
In November 2025, Azo enhanced data integrity and configurability for STM32 QSPI in the nrfconnect/sdk-zephyr repository by developing a configurable delayed data sampling (SSHIFT) feature. This work involved extending the STM32 QSPI driver in C to support conditional sample shifting based on device tree properties, introducing a new ssht-enable binding in YAML and dts, and updating board configurations to re-enable SSHIFT on dual-flash boards. Azo also provided clear migration documentation in reStructuredText, enabling teams to adopt the new property smoothly. The work demonstrated depth in device driver development and embedded systems, improving QSPI timing reliability and maintainability.
November 2025 contributions focused on enhancing data integrity and configurability for STM32 QSPI in Zephyr. Delivered a configurable delayed data sampling (SSHIFT) feature across STM32 QSPI drivers and bindings, added a new device-tree binding ssht-enable, and ensured SSHIFT is re-enabled on dual-flash boards. Wrote migration guidance to help teams adopt the new property. Result: more reliable QSPI timing, parity with XSPI/OSPI, easier maintenance, and smoother upgrades with clear docs.
November 2025 contributions focused on enhancing data integrity and configurability for STM32 QSPI in Zephyr. Delivered a configurable delayed data sampling (SSHIFT) feature across STM32 QSPI drivers and bindings, added a new device-tree binding ssht-enable, and ensured SSHIFT is re-enabled on dual-flash boards. Wrote migration guidance to help teams adopt the new property. Result: more reliable QSPI timing, parity with XSPI/OSPI, easier maintenance, and smoother upgrades with clear docs.

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