Tech blogs

This article studies the major differences that exist between the Elecrow RP2350A Pico W5 Board and the Raspberry Pi Pico 2W. It mentions how the Pico W5 becomes enhanced with dual-band Wi-Fi, Bluetooth 5.0, and more memory, making it easy for future advanced IoT projects. On the other side, it would be Pico 2W that talks about simplicity and budget consideration with single-band Wi-Fi. This guide will look at hardware, wireless capacity, power efficiency, and usage cases so that you can easily make decisions about which board fits your project needs.

Being two of the most popular models from the Raspberry Pi Foundation, the Pi 400 and Pi 500 offer unique features designed for different needs. The Pi 400 model is compact and designed for easy accessibility and user-friendliness. On the other hand, the Pi 500 is a more advanced, powerful, all-in-one desktop solution.

So let’s compare the key differences between Pi 400 and Pi 500 in terms of performance, design, connectivity, and intended use.

Offering the power of Raspberry Pi board in a compact and flexible form, Pi CM4 and Pi CM5 modules have quickly become a cornerstone for those who want to build custom embedded systems. Both CM4 and CM5 are well-suited for various applications, from industrial automation to IoT devices. While the CM4 model has already proven itself as a reliable device with all sorts of useful features and enhanced performance, the CM5 brings even more advanced technologies. So let’s compare these two models and explore their key differences in terms of performance, memory, connectivity, and potential use cases.

With each keystroke and millisecond possibly deciding success or failure, keyboard choice may make or ruin your gaming experience. Although mechanical keyboards have long been the preferred tool for dedicated gamers, magnetic axis technology is becoming a formidable rival in the market for gaming accessories.

Under the October twilight, we’re excited to announce that Elecrow will be exhibiting at Maker Faire Shenzhen 2024! Last year, we showcased innovative projects and connected with creators from around the globe. This year, from Nov. 16-17 at Booth No. 18, located in Vanke Cloud City Design Commune, Nanshan, we’ll feature our latest products, popular series, and exclusive souvenirs. Let’s take a closer look at these latest products before you try them in person!

Explore innovative PCB projects on Elecrow's Project Community, featuring the PAA3905 Breakout Board for precise navigation in low light, the ultra-efficient Ladybug STM32L432 Development Board for wearables, and a budget-friendly walkie-talkie for reliable communication. Discover how these projects solve real-world challenges with creative ideas and innovative technology.

We are ecstatic to announce that CrowView Note has reached an incredible 1000% of its funding goal on Kickstarter! This achievement is a meaningful reminder of what we can accomplish when we come together, fueled by a shared vision.

But what exactly is CrowView Note? Why has it captured the attention of so many? Let's take a closer

In this lesson, I will demonstrate how to display arbitrary graphics and text on the screen. To achieve this effect, we need to use two graphics libraries: the TFT_eSPI library and the LovyanGFX library.

Hello, friends. Welcome to the exciting world of Arduino game development! Today I am going to present the simple yet entertaining breakout game created with Arduino UNO, an OLED display, and a joystick. The process is not complex. What we need is careful consideration of code logic implementation. By bringing the classic breakout game to life, you’ll not only enhance your programming skills but also experience much fun. Now, let’s begin our journey.

Delving into the realm of classic gaming, this guide demonstrates how to craft a Star Wars game with the ESP8266, OLED Display, and Joystick Module. While the Star Wars game is familiar to most of us, assembling it with your own hands using acquired electronic knowledge adds a personal touch. Now let’s start our journey!