RTX 4060 Minecraft Server Performance Test: Game Dedicated Server Benchmark
Real-world Minecraft server performance results for Minecraft Java Edition on an RTX 4060 dedicated GPU server, measured from the viewpoint of a real player and content creator rather than a synthetic RTX 4060 benchmark.
TL;DR: RTX 4060 Minecraft Server Performance at a Glance
We tested Minecraft server performance on an RTX 4060 dedicated server (8 GB VRAM, 64 GB RAM, Windows) at 1080p with a 16-chunk render distance, using the stock Windows setup and real gameplay instead of synthetic runs.
- Vanilla Java 26.3: about 470–595 FPS captured, with only about 23% GPU utilization and 1.2 / 8 GB VRAM.
- Elytra flight: about 70 FPS, with 4.3 / 8 GB VRAM and heavy CPU-side chunk loading.
- Complementary Shaders High (1.20.1): about 55–77 FPS depending on the scene.
- Memory: roughly 9.3–10.8 GB of 64 GB used, which leaves room for OBS, Discord, and browsers.
- Stability: no crashes during testing; Parsec gave the best remote gaming experience.
- Network: 94.35 Mbps down and 93.29 Mbps up on a 100 Mbps line.
Bottom line: the RTX 4060 Minecraft setup handles vanilla gameplay with huge headroom and shader packs comfortably, while exploration-heavy play depends more on the CPU. Results are reference measurements, not guaranteed FPS.
Test Summary: Minecraft server performance on a GameServer Mart RTX 4060 Dedicated GPU Server
This RTX 4060 Minecraft review covers gaming and Minecraft server performance testing of Minecraft Java Edition on a dedicated RTX 4060 GPU server, starting with vanilla Minecraft and moving to demanding shader-based rendering. If you are searching for rtx4060 minecraft numbers or researching Minecraft server requirements for a game dedicated server or cloud gaming server, these results show how the hardware behaves in practice.
| Component | Specification |
|---|---|
| Provider | GameServer Mart |
| GPU | NVIDIA GeForce RTX 4060 — Dedicated GPU |
| CPU | Intel Xeon E5-2667 v3 — 8 Cores / 16 Logical Processors |
| RAM | 64 GB |
| Storage | 120 GB SSD + 960 GB SSD |
| Operating System | Windows |
| Game | Minecraft Java Edition |
| Test Type | Vanilla Minecraft Gaming & Performance Testing |
Application Scenario and Test Focus
The primary use case is gaming, with a strong focus on Minecraft server performance. The testing covers FPS, GPU performance, CPU behavior, RAM usage, VRAM usage, temperature, responsiveness, chunk loading, and overall smoothness where data is available.
- Minecraft versions: Java Edition 26.3 (Vanilla) and Java Edition 1.20.1 (Complementary Shaders)
- Graphics: Vanilla; Complementary Shaders — High Settings
- Resolution: 1920 × 1080 (1080p)
- Render distance: 16 chunks for baseline testing
- Workload: Normal Minecraft gameplay + shader performance testing
Key finding: overall Minecraft server performance was suitable for the tested workloads and delivered a usable gameplay experience. All tests used the stock Windows environment with no performance optimization, so the results show the out-of-the-box RTX 4060 Minecraft experience.
Deployment and Testing Methodology for RTX 4060 Minecraft Benchmarks
The server was accessed through the provided Windows environment and configured for Minecraft Java Edition. It was tested in its stock state, without Windows performance tweaks, and monitored for CPU, GPU, VRAM, and RAM utilization during gameplay. Testing used real-world gameplay rather than synthetic benchmarks, and Minecraft was accessed remotely through Parsec. Two configurations on two Minecraft versions were used for two different Minecraft server performance scenarios.
