Concepts for reducing CPU costs to solve the crisis of expensive chips (CPU 2+3+3 + Reuse GPU)

🧠 Concepts for reducing CPU costs to solve the crisis of expensive chips (CPU 2+3+3 + Reuse GPU)
Use a top-tier CPU (e.g., from 2025) as the base.
Design a CPU architecture that converts the structure to only 2+3+3 to balance load and heat.
To upgrade the GPU from an older, one-year-old model (202X) (reuse) to reduce costs in the standard model.
The CPU usage cycle is divided into 3 upgrade cycles (totaling 4 years).
🔄 Usage Cycle Structure (1 Base + 3 Upgrades)
Year 1 → Original Model (Original CPU + GPU)
Year 2 → Upgrade 1 (Use original CPU + Upgrade to an older model)
Year 3 → Upgrade 2 (Use original CPU + Upgrade to an older model)
Year 4 → Upgrade 3 (Use original CPU + Upgrade to another model)
👉 1 Complete Cycle = 4 Years (1 Base + 3 Upgrades)
🔁 Long-Term Cycle
CPU 2025 → Used from 2026–2029 (4-year cycle)
CPU 2026 → Used in the next 4-year cycle
CPU 2027 → Used in the next 4-year cycle
CPU 2028 → Continuous use according to the same formula for 4 years:
CPU 2029, use for another 3 years of upgrades, totaling 4 years. CPU 2030, use for another 3 years of GPU upgrades, totaling 4 years. Reuse continuously 👉 Every generation uses the same formula: 2+3+3 + senior GPU (only 1 year outdated). This formula can be used for up to 20 years or even longer, as long as it remains 2nm. What about the top model?
❗ Important Note: Only 2+3+3 is possible. Other formulas do not allow for GPU upgrades; even if upgraded, the lifespan is too short. This formula is more cost-effective and has a better price per machine.
GPUs, even when reused, require adjustments (clock/cache/bus).
CPUs use the same architecture, but need tuning every year.
Software must help control power/thermal/FPS.
🏆 Summary
🔥 “Use CPU 2+3+3 as a base for 4 years (1+3) and reuse senior GPUs to reduce costs, tuning the system annually for balance.”