The Zephyr RTOS has support for USB-C Power Delivery through the software port of the Google ChromeOS Type-C Port Manager. | Beyondlogic
We started this series with a look at operators and kernels, the “instructions” used by models and the implementation of those instructions on the available hardware. We then explored the computation graph, which defines the sequence of operators for a given model, and explored how different model formats opt to include the explicit computation graph in the distributed file, or defer it to the inference application. With tflite-micro and the .| danielmangum.com
When working with embedded systems, especially platforms like Zephyr, it’s not always practical to rely on real hardware. Maybe your dev board is in the mail,| Shawn Hymel
The Zephyr Project is an open-source real-time operating system (RTOS) focused on embedded and IoT platforms. Zephyr is a Linux Foundation hosted ‘Collaboration Project’, and supports a wide array of devices and architectures. The Raspberry Pi Pico is a microprocessor board developed by Raspberry Pi and is based on their RP2040 chip. The RP2040 is …| www.thegoodpenguin.co.uk
In the most recent post in the RISC-V Bytes series, we had our first experience with real hardware, exploring the bootloader on an ESP32-C3-DevKitC-02 module. We were using esp-idf, which, behind the scenes uses an implementation of FreeRTOS. In this post, we’ll swap out the Espressif FreeRTOS implementation for Zephyr, exploring some similarities and differences between the build process and produced artifacts. We’ll also see how we can slim down a Zephyr installation, only fetching the ...| danielmangum.com