Minecraft Bedrock Edition on PC runs on the Render Dragon graphics engine — a modern, multi-threaded pipeline that handles large entity counts and high render distances better than Java Edition's OpenGL renderer. The trade-off is that Bedrock's settings behave differently than Java players expect. The most impactful example: an Upscale Render Resolution slider that can recover 25–30% FPS with no perceptible visual loss on 1080p and 1440p displays. This guide covers every setting that moves the needle, with hardware-tiered configuration tables, and a clear RTX ray tracing decision framework.
5 Quick Wins Before You Dive Into Settings
Make these five changes before adjusting anything else. Each one has a strong FPS-to-effort ratio:
- Render Distance → 12 chunks. The default 18 loads far more of the world than is visible on most displays. Dropping to 12 removes invisible GPU load; the visual difference is negligible outdoors and non-existent indoors.
- Simulation Distance → 8 chunks. Simulation distance controls mob AI, crop growth, and block logic — not what you can see. Setting it to 8 covers all farms and mob spawners within comfortable range while cutting CPU load significantly.
- Upscale Render Resolution → 75%. Found in Settings → Video, this slider tells the game to render internally at a percentage of your display resolution before upscaling. At 75%, GPU render work drops roughly 25% with near-zero visual change on 1080p and 1440p screens.
- Max Framerate → your monitor's refresh rate. Unlimited burns resources generating frames your display cannot show. Set it to 60, 144, or whatever your panel runs.
- Fancy Leaves → Fast. Switches leaf rendering from transparent to opaque — almost invisible in normal play, measurable FPS gain in biomes with dense trees.
Minecraft Bedrock Video Settings: Complete Table
All settings are in Settings → Video. The table gives a recommended value for two hardware tiers: mid-range (GTX 1660 Super / RX 6600 class) and high-end (RTX 4070 / RX 7800 XT class). For a deeper explanation of what each graphics setting type does across PC games, see our Game Settings Explained guide.
| Setting | Mid-Range GPU | High-End GPU | What It Does |
|---|---|---|---|
| Render Distance | 10–12 chunks | 16–18 chunks | How far the visible world loads. Biggest single FPS lever — each 2-chunk increase adds approximately 5–10% GPU load |
| Simulation Distance | 8 chunks | 8–10 chunks | CPU-only setting. Controls mob AI and block logic radius. Raising past 10 adds CPU load with no visual benefit |
| Upscale Render Resolution | 70–75% | 90–100% | Internal render scale before upscaling. 75% cuts render work by ~25% with minimal visible change at 1080p/1440p |
| Graphics Quality | Fast | Fancy | Fancy enables animated water, better sky gradients, and glass-effect cloud rendering. Fast on mid-range saves meaningful GPU headroom |
| Fancy Leaves | Fast | Fancy | Transparent vs opaque leaf rendering. Fast mode is a free FPS gain in forest-heavy biomes with no gameplay impact |
| Smooth Lighting | On | On | Ambient light blending between blocks. Performance cost is negligible; Off makes underground areas look noticeably flat |
| Entity Animations | On | On | Mob and player animations. No meaningful FPS cost; Off degrades gameplay feel for no gain |
| Anti-Aliasing (MSAA) | 1x | 2x | Higher MSAA is expensive in Bedrock. 1x at mid-range; 2x at high-end. 4x only with significant FPS headroom |
| VSync | Off | Off | Caps FPS to monitor refresh while adding input latency. Use Max Framerate cap instead for the same ceiling without the delay |
| Max Framerate | Monitor refresh | Monitor refresh | Set to your display's refresh rate. Unlimited wastes GPU and CPU resources on unseen frames |
| Upscaling (DLSS/FSR) | FSR Quality | DLSS Quality | Available in newer Bedrock versions. DLSS on NVIDIA, FSR on AMD. Quality mode gives the best balance of FPS and sharpness |
Render Distance vs Simulation Distance: The Distinction That Matters
Bedrock separates these two controls, and the difference is critical for CPU-bottlenecked machines. Render distance is a GPU-heavy setting — it determines how much of the world is drawn each frame. Simulation distance is CPU-heavy — it determines how far mob spawning, crop growth, water physics, and redstone logic run.
The practical diagnostic: open Task Manager (Ctrl+Shift+Esc) and switch to the Performance tab while Minecraft is running. If GPU usage is consistently above 90%, lower render distance first. If CPU usage is the ceiling and GPU is sitting at 60–70%, lower simulation distance. Most mid-range laptops and older desktop systems are CPU-bottlenecked in Bedrock, not GPU-bottlenecked, because Render Dragon's multi-threaded chunk loading is CPU-intensive.
