
Ben Hoelker focused on enhancing real-time clock reliability in the flipperdevices/u-boot repository by addressing a timekeeping issue in the MAX31331 RTC driver. He identified that seconds were not updating correctly after setting the time and resolved this by introducing a deliberate delay after the write operation, aligning the behavior with the MAX31343 driver for consistency. Working in embedded C, Ben applied his expertise in driver development and real-time systems to deliver a concise, review-friendly fix. This targeted change improved timestamp accuracy during boot and runtime, reduced time drift, and streamlined maintenance across related embedded systems and RTC drivers.
August 2025 monthly summary for flipperdevices/u-boot. Key accomplishments centered on stabilizing RTC timekeeping for the MAX31331 driver. A targeted fix corrected seconds not updating after a set by introducing a deliberate delay after writing the time, mirroring the established MAX31343 behavior to ensure accurate time updates. This change directly improves RTC reliability during boot and runtime, providing more accurate timestamps in logs and event sequencing. The update reduces time drift and mitigates time-related inconsistencies in embedded workflows. Technologies and skills demonstrated include embedded C driver development, hardware-software integration for RTCs, cross-driver consistency (MAX31331 vs MAX31343), and a concise, review-friendly change with a single focused commit.
August 2025 monthly summary for flipperdevices/u-boot. Key accomplishments centered on stabilizing RTC timekeeping for the MAX31331 driver. A targeted fix corrected seconds not updating after a set by introducing a deliberate delay after writing the time, mirroring the established MAX31343 behavior to ensure accurate time updates. This change directly improves RTC reliability during boot and runtime, providing more accurate timestamps in logs and event sequencing. The update reduces time drift and mitigates time-related inconsistencies in embedded workflows. Technologies and skills demonstrated include embedded C driver development, hardware-software integration for RTCs, cross-driver consistency (MAX31331 vs MAX31343), and a concise, review-friendly change with a single focused commit.

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