
Explore open source hardware IoT with Raspberry Pi HATs. Learn design, development, and manufacturing challenges using free tools like KiCAD. Gain insights into technical specifications and getting started guidelines.

Explore a prototype RISC-V-based LoRaWAN end node PCB design, combining FPGA and RISC-V architecture with LoRa interface for low-power, high-capacity IoT solutions with edge analytics capabilities.

Explore how Quilter revolutionizes PCB design using reinforcement learning, automating complex processes and addressing real-world challenges in electronic design automation.

Explore the process of building a CAN Bus Sniffer, from prototyping to assembly. Learn hardware development tips, documentation preparation, and small-batch ordering for your first device.

Explore the process of designing, developing, and launching an open-source CAN bus tool. Learn about PCB design, driver development, and the challenges of bringing hardware products to market.

Explore hardware security, tamper protection, and building trustworthy electronics. Learn about microcontroller selection, noise sources, and auditable design techniques for enhanced security.

Entdecken Sie die Funktionsweise von C3-PR, einem Open-Hardware-WiFi-Roboter. Erfahren Sie mehr über ESP32, Motoren, Arduino IDE und mechanisches Design in diesem informativen Vortrag.

Explore the creation process of the first Defcon Aerospace Village badge, from design to production. Learn how to recreate your own using open-source resources and insider insights.

Explore free open-source tools for designing and manufacturing open hardware, from PCB creation to 3D printing. Learn about licenses, prototyping challenges, and best practices for entirely open-source devices.

Explore low-cost ARM architecture through the creation of a DOOM-running business card. Learn about processor selection, PCB design, and embedded Linux configuration.

Step-by-step guide to designing custom embedded microcontroller PCBs. Learn modular design, component selection, schematic creation, and PCB layout for successful prototyping and small-scale manufacturing.

Explore on-chip debug interfaces and JTAG architecture with JTAGulator, a hardware tool for identifying and accessing embedded systems' debug ports.

Explore the intersection of art and electronics through custom PCB design. Learn to create visually appealing circuit boards that enhance your projects while leveraging rapid manufacturing techniques.

Learn to design circuits and PCBs using Kicad through a guided tutorial. Create a watering system relay controller with wireless communication and solar power, focusing on eeschema and pcbnew tools.

Explore the hardware design process of OHMC2022 badges, including challenges, design philosophy, and technical details. Gain insights into PCB design, FPGAs, and creative problem-solving in electronics.

Explore cloud-native server architectures with Racklet, an open-source Raspberry Pi-based scale model of hyperscaler datacenters. Learn through hands-on experience with reproducible hardware and software.

Explore the complete hardware manufacturing process, from PCB design to assembly, using a programmable gamepad project as an example. Gain insights into component selection, ordering, and interactive demos.

Explore power delivery challenges in AI accelerators and innovative solutions for high-density power modules, focusing on AMD Mi300X's vertical stacking and ecosystem standardization.

Learn to design and customize electronic conference badges using OpenTaxus - from hardware modifications in KiCAD to software changes in CircuitPython, plus cost management and production logistics.

Discover the complete badge-making journey, from creative concept to mass production, including circuit design, firmware development, and practical manufacturing insights.

Explore faebryk, an open-source Python library for electronic design automation. Learn to describe circuits in code, refining designs from abstract to specific while leveraging software development tools.