Smooth biome blending for blocks and fluids, providing greatly improved graphical quality that is significantly less computationally intensive.
Smooth lighting for fluids and other special blocks.
Many graphical fixes for smooth lighting effects, making the game run better while still applying a healthy amount of optimization.
Many improvements to how the game manages memory and allocates objects, which in turn reduces memory consumption and lag spikes caused by garbage collector activity.
We selected the best bang for the buck CPU/GPU Combo for each FPS range.
Many optimizations for vertex building and matrix transformations, speeding up block entity, mob, and item rendering significantly for when you get carried away placing too many chests in one room. Best Value CPU/GPU Combo to run Minecraft at 144/240/360 FPS.
Plentiful optimizations for chunk loading and block rendering, making chunk loading significantly faster and less damaging to frame rates.
For integrated GPUs, this can greatly reduce memory bandwidth requirements and provide a modest speedup even when GPU-bound.
Chunk faces which are not visible (or facing away from the camera) are culled very early in the rendering process, eliminating a ton of geometry that would have to be processed on the GPU only to be immediately discarded.
Nearby block updates now take advantage of multi-threading, greatly reducing lag spikes caused by chunks needing to be updated.
Vertex data for rendered chunks is made much more compact, allowing for video memory and bandwidth requirements to be cut by almost 40%.
The averages were actually the same as the 1080 test, resulting in buttery smooth gameplay, which was surprising I did however see the highest peaks go higher at 1080 (fps peaked in the 90’s at 1080, whereas the max at 2k was in the 70’s), but you won’t notice a thing. Even if your GPU can’t keep up, you’ll experience much more stable frame times thanks to the CPU being able to work on other rendering tasks while it waits. Frame rates on average between 40-45 fps. This can make a huge difference to frame rates for most computers that are not bottle-necked by the GPU or other components. Note that the debug screen is known to cause more load to your system, resulting in lower FPS than you would normally achieve, so your FPS might increase as soon as you close the display.
A modern OpenGL rendering pipeline for chunk rendering that takes advantage of multi-draw techniques, allowing for a significant reduction in CPU overhead (~90%) when rendering the world. Press F3 to bring up the debug screen.The frame rate will be shown under the Minecraft version at the top left.
Once that’s done, simply start Minecraft launcher and select Fabric to start using Minecraft with Sodium. Go to the Run menu, type %appdata%\.minecraft\mods, and click on Run. Next up, you need to ensure that you have downloaded Sodium.
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