
Explore Chameleon, an open-source monitor emulator for automated display testing, and learn how Zephyr and Pigweed RPC libraries enhanced its development and functionality.

Explore Antmicro's Visual System Designer, an open-source platform revolutionizing hardware development by organizing complex ecosystems and bridging gaps between software and hardware teams.

Explore the RISC-V architecture and open source hardware ecosystem, from CPU cores to FPGA toolchains. Learn about designing fully open-source chips and engage in discussions with experts.

Explore the groundbreaking CORE-V Microcontroller, an open-source RISC-V-based MCU with rich peripherals and embedded FPGA. Learn about its ecosystem, RTOSes, and integration with Eclipse IoT components.

Explore RISC-V architecture and open hardware initiatives in this informal discussion. Learn about open source cores, FPGA toolchains, and engage with RISC-V experts to understand the current state of open hardware.

Explore RISC-V's future, open-source development, and community-driven initiatives with Stephano Cetola from RISC-V International in this informative session.

Explore the creation of a smart audio device using open-source technologies, blending hardware and software for innovative sound solutions.

Explore OpenTitan's comprehensive verification process for open-source silicon, from chip-level simulations to block-level tests, addressing unique hardware challenges and industry expectations.

Discover the journey of creating open-source Raspberry Pi tablets, overcoming chipset shortages, and transforming projects into portable adventures with the CutiePi tablet running Ubuntu.

Explore Ubuntu's progress on RISC-V architecture, including supported devices, ecosystem maturity, and future plans. Gain insights into this emerging technology's current state and potential.

Explore RISC-V architecture: supported hardware, virtual machines, boot flow, package building, and software availability. Learn about the evolving ISA and its implications for Ubuntu.

Explore Zephyr's support for hobbyist-friendly open-source hardware, focusing on Arduino UNO R4, Raspberry Pi Pico, and RISC-V boards. Learn about PIO features, shield compatibility, and ArduinoCore integration.

Explore how RISC-V and open-source hardware are transforming chip design economics for IoT, edge computing, and AI applications, revolutionizing the semiconductor industry.

Explore BeagleBoard.org's latest developments and future plans with key figures. Discuss user needs, common solutions, and advancements in embedded systems and open-source hardware.

Explore a new GPIO-based driver for testing I2C bus error paths, including live demonstrations, bug handling tips, and analysis of wire-level interactions using open-source tools.

Explore the creation of an open-source smartwatch using Zephyr, covering hardware selection, software development, and mechanical design. Learn about challenges, advantages, and future prospects of this innovative project.

Explore RISC-V's rapid growth as an open standard architecture, driving innovation in processors across industries. Discover its momentum and opportunities for software from embedded to enterprise applications.

Explore RISC-V software ecosystem and OP-TEE port, enhancing device security through open-source solutions. Learn about Trusted Execution Environments and their applications in various industries.

Explore the Open19 Project's open-source hardware initiative, covering platform components, benefits, cooling innovations, and sustainability efforts in data center infrastructure.

Explore RISC-V's innovative approach to open source hardware development, focusing on collaborative models and community-driven contributions in the semiconductor industry.

Explore RISC-V architecture and its implementation in open-source hardware, focusing on Linux compatibility and the BeagleBoard platform's innovations in this emerging field.