
Worked on the analogdevicesinc/ToF repository to deliver enhanced driver support for the ADSD3500 sensor, enabling RAW8 and RAW12 resolution modes across both I2C and SPI interfaces. This involved updating mode information data structures in C to accommodate higher-resolution raw formats, allowing direct sensor access and reducing the need for downstream image processing. The approach focused on maintaining cross-interface compatibility by aligning changes across I2C and SPI code paths, ensuring consistent operation. All modifications were self-contained within the ADSD3500 driver, demonstrating skills in embedded systems, driver development, and careful data structure design, and were prepared for quality assurance review.
November 2024 monthly summary for analogdevicesinc/ToF: Delivered ADSD3500 driver support for RAW8 and RAW12 resolutions across I2C and SPI interfaces by updating mode information data structures. This enables direct access to higher-resolution raw formats from the sensor, improving image fidelity and reducing downstream processing effort. No major bugs fixed this month; changes are self-contained to the ADSD3500 driver and prepared for QA. Technologies demonstrated include embedded driver development in C, support for multiple hardware interfaces (I2C/SPI), and careful data-structure design to extend existing mode frameworks.
November 2024 monthly summary for analogdevicesinc/ToF: Delivered ADSD3500 driver support for RAW8 and RAW12 resolutions across I2C and SPI interfaces by updating mode information data structures. This enables direct access to higher-resolution raw formats from the sensor, improving image fidelity and reducing downstream processing effort. No major bugs fixed this month; changes are self-contained to the ADSD3500 driver and prepared for QA. Technologies demonstrated include embedded driver development in C, support for multiple hardware interfaces (I2C/SPI), and careful data-structure design to extend existing mode frameworks.

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