How to Change FPS on Bedrock Minecraft PC
Minecraft Bedrock Edition gives PC players more control over frame rate than many realize. Whether your game feels sluggish or you want to push your hardware to its limits, the right settings can make a significant difference — but the path to better FPS isn't the same for everyone.
What FPS Actually Means in Minecraft Bedrock
Frames per second (FPS) measures how many individual images your GPU renders each second. Higher FPS means smoother gameplay. In Bedrock Edition on PC, the engine handles rendering differently than Java Edition, so the settings and their impact vary accordingly.
Bedrock uses a render pipeline tied to DirectX, which affects how GPU resources are used and where frame rate bottlenecks typically occur. Understanding this helps explain why some settings have a dramatic effect on FPS while others barely move the needle.
Where to Find the FPS Settings in Bedrock Edition 🎮
In-Game Video Settings
Open Settings → Video from the main menu or pause screen. This is where most FPS-affecting options live:
- Render Distance — The single biggest FPS lever. Measured in chunks; lower values reduce how much terrain the engine has to process each frame.
- Graphics — Toggle between Fancy and Fast. Fancy enables detailed water, leaves, and sky rendering; Fast strips these back for performance.
- Smooth Lighting — A subtle FPS cost. Disabling it can recover a few frames, especially on lower-end hardware.
- Fancy Leaves — Controls whether leaves are transparent or opaque. Opaque leaves (disabled setting) reduce GPU overdraw.
- Clouds — Set to Off or Fast to reduce rendering overhead.
- Particles — Lower particle counts reduce CPU-side simulation work.
- Anti-Aliasing — Disabling or lowering AA reduces GPU load noticeably on mid-range and older cards.
Frame Rate Cap (Max Frame Rate Slider)
Bedrock Edition includes a Max Frame Rate slider under Video Settings. By default, this is often capped lower than your hardware is capable of. Slide it to the maximum (typically 60 FPS displayed, though the actual slider can be moved to allow uncapped or higher rates depending on your version).
If your target is 60, 120, or unlimited FPS, adjust this slider directly. Some players mistakenly assume the game is hitting a hardware ceiling when it's actually just capped in software.
System-Level Settings That Affect Bedrock FPS
Windows Graphics Settings
Bedrock on PC runs through either the Microsoft Store app or as part of the Xbox app. Windows 11 and Windows 10 both include a Graphics Settings panel (Settings → Display → Graphics) where you can:
- Set Minecraft to High Performance mode
- Assign it to a dedicated GPU (important on laptops with integrated + discrete graphics)
On laptops especially, Bedrock may default to the integrated Intel or AMD GPU rather than the dedicated card. Manually assigning it to your discrete GPU can dramatically increase FPS.
Power Plan
Running Windows on Balanced or Power Saver mode throttles CPU clock speeds. Switching to High Performance in Power Options removes this artificial limit. On laptops, this also controls whether the CPU boosts to its full speed under load.
Driver Updates
Outdated GPU drivers are a common and easily overlooked FPS bottleneck. Both NVIDIA and AMD release game-ready drivers periodically. Updating through GeForce Experience, AMD Adrenalin, or manually from the manufacturer's site ensures the game benefits from the latest optimizations.
How Hardware Shapes Your FPS Ceiling 🖥️
| Hardware Tier | Typical Bedrock Experience | Key Limiting Factor |
|---|---|---|
| Entry-level (integrated graphics, 4–8GB RAM) | 30–60 FPS at low settings | GPU throughput and shared memory |
| Mid-range (dedicated GPU, 8–16GB RAM) | 60–120+ FPS at medium-high settings | Render distance and resolution |
| High-end (modern discrete GPU, 16GB+ RAM) | 120–240+ FPS possible | Software caps and thermal limits |
These are general ranges, not guarantees. Actual performance depends on world complexity, loaded entities, and system background processes.
CPU matters more in Bedrock than many expect. Because the game handles chunk loading and entity simulation on the CPU side, a slow processor can bottleneck FPS even when the GPU is underutilized. Watching CPU and GPU usage in Task Manager while playing reveals which component is the limiting factor.
Render Distance: The Most Impactful Single Setting
Render distance deserves special attention because its FPS impact is nonlinear. Dropping from 20 chunks to 12 chunks can nearly double FPS on constrained hardware. Dropping from 8 to 4 chunks may only add a few frames while noticeably reducing visual range.
The sweet spot varies by hardware. Players with dedicated mid-range GPUs often find 10–14 chunks offers a good balance. Those on integrated graphics may need to stay at 6–8 chunks to maintain smooth gameplay.
Variables That Determine Your Results
No two setups respond identically to the same changes. The factors that shape your specific outcome include:
- CPU single-core performance — Bedrock is not heavily multi-threaded; per-core speed matters more than core count
- GPU VRAM — Low VRAM causes texture streaming issues that reduce effective FPS
- RAM speed and capacity — Shared memory systems (integrated graphics) are especially sensitive to RAM frequency
- Resolution — Higher display resolution increases GPU workload independently of in-game settings
- Background processes — Browsers, streaming software, and Discord overlays all consume CPU and RAM headroom
- World type and complexity — Worlds with many loaded entities, redstone contraptions, or dense structures generate higher CPU load per frame
What produces a stable 120 FPS for one player may deliver 55 FPS for another running what appears to be similar hardware — because thermal throttling, driver state, and background load create invisible performance differences that in-game settings alone can't compensate for.