
Andrew Perepech developed and integrated audio platform drivers, toolchain support, and hardware configuration features for Mediatek SoCs within the zephyrproject-rtos repositories. He delivered end-to-end MT8365 platform bring-up, implemented audio front-end and DMA drivers, and enabled device tree-based AFE support for MT8188 and MT8195. Using C, Assembly, and Device Tree, Andrew addressed low-level memory layout, register definitions, and debugging compatibility, while also improving CI/CD reliability and testability through build system and Twister configuration updates. His work demonstrated depth in embedded systems, RTOS integration, and hardware abstraction, resulting in robust, maintainable solutions for complex audio and DSP platforms.
September 2025 monthly summary for zephyrproject-rtos/zephyr-testing. Delivered core Mediatek DSP clock and platform configuration support, improved testability through Twister config updates, and upgraded HAL integration to support MT8186/88 and MT8196 DSP processors. These efforts accelerate hardware bring-up, enable broader testing outside the SOF environment, and improve CI reliability across platforms.
September 2025 monthly summary for zephyrproject-rtos/zephyr-testing. Delivered core Mediatek DSP clock and platform configuration support, improved testability through Twister config updates, and upgraded HAL integration to support MT8186/88 and MT8196 DSP processors. These efforts accelerate hardware bring-up, enable broader testing outside the SOF environment, and improve CI reliability across platforms.
July 2025 monthly summary for zephyr-testing in zephyrproject-rtos. Focused on stabilizing hardware timers for MT818X/MT8195 and enabling AFE support in device trees for MT8188/MT8195. Delivered targeted fixes and configuration changes that improve timer reliability and audio functionality, contributing to overall system stability and broader hardware compatibility.
July 2025 monthly summary for zephyr-testing in zephyrproject-rtos. Focused on stabilizing hardware timers for MT818X/MT8195 and enabling AFE support in device trees for MT8188/MT8195. Delivered targeted fixes and configuration changes that improve timer reliability and audio functionality, contributing to overall system stability and broader hardware compatibility.
April 2025 monthly summary focused on stabilizing MTK debug paths in the zephyrproject-rtos/sof area. Delivered a critical initialization-order fix that prevents a crash in DEBUG builds by ensuring ipc_init() runs after scheduler_init_ll(), addressing an MTK-specific dependency and improving debug reliability. The change reduces debugging churn, strengthens CI stability for MTK targets, and enhances code health through a targeted patch with a single commit reference. This work demonstrates solid platform debugging, init sequencing, and cross-team collaboration, delivering clear business value by reducing time-to-debug and increasing release confidence.
April 2025 monthly summary focused on stabilizing MTK debug paths in the zephyrproject-rtos/sof area. Delivered a critical initialization-order fix that prevents a crash in DEBUG builds by ensuring ipc_init() runs after scheduler_init_ll(), addressing an MTK-specific dependency and improving debug reliability. The change reduces debugging churn, strengthens CI stability for MTK targets, and enhances code health through a targeted patch with a single commit reference. This work demonstrates solid platform debugging, init sequencing, and cross-team collaboration, delivering clear business value by reducing time-to-debug and increasing release confidence.
February 2025 monthly summary focusing on MT8365 ADSP toolchain integration, MTK Xtensa debugging fixes, and timer timestamp clarity in MT8365 driver. Delivered CI-ready toolchain support in sdk-ng and compatibility improvements for GDB and binutils, plus maintainability enhancements in sof.
February 2025 monthly summary focusing on MT8365 ADSP toolchain integration, MTK Xtensa debugging fixes, and timer timestamp clarity in MT8365 driver. Delivered CI-ready toolchain support in sdk-ng and compatibility improvements for GDB and binutils, plus maintainability enhancements in sof.
January 2025 monthly summary for zephyrproject-rtos/sof: Focused on MT8365 audio platform integration and debugging tooling to enable MT8365 support and testing within the Sof project. Groundwork completed for MT8365 platform driver (DAI/DMA) and topology integration, complemented by a dedicated AFE sine generator for debugging and validation of MT8365 audio pipelines.
January 2025 monthly summary for zephyrproject-rtos/sof: Focused on MT8365 audio platform integration and debugging tooling to enable MT8365 support and testing within the Sof project. Groundwork completed for MT8365 platform driver (DAI/DMA) and topology integration, complemented by a dedicated AFE sine generator for debugging and validation of MT8365 audio pipelines.
December 2024 monthly summary for zephyrproject-rtos/sof focusing on MT8365 platform bring-up and AFE integration. Delivered end-to-end MT8365 support with platform bring-up, driver interfaces, and build system integration. This period laid the groundwork for MT8365 DSP integration and future audio stack enhancements, emphasizing business value through hardware readiness, maintainability, and scalable build configurations.
December 2024 monthly summary for zephyrproject-rtos/sof focusing on MT8365 platform bring-up and AFE integration. Delivered end-to-end MT8365 support with platform bring-up, driver interfaces, and build system integration. This period laid the groundwork for MT8365 DSP integration and future audio stack enhancements, emphasizing business value through hardware readiness, maintainability, and scalable build configurations.

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