For survival players, simulation distance of 8 is the functional sweet spot: all farms and spawners within a normal play radius operate correctly. On Realms and third-party servers, your client simulation distance setting has no effect — the server's view distance and simulation distance settings apply. On LAN worlds, you host the simulation, so your simulation distance setting applies in full.
Ray Tracing for RTX GPUs
Minecraft Bedrock's ray tracing uses Microsoft's DXR API and is exclusive to NVIDIA RTX GPUs (RTX 20 series and above) on Windows 10 and Windows 11. It is not enabled by default: toggle it in Settings → Video → Ray Tracing, and it only activates in worlds with an RTX-compatible resource pack applied.
The performance cost is steep — expect a 50–70% FPS reduction compared to rasterized rendering at equivalent render distance, even on an RTX 4070. The visual result, full path-traced global illumination, realistic water and glass reflections, and accurate shadow rendering, is the most visually accurate version of Minecraft available. The practical approach: always enable DLSS alongside ray tracing (Settings → Video → Upscaling → DLSS Quality) and drop render distance to 10–12 chunks. Without DLSS at Quality mode, ray tracing at 1440p on a mid-tier RTX card typically produces sub-60 FPS, which is uncomfortable for an open-world sandbox [1].
If you do not have an RTX GPU, the ray tracing toggle will not appear in your settings menu. No current AMD or Intel GPU supports Bedrock's DXR ray tracing path.
Windows and System Settings
Two system-level changes improve Bedrock performance beyond what in-game sliders provide:
Assign your dedicated GPU to Minecraft. On laptops and desktops with Intel or AMD integrated graphics, Windows occasionally routes Minecraft to the iGPU rather than the discrete card. Fix: Windows Settings → System → Display → Graphics → Browse → add Minecraft to the list → Options → High Performance.
Disable Xbox Game Bar if unused. Xbox Game Bar (Windows Settings → Gaming → Xbox Game Bar) runs a background overlay process that consumes a small slice of CPU time. On limited hardware, disabling it recovers measurable headroom. Keep it enabled if you use it for clips, screenshots, or the performance overlay.
For GPU driver settings, background process optimisation, and hardware-specific tweaks that apply across all PC games including Bedrock, see our PC performance and FPS optimisation guide.
Frequently Asked Questions
Why is Minecraft Bedrock running slower than Java Edition on the same PC?
Bedrock's Render Dragon is more GPU-dependent than Java's OpenGL renderer, which runs efficiently even on older or weaker hardware. If you see lower FPS in Bedrock than Java, your GPU is likely the bottleneck. Lower Render Distance to 10–12 chunks or set Upscale Render Resolution to 75% as the first fix. If FPS is still low, check that Windows is using your dedicated GPU rather than integrated graphics (see Windows and System Settings above).
Does Bedrock Edition support DLSS or FSR?
Yes, from version 1.20 onwards. The Upscaling option in Settings → Video offers DLSS on NVIDIA GPUs, AMD FSR on AMD cards, and NIS (NVIDIA Image Scaling) as a fallback. All three work independently of ray tracing — you can use FSR on a mid-range AMD card without any RTX requirement for a meaningful FPS boost. Quality mode in any of these options gives the best sharpness-to-performance balance [2].
What Render Distance should I use on a multiplayer server?
On public servers and Realms, your client render distance is capped by the server's view-distance setting — typically 8–12 chunks. Setting your client above the server cap loads no additional world and only wastes resources. On a Realm you own, adjust the server view distance in Realm settings. For LAN worlds, your machine is the server, so your render and simulation distance settings apply directly.
Does Upscale Render Resolution affect how Minecraft looks?
At 75–80%, the difference is invisible on 1080p and 1440p displays at normal play distance. Block edges and text in signs may show minor softness in screenshots taken at full zoom, but during gameplay the upscaling is not perceptible. Drop below 70% and you will start to notice a slight softening of block outlines. For most players, 75% is the optimal setting: full FPS gain with no visible trade-off.
Sources
- NVIDIA. Minecraft with RTX — Ray Tracing and DLSS Performance Overview. NVIDIA GeForce
- Minecraft Wiki contributors. Options — Video Settings reference. Minecraft Wiki
I've been playing video games for over 20 years, spanning everything from early PC titles to modern open-world games. I started Switchblade Gaming to publish the kind of accurate, well-researched guides I always wanted to find — built on primary sources, tested in-game, and kept up to date after patches. I currently focus on Minecraft and Pokémon GO.