The universal formula modifies the CPU to a 4+4 configuration, all powerful 3nm cores. This allows for gaming by taking the best 3nm CPUs from 2024 (top models) or 2025 standard models and modifying their internals to a 4+4 configuration, focusing on maximizing raw power. This is then overlaid with this software to push PC games while maintaining the most economical price. The recommended stability is 90 fps for Warzone PC.
In summary, for general games like CODM, the high fps stability figure, with the hope of achieving higher fps (e.g., 185 to 240 fps), is only a percentage possibility and not a reality; further testing is required to resolve issues (complete blueprint for posting): Locked at 30 FPS = 100% stability (super cool, maximum battery efficiency). (Suitable for bot farming) Lock 60 FPS = 100% stability (console-level smoothness, cool and stable) Lock 90 FPS = 99.9% stability (optimal balance for mobile gaming, very smooth, cool, and power-efficient) Lock 185 FPS = 97.5% - 98.2% stability (optimal balance for hardcore gamers, extremely smooth) Lock 200 FPS = 95% - 96% stability (maximum raw power, short frame jagged edges during intense gameplay) Lock 240 FPS = 85% - 88% stability (overloading hardware, noticeable frame fluctuations, device starts to overheat) Using the following software may help maintain consistent temperatures compared to other gaming devices. Further explanation may be needed. This universal formula can be used to optimize Android performance and other FPS-intensive graphics processing devices such as PCs, Xbox, and modern televisions. Consoles or other similar FPS graphics processing devices can use this as a reference for adjustments.
Universal Tuning Reference
Display (Layer 2)
Display Tuning Profile (Display 1X%)
Display Type
Type A: Fixed Refresh Display
- AMOLED
- OLED
- IPS LCD
- Fixed Refresh Rate (30 / 60 / 90 / 120 / 144 / 165 Hz/FPS/MAX)
- Display 1X%
- Tuning Delta: -xx% / +xx%
- Refresh Rate xx?Hz
- Touch Sampling Rate xx?Hz
Type B: Adaptive Refresh Display
- LTPO/LTPS (or similar technology)
- Adaptive Refresh Rate (1–165 Hz/FPS/MAX)
- Display 1X%
- Tuning Delta: -xx% / +xx%
- Adaptive Refresh Scaling xx?Hz
- Touch Sampling Ratexx?Hz
Display Scaling Rule
- Display 1X%
- Workload-Adaptive
- Adaptive Dynamic Scaling
- Lower Limit: xx%
- Upper Limit: xx%
- 10–100% Safety
Display Goal
- Stable Frame Rate
- Stable Touch Response
- Stable Power Consumption
Stable Thermal Control
Display: 1X%
Layer 1: Refresh Rate
Layer 2: Touch Sampling Rate
Tuning Delta: -xx% / +xx%
CPU (Layer 1)
- CPU: 1X / 2X / 3X% -Performance Scaling
- Tuning Delta: -xx% / +xx%
GPU (Layer 1)
- GPU: 1X / 2X / 3X% -Graphics Scaling
- Tuning Delta: -xx% / +xx%
RAM (Layer 2)
- RAM: 1X / 2X / 3X%
- Layer 1: Bandwidth Scaling
- Layer 2: Read / Write Scaling
- Tuning Delta: -xx% / +xx%
ROM (Layer 2)
- ROM: 1X / 2X / 3X%
- Layer 1: Bandwidth Scaling
- Layer 2: Read / Write Scaling
- Tuning Delta: -xx% / +xx%
NPU (Layer 1)
- NPU: 1X / 2X / 3X%
- AI Compute Scaling
- Tuning Delta: -xx% / +xx%
Resource Allocation
- Ratio: 1:1:1 / 1:1:2 / 1:2:2 / 1:2:3
- Workload-Adaptive
Adaptive Bounded Control (10–100% (Safety)
Independent but within defined limits, ensuring other scores don't decrease, allowing for full performance. The workflow should be independent but within defined limits, such as writing short code without needing to spend time writing complex protection systems. Write concise code (approximately 1-100%) to prevent the NPU on the device from guessing, avoiding overheating, and improving stability in various aspects. Remove conflicting commands to avoid inconsistencies in rendering graphics and FPS.
- Control Mode: Adaptive Dynamic Scaling
- Dynamic Scaling: 1X / 2X / 3X
- Lower Limit: xx%
- Upper Limit: xx%
- Safety Envelope
- Stable Performance
- Thermal Stability
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