
Vincent Surkijn developed DMA support for the PWM API in the nxp-upstream/zephyr repository, enabling precise, offloaded PWM timing on embedded systems. He introduced new C API functions to control DMA requests, allowing the PWM subsystem to leverage DMA hardware for deterministic signal generation while reducing CPU load. His work focused on driver development and embedded C programming, ensuring seamless integration with existing Zephyr infrastructure and maintaining compatibility. By addressing the requirements of issue #88670, Vincent’s contribution advanced the offload capabilities of the platform, providing a robust solution for resource-constrained devices that require reliable, hardware-driven PWM performance.
April 2025: Delivered PWM API DMA support in nxp-upstream/zephyr, enabling DMA-driven PWM with precise timing and reduced CPU load. Introduced API functions for enabling/disabling DMA requests and integrated into the PWM subsystem. Commit 311a8416207a465fe53806766f82a2f99144784f (Signed-off-by: Vincent Surkijn). This work advances offload capabilities and aligns with the #88670 solution, providing business value by enabling deterministic PWM performance on resource-constrained devices.
April 2025: Delivered PWM API DMA support in nxp-upstream/zephyr, enabling DMA-driven PWM with precise timing and reduced CPU load. Introduced API functions for enabling/disabling DMA requests and integrated into the PWM subsystem. Commit 311a8416207a465fe53806766f82a2f99144784f (Signed-off-by: Vincent Surkijn). This work advances offload capabilities and aligns with the #88670 solution, providing business value by enabling deterministic PWM performance on resource-constrained devices.

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