#None #Silicon Labs #Zephyr Project #Beningo Group

Zephyr Project Strengthens its Ecosystem with New Membership Upgrades and Additions

The Zephyr Project has recently announced exciting expansions to its ecosystem, notable for the upgrade of Silicon Labs to Platinum membership status. Alongside this advancement, new Silver members have joined the ranks – Beningo Embedded Group, Raytac, and Tenstorrent. This development points to the growing collaboration necessary to enhance real-time operating system (RTOS) capabilities in modern technology.

The Importance of Membership Upgrades

Upgrading to Platinum membership indicates a substantial commitment to the Zephyr community and its vision. Silicon Labs, a leader in low-power wireless connectivity, aims to contribute to the evolution of embedded technology that connects devices to improve modern living. As the company continues to create innovations for smart homes, industrial IoT, and smart city initiatives, its role in the Zephyr Project is crucial.

Daniel Cooley, Chief Technology Officer at Silicon Labs, highlighted that, “Real-time operating systems like Zephyr are essential to extending the intelligence from the cloud to the IoT edge.” With the progress towards a more connected ecosystem, Silicon Labs sets an example of commitment among tech companies.

New Silver Members Join the Initiative

Beningo Embedded Group is known for its leadership in modernizing embedded software development, providing consulting, training, and guidance through its Embedded Software Academy. Jacob Beningo, the CEO of Beningo Embedded Group, emphasized how Zephyr RTOS is reshaping the landscape for connected and secure embedded systems. He notes, “Zephyr provides a modern foundation” that developers can rely on.

Raytac, specializing in RF technologies, brings its robust solutions to the table, enhancing the usability of the Zephyr RTOS. Tony Yin, its Business Development Manager, exclaimed that their certified modules promote simplicity and innovation, allowing developers to focus on creative processes rather than the intricacies of RF design. The sentiment of ‘igniting possibilities’ resonates deeply with the ethos underpinning the Zephyr Project.

Tenstorrent adds another layer of expertise by merging knowledge in computer architecture and neural network compilers, creating advanced systems for computing. Chris Friedt, Senior Staff Engineer, noted how utilizing Zephyr's ecosystem has streamlined Tenstorrent’s product development, showcasing the flexibility and effectiveness of the RTOS in practical applications.

Recent Developments in Zephyr RTOS

The recent launch of Zephyr version 4.2 further establishes its reputation as a foundational RTOS for a variety of applications. Supporting over 750 boards across major microcontroller architectures, including Arm and RISC-V, this version exemplifies the project's commitment to broad chipset support, security, and reliability. With contributions from over 800 developers, the latest release brought significant new features, including:

• - USB Video Class (UVC) Support: Devices can now function as standard USB webcams, showcasing the versatility of Zephyr RTOS.
• - Twister Power Harness: This feature helps in validating power consumption, a critical factor for embedded devices.
• - Maturity of Zbus Library: With a stable version now available, the hardware support significantly expanded, indicating robust growth in the ecosystem.

Looking Ahead: Zephyr Developer Summit 2025

In line with this momentum, the upcoming Zephyr Developer Summit will take place from August 25-27, 2025, in Amsterdam. This event, co-hosted with the Open Source Summit Europe, will highlight core topics like tooling, testing automation, and innovative architectures. Participants will also get to interact with prominent industry figures, engaging in discussions surrounding future advancements.

The future functionalities of the Zephyr Project not only promise enhanced ease of development for engineers but also aim to meet the rising demands of contemporary technology applications. The synergistic efforts resulting from these membership upgrades and the enthusiasm toward the Developer Summit set the stage for a powerful collaborative environment focusing on innovation and innovation-ready products.

Conclusion

As membership expands and collaboration deepens, the Zephyr Project signifies a vital connector for developers, assembling knowledge and support to drive new advancements in the embedded technology landscape. With ongoing developments and expansions, Zephyr continues its mission to enable the creation of secure, flexible, and efficient embedded systems that are set to shape the future of technology.