
Developed hardware monitoring support for the LTC7841 power controller within the analogdevicesinc/linux repository, focusing on enhancing the Linux hwmon stack. The work involved extending device tree bindings to accommodate the LTC7841, integrating the chip into the PMBus hwmon driver with unique identification and features such as peak clearing and IO monitoring, and updating documentation to ensure clear guidance for downstream teams. Leveraging expertise in C, Device Tree, and embedded systems, this contribution improved observability and reliability for PMBus-based power designs, streamlining integration for hardware monitoring in embedded Linux environments. No bug fixes were recorded during this development period.
Monthly summary for 2024-10: Delivered LTC7841 hardware monitoring support in the Linux hwmon stack for analogdevicesinc/linux. Key features include device tree bindings for LTC7841, integration of LTC7841 into the PMBus hwmon driver with an LTC7841 ID and capabilities (including peak clearing and IO monitoring), and updated documentation to reflect LTC7841 compatibility. This work enhances observability and reliability for PMBUS-based power designs and reduces integration time for downstream teams.
Monthly summary for 2024-10: Delivered LTC7841 hardware monitoring support in the Linux hwmon stack for analogdevicesinc/linux. Key features include device tree bindings for LTC7841, integration of LTC7841 into the PMBus hwmon driver with an LTC7841 ID and capabilities (including peak clearing and IO monitoring), and updated documentation to reflect LTC7841 compatibility. This work enhances observability and reliability for PMBUS-based power designs and reduces integration time for downstream teams.

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