Over the past several years, Raspberry Pi has become a go-to educational computing platform and much, much more. Today, Raspberry Pi offers a wide variety of computing solutions to pro engineers, makers, and students alike: the Raspberry Pi 5 SBC, the Raspberry Pi RP2040 microcontroller, the Raspberry Pi AI camera, and several other products. We update this page regularly with new Raspberry Pi projects, Raspberry Pi-related tutorials, Raspberry Pi book reviews, news, and product reviews.
8-10-2024 | Raspberry Pi has introduced new SD cards and a protective bumper to boost performance and durability...
Watch: The Raspberry Pi 5 Desktop Kit
Interested in Raspberry Pi? So are we! Elektor’s engineers and editors are currently planning for more Raspberry Pi-related videos. Once we have more details, we will post all the information here and on the Elektor Webinars page. Stay tuned!
Raspberry Pi as a KVM Remote Control: Pi-KVM Software Test
KVM, short for keyboard, video, mouse, allows remote control of a computer by anyone with access to it. With the smart Pi-KVM software and a Raspberry Pi 4 SBC, you can affordably manage a PC and other devices over the Internet without requiring software installation on the remote computer. Additionally, Pi-KVM facilitates the provision of virtual disks, enabling not only remote control and maintenance of a computer but also complete reinstallation if needed.
If you are looking for a small stand-alone network audio player, why not build your own? In this article, Ton Giesberts explains how he built a high-end DAC for the Raspberry Pi using components with top-notch specs. He used the Volumio free open source Linux distribution for music playback. Go ahead: turn your Raspberry Pi into a small stand-alone network audio player!
A Smart Object Counter: Image Recognition Made Easy with Edge Impulse
Interested in machine and Raspberry Pi? This project is for you. Read on to learn how to transform a camera and a Raspberry Pi into a smart object-counting tool using the Edge Impulse platform. The article covers the following and much more: getting starte with Edge Impulse, model testing, and Raspberry Pi deployment.
Have you considered Java on the Raspberry Pi? But wasn’t the Raspberry Pi designed to be programmed using Python? Maybe yes, but that doesn’t mean you can’t use other languages. For instance, the Java programming language is highly applicable for crafting code on contemporary computing platforms like the Raspberry Pi. In this article, Frank Delporte demos Java's prowess by delving into its background and exploring how you can use it to manipulate and read GPIO pins.
The Raspberry Pi 5 has the same compact credit card size as previous generations, but a lot has changed while maintaining this size and format. Let’s start with the CPU on board, the Cortex-A76 CPU clocked at 2.4 GHz, and a Video Core 7 GPU at 1 GHz. The Raspberry Pi 5 (RPi 5) offers a considerable leap in performance. We’ll dive into this and look at some benchmarks.
What is the difference between the Raspberry Pi 5 and the Raspberry Pi 4? Just how significant are the improvements in speed and performance between the Raspberry Pi 5 and its predecessor, the Raspberry Pi 4? The advancements are substantial, with a multitude of features having been enhanced or introduced. It's safe to assert that the Raspberry Pi 5 boasts twice the speed of its predecessor. In this article, Elektor engineer Saad Imtiaz delves into the incorporated features, benchmark evaluations, thermal performance, and more.
Elektor engineers and editors were among the first to report the Raspberry Pi 5 when it was announced in September 2023. Whether you are looking for more speed, more power, or more features, the Raspberry Pi 5 checks all the boxes when compared with its predecessors. With a 64-bit Arm Cortex-A76 at the helm, it runs four cores at 2.4 GHz, which means a roughly 2.5x increase in performance over the Raspberry Pi 4’s Cortex-A72 running at 1.8 GHz. Check out all specs and watch our unboxing.
CaptureCount: An Object Detector and Counter on the Raspberry Pi 5
As soon as Elektor engineer Saad Imtiaz got his hands on a Raspberry Pi 5, he started brainstorming new projects. One of those projects was the CaptureCount object detector and counter. He had clear goal for the project: to develop an object detection and counting system capable of identifying object types and tallying the number of objects within each category detected. The Raspberry Pi 5 emerged as the natural selection for its adeptness and backing in AI initiatives.
