
Explore FPGA development using open-source tools, focusing on LiteX and RISC-V. Learn to integrate custom hardware with Linux and understand challenges in open hardware design.

Explore the challenges and solutions in porting a wearable health monitor to Zephyr RTOS, integrating AI on FPGA, and leveraging open hardware for enhanced functionality and performance.

Explore the potential of open hardware GNU/Linux PowerPC laptops and their advantages for users seeking alternative computing solutions.

Explore the latest developments in open hardware, including new devices, industry trends, and applications in medical and space sectors. Learn about key organizations and initiatives shaping this innovative field.

Discover MuxPi, an open-hardware solution for remote access to embedded devices. Learn about Tizen's testing laboratory components and simplify device flashing, debugging, and power management.

Explore techniques for capturing audio and video on board farms, extending MuxPi capabilities, and integrating remote access solutions for multimedia driver development and testing.

Explore RISC-V's rapid growth, modular architecture, and diverse applications across industries, from IoT to data centers, highlighting its open-source ecosystem and innovation potential.

Explore RISC-V's rapid growth through strategic visibility, community engagement, and industry adoption, highlighting key metrics, messaging, and inclusive initiatives.

Explore strategies for fostering inclusivity and diversity in open hardware development, emphasizing collective responsibility and actionable steps for positive change in the industry.

Explore open hardware's impact on global production through expert insights on local knowledge, community engagement, and innovative solutions to global challenges.

Explore the development of an open-source mechanical ventilator, focusing on evolutionary architecture, incremental changes, and continuous integration in IoT projects.

Explore open hardware and RISC-V architecture in this discussion led by experts from BeagleBoard.org Foundation and The Linux Foundation.

Explore the creation of an open, customizable, and sustainable laptop, aligning with Linux principles. Learn about hardware design, firmware development, and community involvement in open computing.

Desarrollo de BomberCat: hardware abierto para pruebas de terminales bancarias. Emula y lee tarjetas NFC y banda magnética, permite experimentos como relay de información y modificación de datos en tiempo real.

Entdecken Sie die senseBox: Ein DIY-Baukasten für Citizen Science. Messen Sie Umweltdaten, analysieren Sie Ergebnisse und beteiligen Sie sich an Forschung. Fördern Sie Umweltverständnis und digitale Bildung durch Open-Source-Technologie.

Explore the evolution of open hardware projects like NeTV, Milkymist, and HDMI2USB. Learn key lessons for successful open hardware development, including community building, crowdfunding, and choosing the right tools.

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 RISC-V architecture, its global impact, and implementation in Linux systems. Learn about open hardware, SBI, and FPGA toolchains for RISC-V development.

Exploring open hardware challenges, focusing on the HACKberry bionic arm project. Discusses balancing digital and manual processes in hardware development, emphasizing customization and open-source principles.

Explore microcontroller programming, from LED control to OS testing. Learn practical applications in RC planes, wearable tech, and hardware debugging. Gain insights into low-level computing and open hardware.

Explore a decade of Open Hardware projects, from Arduino-based sleep monitoring to ESP32-powered LED matrices, showcasing innovative DIY solutions and their evolution.