Test 1 — Vanilla Minecraft
- Version: Java Edition 26.3 (latest vanilla version tested)
- Resolution / render distance: 1920 × 1080, 16 chunks; shaders disabled
- Duration: 60 minutes, 2 repeated runs
- Captured FPS: 450 FPS and 548 FPS
- Average captured FPS: 266 FPS
- Lowest captured FPS: 148 FPS
- Approximate average frame time: 3.76 ms
Test 2 — Minecraft with Complementary Shaders
- Version: Java Edition 1.20.1 with Complementary Shaders, high-quality settings
- Resolution: 1920 × 1080
- Environment: Village exploration and large-view terrain rendering
- Duration: 60 minutes, 1 run
- Captured FPS: 58 FPS at a 16.2 ms frame time
Monitoring Tools and Stress Testing
Monitoring used Kryptex, MSI Afterburner, RivaTuner Statistics Server (RTSS), the Minecraft performance overlay, Windows Task Manager, and Parsec. Recorded measurements were FPS, CPU utilization, GPU utilization, GPU temperature, dedicated VRAM usage, system RAM usage, and frame time where available, with screenshots as evidence of the Minecraft server performance observed. The screenshots cover Minecraft 26.3 vanilla gameplay, Minecraft 1.20.1 with Complementary Shaders, FPS and frame-time overlays, CPU utilization and frequency, RAM utilization, RTX 4060 utilization, VRAM and temperature, the graphics settings with the 16-chunk render distance, and remote gaming through Parsec. Additional stress testing used high-speed Elytra flight and rapid exploration of unloaded terrain to evaluate chunk loading, world generation, and CPU-side world processing.
Important measurement note: the FPS figures are captured observations from screenshots, not a formal benchmark average or 1% low. A true 1% low needs the full FPS data logged over the whole test, whereas screenshots give point-in-time Minecraft server performance readings.
Video Evidence: Live RTX 4060 Minecraft Gameplay Demo
A live demonstration of the same Parsec connection is included below. The video shows the Minecraft environment being operated remotely from Pakistan, using the same connection setup referenced in the remote gaming and latency testing.
During the demonstration, I move through the Minecraft world, interact with the environment, and demonstrate the remote gameplay experience in real time. The recording provides practical visual evidence of the responsiveness, input interaction, and overall behavior of the remote gaming session, which is a useful reference for Minecraft server performance.
The Video Demonstrates
- The same Parsec connection used during the remote gaming test
- Live Minecraft gameplay
- Player movement and camera interaction
- Real-time input responsiveness
- Visual streaming and gameplay behavior
- Overall smoothness of the remote session
- Practical remote gaming experience from Pakistan
| Item | Detail |
|---|---|
| Evidence type | Live gameplay recording |
| Remote access | Parsec |
| Workload | Minecraft Java Edition |
| Testing location | Pakistan |
| Purpose | Demonstrate real-world remote gaming behavior and responsiveness |
Network Performance and Latency on the RTX 4060 Server
Network performance, which affects remote Minecraft server performance, was evaluated from Pakistan. Through the US Ashburn05 ExitLag server (TCP), latency to the tested US location was approximately 196 ms. For the Remote Desktop connection between the local PC and the server, ExitLag was temporarily enabled and latency measured approximately 222 ms. Important: ExitLag was used only for connection testing and is not required to play Minecraft on this environment.
| Metric | Result |
|---|---|
| Download | 94.35 Mbps |
| Upload | 93.29 Mbps |
| Advertised connection | 100 Mbps |
Measured bandwidth was close to the advertised 100 Mbps and sufficient for the tested remote gaming, Minecraft, file management, and creator workflows, although frequent transfers of large games, assets, or recordings would benefit from higher bandwidth. The latency mainly reflects the distance between Pakistan and the US server region, so actual latency and remote responsiveness will vary with your location, network provider, and selected server region.
Parsec Gaming Experience: Remote RTX 4060 Minecraft Gameplay
For interactive play I used Parsec, a remote desktop application designed for gaming, instead of relying only on a traditional Remote Desktop connection. The test, run from Pakistan while Minecraft ran on the server, covered remote gameplay responsiveness, input responsiveness, visual streaming quality, connection stability, and remote interaction latency, all of which shape how Minecraft server performance feels to the player.
| Test parameter | Detail |
|---|---|
| Connection method | Parsec |
| Workload | Minecraft |
| Purpose | Remote gaming / cloud PC access |
| Testing location | Pakistan |
Results vary significantly with the user's location, ISP, network conditions, and selected server region. Windows Remote Desktop (RDP) was useful for initial setup and general remote work but less suitable for interactive gaming, so Parsec was used for actual Minecraft gameplay. Flow tested: Server → Parsec → Local PC → Minecraft.