Raspberry Silicon: Introducing the Raspberry Pi RP2040 MCU and the Pico Board
Get to know the Raspberry Pi RP2040 microcontroller and the Pico Board. The Raspberry Pi Pico is the first microcontroller board based on the RP2040. It looks a lot like other microcontroller boards with the MCU in the center, a micro-USB connector on one end and a row of contacts along each side. A 3-pin debug connector is available at the other end of the board.
Take a closer look at at Raspberry Pi’s first microcontroller and microcontroller chip. In this helpful background article, SparkFun's Avra Saslow introduces the Pico and RP20240, and she then shares details about SparkFun RP20240-related products.
The RP2040 microcontroller from Raspberry Pi stands out for its unique features. Unlike many mainstream microcontrollers, it's a dual-core device. While other dual-core controllers typically merge two distinct cores, each designated for specific tasks, the RP2040 boasts two identical ARM Cortex-M0+ cores. Watch Elektor's insightful video about the RP2040.
Pico Power: Get to Know the Raspberry Pi Pico Board and RP2040
The Raspberry Pi Pico serves as a link between your powerful Linux-based SBCs and the realm of embedded microcontrollers. While it bears the Raspberry Pi name, the Raspberry Pi Pico diverges significantly from its predecessors. This dual-core ARM-powered board provides only the essential circuitry needed for operation. Despite its resemblance to a modified Pi Zero, it stands apart. Unlike other Raspberry Pi boards utilizing Broadcom CPUs, the Pico employs the in-house-designed RP2040 chip crafted by the Raspberry Pi Foundation itself.
The Raspberry Pi Global Shutter Camera excels at capturing rapid motion. The 1.6 MP camera is well-suited for fast motion photography and machine vision apps, where even slight distortions can significantly impair inference performance. The Raspberry Pi Global Shutter Camera is mounted on a 38 mm×38 mm board. Let's take a look.
Raspberry Pi's engineers sought a straightforward debugging solution for Arm-based microcontrollers like their RP2040 chips. After developing and testing it themselves, they released the Raspberry Pi Debug Probe as an open-source board for public use.
The Compute Module is a stripped-down Raspberry Pi-based module intended to be incorporated into other products that need more design flexibility than the usual Raspberry Pi can offer. Also, it enables you to tightly integrate custom electronics around the Raspberry Pi SOC (e.g., for industrial usage or digital signage). The Compute Module 4 comes in several varieties. You can select wireless or no wireless, onboard EMMC with 8, 16 or 32 GB or no onboard EMMC and 1, 2 ,4 and 8 GB of RAM. This means you can select the version that’s just right for you!
Elektor was ready to test and design as soon as the Raspberry Pi 4 hit the market. Read on for an overview of the Raspberry Pi 4's specs and features. In typical Elektor fashion, we took a deep dive into everything, from the SoC to the software side of things.
With its upgraded CPU, GPU, and RAM, the Raspberry Pi 5 boasts up to three times the speed of its already swift predecessor. Beyond the performance enhancement, the Raspberry Pi 5 introduces several groundbreaking features for the first time ever, including RTC, an on/off button, and a PCIe interface, leveraging the Raspberry Pi RP1 silicon for advanced I/O capabilities.
Kick of your Raspberry Pi 5-based adventures with the Raspberry Pi 5 Ultimate Starter Kit. You get a Raspberry Pi 5, power supply, Raspberry Pi 5 Essentials (book), and more!
The Raspberry Pi Pico is a smart solution for automating everyday operations and applications. The Pico is programmable in the C and MicroPython languages, and you can customize it for numerous devices. In addition, the Pico is as easy to use as dragging and dropping files. Advanced users can take advantage of the Pico's extensive peripherals: the SPI, I²C, and eight PIO state machines.
PiKVM V3 is an open-source KVM over IP solution based on Raspberry Pi. It empowers you to remotely manage servers or workstations regardless of the operating system's state or whether one is installed. Use it to power on/off or restart your computer, configure the UEFI/BIOS, reinstall the OS, and more.