zephyr unites developers and users to create the best small, scalable and optimized real-time operating system (RTOS)
Through a blog post, The Linux Foundation has disclosed that Analog Devices (ADI) has joined as a Platinum member, and Arduino and Technology Innovation Institute (TII) as Silver members.
For those who are unaware of the Zephyr project, they should know that it is is an open source project from the Linux Foundation that creates a secure, connected and flexible RTOS For future-proofed devices with limited resources, it's easy to deploy and manage. It is a proven RTOS ecosystem built by developers for developers.
zephyr aims to provide an open source solution for embedded devices that require low latency, low power consumption, and a small memory footprint. This is a collaborative project that encourages the participation of all players in the field of embedded systems.
The Zephyr Project is a collaborative project hosted by the Linux Foundation. It is an open source collaborative effort that unites developers and users to create the best small, scalable, and optimized real-time operating system (RTOS) for resource-constrained devices, across multiple architectures.
The post mentions that the Zephyr project has had great achievements, recently reaching over 80 commits since it was released as open source in 000.
Currently, Zephyr supports over 450 boards running embedded microcontrollers from Arm and RISC-V to Tensilica, NIOS, ARC, and x86 as single-core and multi-core systems. Zephyr RTOS has a growing set of software libraries that can be used in various applications and industry sectors, such as Industrial IoT, Connected Objects, Machine Learning, and more. It is built with a focus on broad chip support, security, reliability, long-term releases, and a growing open source ecosystem.
“ Project Zephyr brings together a diverse community of developers, engineers and experts at all levels to create an industry-backed solution they can rely on throughout the lifecycle of their products,” said Kate Stewart, Vice President of Embedded Systems. Reliable. “Our focus on integrating key technologies, and the fact that it is supported by a complete ecosystem, have made it an ideal platform for fast time-to-market products.”
In the blog post, too the release of version 3.4 of Zephyr is mentioned in which it is highlighted that new APIs and driver implementations have been added to interact with NVMe drives, SMBus devices and real-time clocks in a uniform way.
In addition to this, it is also noted that Zephyr 3.4 also introduces several enhancements to its built-in testing framework (Twister) that allow for more complete test writing than in previous versions. With this, developers can now use popular third-party test frameworks like pyTest, GoogleTest, and RobotFramework to write end-to-end tests that run on real or emulated hardware and can, for example, connect to IoT servers.
Also, it is mentioned that with the new release added support for more than 30 new boards and dozens of new drivers have also been added, from environmental sensors to audio DSPs and embedded SoC devices.
Finally, it should be mentioned that some of the products that work with Zephyr include:
- CuteCircuit's Soundshirt: a wearable device that brings music and media to life in a way that can be felt physically, in real time and on the body in a unique tactile language for every piece of music, film, gaming or VR experience .
- Lilbit is a leading provider of pet trackers, which is a lightweight device that attaches to the collar and pairs with a smartphone. They not only track location in real time, but also check temperature, sleep patterns, activity level, and eating habits.
- SODAQ TRACK Solar: An innovative asset tracking device, specifically designed to withstand demanding industrial environments. This device is designed to provide a wide range of readings and data points, making it easy to bring assets online and manage them effectively.
Finally if you are interested in knowing more about it, you can check the details In the following link.