
Worked on hardware integration and validation for Siemens Capricorn within the flipperdevices/u-boot repository, focusing on board support and memory reliability. Refactored the Capricorn configuration to a CXG3-based reference project, centralizing hardware prefixing and enabling multi-revision compatibility through device tree updates in DTS and C. Developed an EEPROM-driven CPU module identification feature to improve hardware traceability during initialization. Introduced a Siemens DDR testing suite for comprehensive memory validation and signal integrity checks, supporting long-term certification. Updated the MAINTAINERS file to reflect current ownership, ensuring maintainability. Leveraged skills in Board Support Package development, embedded systems, and hardware testing throughout.
November 2024 saw focused hardware integration and validation work on Siemens Capricorn within flipperdevices/u-boot. Key deliverables include CXG3-based Capricorn refactor with a CXG3 device tree and centralized hardware prefixing, EEPROM-driven CPU module identification, a Siemens DDR testing suite for memory validation and signal integrity, and an updated MAINTAINERS file to reflect current ownership. These changes improve hardware identification, RAM sizing reliability, validation coverage, and maintenance governance, enabling smoother board bring-up and certification.
November 2024 saw focused hardware integration and validation work on Siemens Capricorn within flipperdevices/u-boot. Key deliverables include CXG3-based Capricorn refactor with a CXG3 device tree and centralized hardware prefixing, EEPROM-driven CPU module identification, a Siemens DDR testing suite for memory validation and signal integrity, and an updated MAINTAINERS file to reflect current ownership. These changes improve hardware identification, RAM sizing reliability, validation coverage, and maintenance governance, enabling smoother board bring-up and certification.

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