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How to Interface Raspberry Pi Pico W with OLED Display using MicroPython? Welcome to our blog, where we will take a deep dive into the world of OLED displays and the Raspberry Pi Pico W microcontroller. OLED (Organic Light Emitting Diode) displays are at the forefront of visual technology, offering brilliant colors, high contrast, and a wide viewing angle, making them perfect for a myriad of applications ranging from portable devices to… |
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Creating an Arduino based Machine Learning Robot In a remarkable fusion of robotics and machine learning, a small robot equipped with an Arduino Uno took center stage as it autonomously navigated a racetrack. The project, undertaken by an innovative creator, involved manually training the robot on simpler tracks before challenging it on a larger, more complex one. The entire journey from… |
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Machine meets Arts: String Art using CNC In a remarkable display of engineering and creativity, Paul MH has engineered a CNC machine dedicated to crafting intricate string art images. At a glance, string art may appear simple, involving only threads wound around posts, typically nails, to form patterns, text, shapes, or images. However, the underlying mathematics to achieve a… |
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The New Raspberry Pi 5 is here: Faster than Ever After a long wait of over 4 years Raspberry Pi Foundation announced the new Raspberry Pi 5. The Raspberry Pi 5 features a number of upgrades over its predecessor, including a new and faster processor, the new in house developed RP1 Southbridge, and better connectivity. While the Pi 5 still features the same footprint as its predecessor, it… |
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How to Address the Current Challenges in Global Semiconductor Supply Chain Ecosystem, Define Analysts In order to meet the overall demand, the fabs capacity has been escalated to 95 percent, but they are not being able to counter the issue. In the past two years, experts have mentioned that the chip manufacturing market has been extremely strained all over the world and the impediments in the supply chain will persist by the end of… |
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How to Interface Raspberry Pi Pico W with Analog Joystick Module Welcome to our comprehensive blog, where we will interface the Raspberry Pi Pico W with an Analog Joystick Module. This blog post serves as a professional guide, offering step-by-step instructions on how to establish a connection and effectively take input from the joystick using the powerful Raspberry Pi Pico W board. Before… |
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Innovator creates Gigantic 3D Printed RC Boat with Impressive Speed Departing from conventional designs that employ motors and propellers above the water, this inventor chose to equip the vessel with a water propeller for improved performance. The journey to build this groundbreaking boat was not without challenges, including a unique 4D printing process, hours of printing, and numerous experiments to… |
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Palm OS meets Raspberry Pi Pico The rePalm project is created with an aim to port Palm’s classic Palm OS, which was used in their classic PDA to modern hardware. The rePalm project is created and maintained by the embedded engineer Dmitry Grinberg who is now Sr. Staff Software Engineer at Cruise. Previously he has ported the Palm OD to other ARM devices such as… |
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Beyond the Blueprint: A CNC Router's Evolution into Art In a recent DIY endeavor, a passionate maker Eirik Brandal, embarked on a journey to master the art of operating a CNC router. What started as a simple warm-up project quickly evolved into a complex and mesmerizing creation that pushed the boundaries of their newfound skills? The initial idea was to break free from the constraints of… |
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Interfacing WS8211 RGB LED Strip with Arduino: Step by Step Tutorial Welcome to our blog post on interfacing the WS2811 (5V) RGB LED strip with Arduino! In this guide, we will walk you through the process of connecting and controlling WS2811 LED strips using an Arduino microcontroller. WS2811 LED strips are popular due to their individually addressable RGB LEDs, allowing for captivating lighting effects in various projects,… |
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Battery-free Robots use Origami to change Shape in Mid-Air Scientists at Washington University have created small robotic devices capable of adjusting their aerial movement by adopting a folded posture as they fall. These " microfliers," when released from drones, employ a specific origami technique, the Miura-ori fold, to transition from a scattered, tumbling motion to a direct downward fall. The… |
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Balancing Act: The DIY Hoverbike Project That's Turning Heads This innovative hoverbike seamlessly blends the dynamics of a hoverboard with the thrill of a bicycle, resulting in a groundbreaking personal mobility solution. The hoverbike is essentially comprised of two hoverboard halves, each resembling a balancing robot. Ingeniously, foot pressure switches are… |
