. However, users have found an alternative that works better than the ExaGear Desktop Software, called Pi386. Nonetheless, the performance won’t be as accurate on the RPi4 as it would on a normal Windows OS.

RPi4 can also be used for creating text files such as this one and many more. More importantly, it is used in 3D printing by adding an extra board, such as OctoPrint, which has several benefits. Nevertheless, there are hardware and software requirements to run OctoPrint on an RPi4.

Raspberry Pi4 Spec

The following are the specifications of the Raspberry Pi4.

  • System-on-a-chip: Broadcom BCM2711
  • GPU: Video Core VI
  • Connectivity: 802.11ac Wi-Fi/Bluetooth
  • Power: 5V/3A
  • Expandability: 40-pin GPIO header.


  1. https://www.zdnet.com/article/what-is-the-raspberry-pi-4-everything-you-need-to-know-about-the-tiny-low-cost-computer/
  2. https://www.zdnet.com/article/what-is-the-raspberry-pi-4-everything-you-need-to-know-about-the-tiny-low-cost-computer/

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