
Explore the evolution and impact of Open Source Hardware through OSHWA's community-driven approach, from software license origins to current hardware innovations and future milestones.

Vorstellung eines 8-Bit-Homebrew-Computers: Entwicklung, Iterationen und aktuelle Version. Einblicke in moderne Entwicklungsmethoden und Einsatz eines Emulators bei der Projektrealisierung.

Humorvoller Erfahrungsbericht über den Bau einer Pick-and-Place-Maschine, der Hürden, Fehlschläge und Lektionen beleuchtet. Unterhaltsame Einblicke in ein anspruchsvolles DIY-Projekt für Technikbegeisterte.

Andrés Mora explora cómo los fractales y la perseverancia se aplican en robótica y navegación espacial, utilizando su experiencia en la NASA para ilustrar el manejo de desafíos en la vida y la tecnología.

Explore the process of designing and creating a portable, modular electronic Escape Room-In-A-Box through a candid development diary documenting challenges and decisions.

Practical guide to troubleshooting radiated emissions in flyback power supplies, covering lab setup, common fixes, and step-by-step problem-solving techniques for EMC compliance.

Explore Circuit Playground's design process: from concept to PCB layout, component selection, and prototype fabrication. Learn practical insights for developing your own electronic projects.

Step-by-step guide on PCB design, covering component placement, schematic improvement, and LDO regulator selection for a microcontroller board. Includes practical tips and considerations for effective PCB layout.

Explore the concept of a self-hosting computer system, focusing on hardware security, trust issues, and the potential for a more secure computing environment.

Explore hardware prototyping to pilot production with NeuroBytes, an innovative electronic system mimicking neural networks. Learn from Zach Fredin's journey in creating educational tools for understanding neuroscience.

Discover hardware development insights from an industry expert, focusing on learning from manufacturing mistakes and overcoming obstacles in product creation.

Learn to organize and manage multiple development boards efficiently in a personal board farm, addressing challenges and implementing practical solutions for control, power, monitoring, and automation.

Learn to build a CO2 measuring device using Embedded Rust. Explore hardware, chemistry, sensors, and protocols while gaining hands-on experience in IoT development with Rust.

Explore the creation, features, and future of A2FPGA with its creators, from initial design to production, including demos and extension possibilities.

Explore challenges and solutions in developing an ESP32 IoT expansion board for Apple II, focusing on dual port memory and Linux-based tools.

Explore tinyML success stories with Pete Warden, discussing game-changing technologies, innovations, and future visions in the field of machine learning on tiny devices.

Explore open-source neuroimaging systems, from hobbyist to professional, and their development using Linux and FPGAs. Learn about challenges, solutions, and future prospects in brain scanning technology.

Explore the frontiers of VR entertainment with Mary Spio, a rocket scientist and patent holder, as she discusses Next Galaxy's innovations and the future of virtual reality technology.

Exploring open-source firmware for SoC components to enhance platform transparency and trust. Discusses development progress, tooling, challenges, and reproducible builds for auditing firmware images.

Discover strategies for introducing Rust to tech communities, building expertise, and mentoring others. Learn about Rust's benefits, resources, and community culture.

Innovative continuous testing techniques for hardware and software development, focusing on performance improvement, quality assurance, and efficient open-source collaboration in data center products.