Test 1: Vanilla Minecraft 26.3 Server Performance on the RTX 4060
The first Minecraft server performance test used Minecraft Java Edition 26.3 in a completely vanilla configuration, with no shaders or performance mods, to set a baseline for RTX 4060 Minecraft using the system essentially as provided.
| Setting | Value |
|---|---|
| Game | Minecraft Java Edition 26.3 |
| Graphics | Vanilla Minecraft |
| Shaders | Disabled |
| Render distance | 16 chunks |
| Resolution | 1920 × 1080 |
| Workload | Normal Minecraft gameplay |
| System state | Stock Windows configuration |
| Remote gaming | Parsec |
| GPU | NVIDIA GeForce RTX 4060 |
| Dedicated VRAM | 8 GB |
Performance Results
The Minecraft overlay captured approximately 508, 470, 595, 536, and 562 FPS, so the system operated in a range of about 470–595 FPS at 1920 × 1080 with a 16-chunk render distance, with several captures above 500 FPS. GPU temperature was approximately 65–71°C (around 71°C in the Task Manager capture), and there were no crashes or major stability issues. Exact FPS varies with player position, terrain, camera direction, and chunk generation, so these are observed measurements rather than a guaranteed Minecraft server performance figure.
Minecraft Video Settings
Settings were captured from the Video Settings menu: a custom preset with 16-chunk render distance and 16-chunk simulation distance.
| Video setting | Configuration |
|---|---|
| Minecraft version | Java Edition 26.3 |
| Preset | Custom |
| Biome blend | 5×5 (Normal) |
| Render distance | 16 chunks |
| Simulation distance | 16 chunks |
| Chunk builder | Java Blocking |
| Smooth lighting | ON |
| Graphics | Fancy |
| Particles | All |
| Entity shadows | ON |
| Entity distance | 100% |
| Clouds | Fancy |
| Cloud distance | 64 chunks |
| Mipmap levels | 4 |
| See-through leaves | ON |
| Improved transparency | OFF |
| Anisotropic filtering | 2× |
| Menu background blur | 5 |
| Other effect radius | 10 Blocks |
| Display setting | Configuration |
|---|---|
| Max framerate | Unlimited |
| VSync | OFF |
| Reduce FPS when AFK | OFF |
| GUI scale | 1 |
| Brightness | Default |
| Graphics API | Default |
| Fullscreen | OFF |
| Exclusive fullscreen | OFF |
When the settings screenshot was captured, the overlay showed approximately 368 FPS, 47% GPU utilization, 78°C GPU temperature, 46°C CPU temperature, 18% CPU utilization, and about 9.5 GB of RAM used by Minecraft. With VSync off and an unlimited frame cap, the system produced as many frames as the workload allowed, and 16-chunk render and simulation distance with Fancy graphics, full particles, and entity shadows is a more representative workload than extremely low settings.
CPU Performance
During the vanilla session the CPU stayed lightly loaded while Minecraft held a high frame rate. The Intel Xeon E5-2667 v3 @ 3.20 GHz (8 cores, 16 logical processors) ran at about 3.29 GHz at 16% utilization with approximately 556 FPS in one capture, and at 2.72 GHz with 22% utilization at approximately 595 FPS in another.
| Metric | Capture 1 | Capture 2 |
|---|---|---|
| CPU utilization | 16% | 22% |
| Current CPU speed | 3.29 GHz | 2.72 GHz |
| Base speed | 3.20 GHz | 3.20 GHz |
| Cores / logical processors | 8 / 16 | 8 / 16 |
| Processes | 212 | 172 |
| Threads | 3,909 | 2,804 |
| Handles | 121,534 | 88,113 |
| Virtualization | Enabled | Enabled |
| L1 cache | — | 512 KB |
| L2 / L3 cache | 2.0 MB / 20.0 MB | 2.0 MB / 20.0 MB |
| Minecraft FPS at capture | 556 FPS | 595 FPS |
This reflects the vanilla configuration only, not maximum CPU performance under heavily modded Minecraft, shaders, rendering, or other CPU-intensive work.
