Overclocking through Magisk modules generally focuses on GPU tuning thermal throttle removal display refresh rate

Mobile performance optimization typically requires invasive kernel modifications. This paper examines how provide a "systemless" alternative, allowing users to modify CPU/GPU frequencies and thermal limits without permanently altering the system partition. We analyze the technical framework of modules like PerfMTK and Dragon Boost to determine their efficacy in gaming and high-demand multitasking. 1. Introduction

Overclocking big cores without adjusting L3 cache frequency creates a bottleneck worse than stock. The module must either raise cache freq proportionally (rare) or, more wisely, cap big cores just below the point where cache miss latency doubles. The sweet spot is often 2.8 GHz, not 3.1.

Furthermore, the definition of "better" in the context of mobile overclocking must account for thermal throttling and battery life. Mobile System on Chips (SoCs) are designed with strict thermal envelopes. Pushing a CPU to frequencies higher than intended generates excessive heat. Unlike a gaming PC with a liquid cooler, a smartphone relies on passive cooling. When a device overheats, it triggers thermal throttling, lowering the clock speeds to prevent damage. Ironically, a poorly designed overclocking module can result in worse performance than stock, as the device spends more time throttling to survive the heat. A superior module prioritizes thermal management, perhaps by undervolting (lowering the voltage) to maintain higher clocks without generating dangerous levels of heat.

While "best" is subjective, these are frequently cited for improving system responsiveness: Gaming-X Magisk Module