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This presentation by BeagleBoard.org founder and board member Jason Kridner explores six different mechanisms for connecting a new peripheral device to a Zephyr host. It also considers how to create an associated data/control connection through a Linux host on a private network. Tune in. |
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With a powerful AI-focused chip that includes a quad-core ARM Cortex-A53 for general computing, a NPU delivering 4 TOPS for AI tasks, and a versatile Raspberry Pi-like form factor, BeagleY-AI is designed for seamless integration with existing accessories so developers can hit the ground running on their next big project. Read more. |
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BeagleBoard.org is porting MicroBlocks to the versatile BeagleConnect Freedom platform. Learn how improvements to the Arduino Zephyr module bring MicroBlocks to the BeagleBoard ecosystem. Read more. |
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@INO33: "I am currently working on a project using the BeagleY-AI, and I am trying to develop firmware for the Arm Cortex-R5F core on the AM67A. Specifically, I want to develop with FreeRTOS, but I am unsure of how to get started or which tools to use for this purpose." Read more.
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BeagleBoard.org developers meet to advance the state of Zephyr development on BeagleY-AI, with an emphasis on improving the developer experience. In first of a weekly series of live-streamed development sessions, we start with an external UART supported by Zephyr on the BeagleY-AI's R5 CPU and start building from there. Tune in. |
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