Memory Performance
Task Manager reports 64.0 GB of installed RAM (63.9 GB usable). At capture, usage was approximately 10.8 GB (about 17%), leaving approximately 53.0 GB available while Minecraft showed approximately 536 FPS. No memory-related stability issues appeared, and this is one useful data point for Minecraft server requirements, not the requirement for heavily modded setups.
| Metric | Recorded value |
|---|---|
| Installed RAM | 64.0 GB |
| Usable RAM | 63.9 GB |
| Memory usage | 10.8 GB / 63.9 GB (17%) |
| Available memory | 53.0 GB |
| Committed memory | 13.9 / 67.9 GB |
| Cached memory | 14.1 GB |
| Memory speed | 2133 MHz |
| Memory slots used | 2 of 8 (DIMM) |
| Hardware reserved | 113 MB |
| Paged pool / non-paged pool | 448 MB / 329 MB |
GPU Performance
Task Manager reported approximately 23% GPU utilization at about 71°C, while the Minecraft overlay showed approximately 562 FPS with GPU utilization around 38% at the same temperature. The two tools calculate utilization differently, so the readings differ.
| Metric | Recorded value |
|---|---|
| GPU | NVIDIA GeForce RTX 4060 |
| Task Manager GPU utilization | 23% |
| Minecraft GPU utilization | 38% |
| GPU temperature | 71°C |
| Minecraft FPS at capture | 562 FPS |
| Dedicated GPU memory | 1.2 / 8.0 GB |
| Total GPU memory usage | 1.3 / 39.9 GB |
| Shared GPU memory | 0.2 / 31.9 GB |
| Driver version | 32.0.15.6636 |
| DirectX version | 12 (FL 12.1) |
Dedicated VRAM and Temperature in RTX 4060 Minecraft Tests
The RTX 4060 has 8 GB of dedicated GPU memory, and about 1.2 GB (roughly 15%) was in use, leaving approximately 6.8 GB free, plus about 0.2 GB of 31.9 GB shared memory. At only about 23% utilization and 71°C, the vanilla workload was far from pushing the card to its limit, which gives this RTX 4060 Minecraft baseline substantial headroom.
Test 2: Complementary Shaders High on Minecraft 1.20.1, RTX 4060 Minecraft Shader Performance
Complementary Shaders High is a much heavier workload than vanilla, adding enhanced lighting, dynamic shadows, improved environmental illumination, foliage, water and atmospheric effects, and more demanding distant-scene rendering. All of that changes Minecraft server performance. Two scenes were captured.
Capture 1 — Shader-Enhanced Gameplay
The player is over a detailed mountainous environment.
| Metric | Minecraft overlay | Windows Task Manager |
|---|---|---|
| Minecraft FPS | 77 FPS | — |
| Frame time | 17.1 ms | — |
| GPU utilization | 39% | 33% |
| GPU temperature | 78°C | 79°C |
| CPU utilization | 71% | 56% (3.32 GHz) |
| CPU temperature | 61°C | — |
| RAM usage | 11,995 MB (Minecraft) | 11.7 / 63.9 GB (~18%) |
| Dedicated GPU memory | — | 1.5 / 8.0 GB |
| Total GPU memory | — | 1.6 / 39.9 GB |
Capture 2 — Large-View Shader Rendering
A wider scene with extensive terrain and vegetation, which is more demanding because the renderer handles more visible scenery with shader effects.
