İmportant Note!!

Mod WILL NOT GET MORE UPDATES SINCE 9 MARCH

⚛️ Fermium: The Ultimate Legacy GPU Optimizer Fermium is a specialized performance enhancement mod designed specifically for older hardware and legacy GPU architectures, such as the NVIDIA Fermi (GT 400/500 series). While modern Minecraft versions (1.20+) focus on newer rendering techniques, Fermium brings surgical-level optimizations to ensure that 1GB VRAM cards and older CPUs can still run the game smoothly.

🚀 Key Optimization Pillars Fermium doesn't just lower settings; it changes how Minecraft handles data processing through advanced Mixins:

🧠 AI Hibernation (CPU Relief): Minecraft normally calculates the AI logic for every entity within a large radius. Fermium introduces a "hibernation" state for mobs that are beyond 24 blocks (configurable) from the player. If you can't see them or interact with them, their AI stops ticking, drastically reducing CPU frame time.

👁️ Aggressive Frustum Culling (VRAM Guard): On cards like the GT 525M, Video RAM is a precious resource. Fermium injects code into the BlockEntityRenderDispatcher to stop rendering chests, furnaces, and other complex blocks the moment they leave your field of view or are behind you. This prevents VRAM overflow and "stuttering."

🐄 Entity Render Culling: Similar to block entities, all living entities (mobs/players) that are not within the camera's frustum are completely culled from the render pipeline, saving draw calls for your GPU.

🛠️ In-Game Controls Instant Status Check: Press "0" (Zero) on your keyboard at any time to receive a system message confirming that the Fermium Optimizer is active and running in the background.

Fully Configurable: Every feature can be toggled via the fermium-client.toml config file, allowing you to balance between extreme performance and visual fidelity.

📈 Why Fermium? Modern "performance" mods often target high-end systems to reach 1000+ FPS. Fermium is different—it's built for the players who are struggling to maintain a stable 30-60 FPS on older laptops and PCs. It targets the bottlenecks of the Fermi and Kepler eras.