หัวข้อ: "Software-Defined Performance: The Perfect Solution for 2+3+3 CPU Strategy"

Content:

Building upon the cost-reduction strategy of the '2+3+3' CPU architecture in Standard mobile models, which emphasizes using the same CPU for three years and only upgrading the GPU annually,

this Load Management Software is designed to directly control performance, with the following key features:

Seamless Optimization: When the Standard model uses the same CPU for three consecutive years, this software acts as an intelligent layer, managing power consumption to optimize performance with the upgraded GPU from the previous year's top-tier model. This virtually eliminates the need for redundant annual hardware optimizations.

Thermal & Stability Control: This software manages the workload between the CPU (used for two or three years) and the top-tier GPU from the previous year, ensuring balanced operation and permanently reducing overheating and frame rate drops without relying on annual manufacturer adjustments.

Efficiency for Standard Models: The primary goal is to achieve 99% stability in Standard models, even with non-latest CPUs, by unlocking their true potential through the software's mechanism. This ensures that overall performance remains up-to-date with the latest GPU standards, which are upgraded every year.
This software is an intelligent power capping system (CPU and GPU).
This software is designed to work in parallel with either the CPU or GPU to maintain maximum system stability.
Frame rate levels and flexibility (for CPU/GPU):
30 fps: Uses xx percent power cap, adds 13 percent flexibility.
45 fps: Uses xx percent power cap, adds 12 percent flexibility.
60 fps: Uses xx percent power cap, adds 11 percent flexibility.
90 fps: Uses xx percent power cap, adds 10 percent flexibility.
120 fps: Uses xx percent power cap, adds 8 percent flexibility.
144 fps: Uses xx percent power cap, adds 7 percent flexibility.
165 fps: Uses xx percent power cap, adds 6 percent flexibility.
Important Note: CPU and GPU percentage settings may vary depending on the hardware architecture. For best stability results, the xx percentage is used to lock the fps to match the percentage and adds a small flexibility for stability.