| Metric | Minecraft overlay | Windows Task Manager |
|---|---|---|
| Minecraft FPS | 55 FPS | — |
| Frame time | 16.3 ms | — |
| GPU utilization | 36% | 33% |
| GPU temperature | 73°C | 73°C |
| CPU utilization | 74% | 87% (3.33 GHz) |
| CPU temperature | 60°C | — |
| RAM usage | 12,203 MB (Minecraft) | 11.9 / 63.9 GB (~19%) |
| Dedicated GPU memory | — | 2.2 / 8.0 GB |
| Total GPU memory | — | 2.4 / 39.9 GB |
GPU, VRAM and CPU Behavior Under Shaders
The RTX 4060 stayed at moderate utilization in both captures (about 33% in Task Manager, 36–39% in the overlay). Dedicated VRAM rose from about 1.5 GB to about 2.2 GB, well below the 8 GB capacity, and GPU temperature reached about 79°C and 73°C. CPU activity was notable at 71% and 74% in the overlay and about 56% and 87% in Task Manager, suggesting the second scene was affected by world and game data processing as well as rendering. Frame rates swing with scene complexity: about 77 FPS in the first capture and 55 FPS in the wider second scene.
Overall shader result: approximately 55–77 FPS depending on the scene, 33–39% GPU utilization, 1.5–2.2 GB of 8 GB VRAM, and 73–79°C. These are measurements of specific scenes, not a maximum RTX 4060 benchmark.
Additional Stress Test: Chunk Loading and Elytra Flight, Minecraft Server Performance Under Load
This test put much more pressure on the system than standard gameplay. Rapid Elytra flight over a large mountainous, snowy area in Java Edition 1.20.1 forced Minecraft to continuously process new world data, generate and populate terrain, prepare chunks for rendering, and render distant terrain at high movement speed, which makes it a demanding case for Minecraft server performance.
| Metric | Recorded value |
|---|---|
| Minecraft version | Java Edition 1.20.1 |
| Minecraft FPS | ~70 FPS |
| Frame time | ~12.8 ms |
| Minecraft GPU utilization | ~42% |
| Task Manager 3D utilization | ~36% |
| GPU temperature | ~84–85°C |
| CPU utilization (overlay) | ~78% |
| CPU temperature | ~63°C |
| Minecraft RAM usage | ~13,787 MB |
| Dedicated VRAM usage | 4.3 / 8.0 GB |
| Total GPU memory usage | 4.5 / 39.9 GB |
| Shared GPU memory | 0.1 / 31.9 GB |
VRAM use reached about 4.3 GB (roughly 54% of 8 GB), leaving about 3.7 GB free. The overlay showed approximately 78% CPU utilization while Task Manager showed approximately 48% at around 3.33 GHz. With 36–42% GPU utilization and about 70 FPS at 12.8 ms, this scenario was driven heavily by CPU-side world processing rather than being purely GPU-bound, which is a key lesson for Minecraft server performance in exploration-heavy worlds.
World and Chunk Loading Test
The final capture shows Minecraft Java Edition 1.20.1 actively processing a newly encountered area, with the loading screen at approximately 77% progress.
| Metric | Minecraft overlay | Windows Task Manager |
|---|---|---|
| Minecraft FPS | 55 FPS | — |
| Frame time | 17.3 ms | — |
| GPU utilization | 19% | 14% |
| GPU temperature | 63°C | 63°C |
| CPU utilization | 52% | 20% (at 3.33 GHz) |
| CPU temperature | 51°C | — |
| RAM usage | 11,788 MB (Minecraft) | 11.5 / 63.9 GB (18%) |
| Dedicated GPU memory | — | 1.1 / 8.0 GB |
| Total GPU memory | — | 1.2 / 39.9 GB |
The RTX 4060 stayed at moderate utilization with about 1.1 GB of 8 GB VRAM in use, while the overlay's 52% CPU reading shows more CPU-side activity. The 55 FPS at 17.3 ms occurred during loading and is not normal gameplay FPS or a maximum result. The test shows how the RTX 4060 Minecraft system behaves while Minecraft processes world data.
