play.google.com/store/apps/details?id=name.antonsmirnov.android.arduinodroid2

600-700

@@clarckassemble thank you for feedback

thank to yo bro

@@rglkidssmartschool7958 CPU throttling adjusts the performance of the processor to balance power consumption, heat generation, and system performance. The ideal settings for minimum and maximum CPU throttling depend on the system's usage and cooling capabilities. ### **Minimum CPU Throttling (Lower Limit)** - **Typical Range**: 5% to 20% - **Usage**: Set to lower values when prioritizing power savings and lower heat output, like in laptops or energy-efficient servers. - **When to Lower**: If your system is idle or performing lightweight tasks (browsing, document editing), setting the minimum limit lower can save power. ### **Maximum CPU Throttling (Upper Limit)** - **Typical Range**: 80% to 100% - **Usage**: For high-performance computing, gaming, or tasks requiring full CPU power, like video editing or compiling code. - **When to Increase**: When the CPU is under heavy load and needs full power to maintain performance. ### **Considerations:** - **Thermal Management**: If your CPU frequently reaches high temperatures, setting a lower maximum throttling limit (e.g., 90%) can prevent overheating. - **Battery Life**: For laptops, reducing both the minimum and maximum limits can extend battery life at the cost of reduced performance. - **Dynamic Adjustment**: Modern systems automatically adjust CPU throttling based on load, so the minimum and maximum can be dynamically adjusted depending on the workload and thermal conditions. In general, **100% maximum** and **5-10% minimum** throttling is common for most systems, allowing flexibility for power-saving when idle and full performance when needed.