Never in the same shape
The Raspberry Pi is a series of credit card–sized single-board computers developed in the United Kingdom by the Raspberry Pi Foundation with the intention of promoting the teaching of basic computer science in schools and developing countries.
The initial Raspbian setup is the crucial first step to start using your Raspberry Pi 4. In this guide, we’ll explore the initial setup process in detail, covering key elements such as language, keyboard, and password. Following these steps will allow you to prepare your board for a variety of projects and uses.
The Raspberry Pi 4, released by the Raspberry Pi Foundation in June 2019, marked a significant step forward in the continued evolution of single boards. This compact device has caught …
The possibility of having a version of Raspberry Pi OS (Raspbian) on your system, the operating system designed to work with the famous Raspberry Pi board, lies in having a Virtual Machine such as Oracle VM Virtual Box. This application, once installed on your system (Windonws, MacOS or Linux) allows you to have different operating systems contained in this Virtual Machine, including Raspberry Pi OS.
This article is intended to be a step-by-step guide on how to install Raspbian on Raspberry Pi 4 (or earlier versions) through the microSD card.
The DHT11 sensor (and the DHT22 sensor) allows to measure both the temperature and the humidity level in the air. Present on the market for a few euros, we find it already mounted on electrical boards that greatly facilitate its use. Let’s see in this article how easy it is to connect this sensor to our Raspberry Pi and how to take measurements.
The Internet of Things (IoT) has redefined how we interact with the digital and physical worlds, and the Raspberry Pi sits at the center of this transformation. Let’s explore how combining sensors and actuators with the Raspberry Pi can create innovative and practical IoT solutions.
Raspberry Pi has won the hearts of technology enthusiasts by offering a versatile and accessible computing experience. In this article, we will explore the vast ecosystem of hardware, accessories, and peripherals available to enrich your experience with this powerful microcomputer.
The Raspberry Pi, a powerful and versatile miniature computer, has conquered the world of technology enthusiasts and hobbyists. One of the keys to the success of this little device is its compatibility with a wide range of operating systems, each of which offers a unique experience. In this article, we’ll explore some of the main operating system options available for the Raspberry Pi and the practical applications of each.
The Raspberry Pi, with its compact design and surprisingly robust performance, has earned itself a prominent place in the tech enthusiast and hobbyist community. One of the most interesting applications of this mini-computer is its use as a server in various contexts. In this article, we will explore the many possibilities offered by the Raspberry Pi as a server and analyze the reasons behind its growing popularity in this role.
In recent times there has been little talk of whether or not it is necessary to mount heatsinks on the latest Raspberry version, the Pi 4. This board, by mounting a higher performance processor, should produce more heat. If for the Raspberry Pi 3 the addition of a fan might have seemed like an option only for enthusiasts, it would seem that for the Raspberry Pi 4 the choice to integrate a heat dissipation system is quite mandatory. The options are varied, as are the prices (however very low) which range from simple heatsinks to be glued directly onto the chips, up to real fan systems and heatsink panels to be completely integrated onto the board.