Overall RTX 4060 Benchmark Results: Minecraft Server Performance Across Workloads
The tests covered vanilla Java 26.3 gameplay, Elytra movement and world loading, 64 GB memory use, Java 1.20.1 with Complementary Shaders, and remote gaming through Parsec, to see how the RTX 4060 Minecraft system behaves under different workloads instead of relying on one number.
| Test | Captured result |
|---|---|
| Vanilla Minecraft 26.3 | ~562 FPS |
| Vanilla GPU utilization | ~23% |
| Vanilla GPU temperature | ~71°C |
| Vanilla dedicated VRAM | ~1.2 / 8.0 GB |
| Vanilla system RAM | ~9.3–10.8 / 63.9 GB (15–17%) |
| Elytra / intensive scene | ~70 FPS |
| Elytra GPU utilization | ~36% |
| Elytra GPU temperature | ~84°C |
| Elytra dedicated VRAM | ~4.3 / 8.0 GB |
| World / chunk loading | ~55 FPS |
| World loading GPU utilization | ~14–19% |
| World loading GPU temperature | ~63°C |
| Complementary Shaders (High) | ~55–77 FPS |
| Shader VRAM usage | ~1.5–2.2 / 8.0 GB |
| System RAM | 64 GB |
VRAM, Memory and Workload Differences
The 8 GB of dedicated VRAM gives considerable room for higher-resolution textures, shaders, and visual mods: usage was about 1.2 GB for vanilla, 1.1 GB during chunk loading, 1.5–2.2 GB with shaders, and 4.3 GB during Elytra flight. Actual needs vary with shader settings, resource packs, resolution, render distance, mods, and scene. Memory use was roughly 9.3–10.8 GB of 63.9 GB, with approximately 54.6 GB available in the vanilla capture. That leaves ample room to run OBS Studio, Discord, web browsers, recording software, launchers, monitoring tools, video-editing software, and other creator applications alongside Minecraft.
Different workloads gave very different results, which is why Minecraft server performance should not be judged by GPU specs alone:
- Vanilla Minecraft: extremely high captured FPS with low GPU utilization
- Rapid Elytra / world loading: higher CPU activity and changing frame rates as new terrain loads
- Complementary Shaders: higher graphical complexity and much lower captured FPS than vanilla
Reliability, Recommendations and Minecraft Server Requirements Notes
The system stayed stable throughout, with no crashes or major stability issues, and it was tested as provided rather than tuned for higher scores. Occasional network interruptions during remote access appeared related to the local internet connection, not to Minecraft or the hardware, and no software issue prevented normal Minecraft use.
Recommendations for Better Minecraft Server Performance
Vanilla Minecraft. The RTX 4060 has more than enough graphical capacity for vanilla play, with ~562 FPS captured. Actual FPS depends on render and simulation distance, CPU workload, world complexity, resolution, background applications, and Minecraft version.
Intensive exploration. For Elytra flight and unexplored terrain, CPU-side world processing matters more, and GPU utilization stayed well below full, so raw GPU power is not always the limit. If you need a dedicated host for this kind of play, a Minecraft dedicated server gives you the same class of hardware.
Shader Minecraft. The 8 GB of VRAM suits shader-based Minecraft: Complementary Shaders High produced ~55–77 FPS with VRAM between about 1.5 and 2.2 GB. Heavier presets, higher resolutions, resource packs, and extra visual mods will change the results.
Creator workloads. The 64 GB of RAM is useful for multitasking with OBS, Discord, browsers, editing software, and recording tools.
Notes and Troubleshooting
Windows Remote Desktop suited general administration and Parsec suited interactive gameplay, and network interruptions should be considered separately from hardware measurements. For best compatibility, keep Windows, NVIDIA drivers, Minecraft, mods, loaders, and shaders matched to the Minecraft version in use. Minecraft server performance and RTX 4060 Minecraft results also vary with world seed, render and simulation distance, shader configuration, resource packs, mods, resolution, background applications, recording/streaming settings, and remote connection quality.
Final Summary: RTX 4060 Minecraft Server Performance
Across vanilla gameplay, high-speed exploration, chunk loading, 64 GB memory use, shaders, and remote gaming through Parsec, the RTX 4060 + 64 GB RAM configuration proved a capable Minecraft environment. The strongest vanilla capture reached approximately 562 FPS with low GPU utilization and about 1.2 GB of VRAM, exploration and world loading lowered frame rates and raised CPU activity, and Complementary Shaders High delivered approximately 55–77 FPS within the 8 GB VRAM capacity.
Treat these as reference measurements for the specific hardware, Minecraft versions, settings, and workloads tested, not guaranteed FPS for every Minecraft configuration.
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