Logo

Volume Shader BM Test

Volume Shader BM Test

Click the button below to start GPU test
Make sure your device supports WebGL

Device Information

GPU: Detecting...
WebGL Version: Detecting...
Browser: Detecting...
Operating System: Detecting...

Performance Analysis

Average FPS
-
Maximum FPS
-
Minimum FPS
-
Stability
-

Test History

No test records yet

Completed performance tests will appear here

Total 0 tests

Discover Volume Shader BM

Volume Shader BM is a cutting-edge GPU benchmark tool designed to push your graphics hardware to its limits through complex volumetric shader rendering.

Our benchmark utilizes advanced 3D volume shaders to create realistic fractal patterns that stress-test your GPU's processing capabilities, providing accurate performance metrics.

Whether you're a gamer looking to evaluate your system's performance, a professional needing to validate hardware capabilities, or simply curious about your device's graphical prowess, Volume Shader BM delivers precise and reliable results.

Volume Shader Benchmark Visualization

About Volume Shader BM Test

Volume Shader BM Test is a WebGL-based online GPU performance benchmark tool that evaluates your device's graphics performance by rendering complex 3D volume shaders.

Test Level Description

Light: 10K triangles
Medium: 50K triangles
Heavy: 200K triangles
Extreme: 500K triangles

Note: High-intensity tests may cause lag or heating on low-performance devices. Please choose an appropriate test level based on your device's performance.

GPU Test Guide

Test Preparation

  • Close unnecessary programs and browser tabs to free up system resources
  • Ensure your device has good cooling conditions to avoid overheating during testing
  • Use a stable power supply to avoid interruptions during testing
  • Update your graphics drivers to the latest version for optimal performance

Test Steps

  1. 1 Select an appropriate test mode (recommended to start with Light)
  2. 2 Adjust complexity and test duration as needed
  3. 3 Click Start Test and observe real-time performance data
  4. 4 View detailed report and recommendations after test completion

Test Mode Details

Light Test

  • • Suitable for office devices and entry-level GPUs
  • • 10K triangles, low GPU load
  • • Test duration: 30 seconds
  • • Low heat generation, suitable for extended runs

Medium Test

  • • Suitable for mid-range gaming GPUs
  • • 50K triangles, medium GPU load
  • • Test duration: 60 seconds
  • • Can detect performance bottlenecks and stability

Heavy Test

  • • Suitable for high-end gaming GPUs
  • • 200K triangles, high GPU load
  • • Test duration: 90 seconds
  • • Tests cooling system and power supply stability

Extreme Test

  • • Suitable for top-tier professional GPUs
  • • 500K triangles, extreme GPU load
  • • Test duration: 120 seconds
  • • Stress test, may cause device heating

Results Interpretation Guide

FPS Analysis

  • 60+ FPS: Excellent performance
  • 30-60 FPS: Good performance
  • 15-30 FPS: Average performance
  • <15 FPS: Low performance

Temperature Status

  • Normal: GPU temperature stable
  • Warm: Slight temperature increase, normal range
  • Hot: Cooling attention needed
  • Overheating: Recommend stopping test

Overall Score

  • 9000+: Flagship performance
  • 6000-9000: High-end performance
  • 3000-6000: Mid-range performance
  • <3000: Entry-level performance

Important Reminders

  • • Pay attention to battery level and heat when running high-intensity tests on mobile devices
  • • If screen artifacts or system freezes occur during testing, stop the test immediately
  • • Test results are for reference only; actual gaming performance is also affected by CPU, memory, and other factors
  • • Regular testing can help monitor GPU performance changes and identify hardware issues early

Technical Principles

This tool uses advanced WebGL 2.0 technology and volume shader algorithms to implement GPU performance testing through the following techniques:

  • Volume Rendering Technology: Uses complex mathematical functions to generate 3D volume textures, simulating the shape and texture of toxic mushrooms
  • Dynamic Shaders: Dynamically adjusts fragment shader complexity based on test level, increasing GPU computational load
  • Real-time Performance Monitoring: Monitors key metrics such as FPS and render time through WebGL extensions and performance API
  • Temperature Inference Algorithm: Infers device temperature status through performance degradation curves

The test algorithm gradually increases rendering complexity until it reaches the device's performance limit, accurately assessing the GPU's processing capability.

Browser Compatibility

Chrome

Fully supported. Latest version recommended for best performance.

Firefox

Fully supported with excellent performance.

Safari

Basic support, some advanced features may be limited.

Edge

Fully supported, performance similar to Chrome.

GPU Knowledge Base

GPU Basics

What is a GPU

Graphics Processing Unit, a chip specialized for processing graphics rendering and parallel computing, with thousands of small cores that excel at handling many simple tasks simultaneously.

GPU vs CPU

CPUs have fewer powerful cores, suitable for complex logical operations; GPUs have many simple cores, ideal for parallel computing and graphics rendering. They work together for optimal performance.

GPU Types

Integrated GPUs: Built into the CPU, low power consumption but limited performance; Dedicated GPUs: Separate GPU chips, powerful performance, suitable for gaming and professional work.

Key Parameters Analysis

Video Memory (VRAM)

  • • Dedicated memory for storing graphics data
  • • Capacity affects high-resolution gaming performance
  • • 8GB+ recommended for mainstream games
  • • 12GB+ needed for 4K gaming or professional work

Core Clock

  • • Base clock: GPU's stable operating frequency
  • • Boost clock: Frequency after automatic overclocking
  • • Higher frequency means stronger computing power
  • • Can be further improved through overclocking

Stream Processors

  • • Core units that execute parallel computing
  • • More units represent stronger parallel processing capability
  • • Called CUDA cores by NVIDIA
  • • Called Stream Processors (SP) by AMD

Bus Width & Bandwidth

  • • Memory bus width affects data transfer
  • • 256-bit and above is high-end configuration
  • • Bandwidth = Bus width × Memory frequency
  • • High bandwidth reduces performance bottlenecks

GPU Architecture Evolution

NVIDIA Architecture

Ada Lovelace RTX 40 Series
Ampere RTX 30 Series
Turing RTX 20 Series
Pascal GTX 10 Series

AMD Architecture

RDNA 3 RX 7000 Series
RDNA 2 RX 6000 Series
RDNA RX 5000 Series
GCN RX 500 Series

Factors Affecting GPU Performance

Temperature Control

Overheating causes throttling, affecting performance

Power Supply

Insufficient power limits GPU performance

Drivers

Latest drivers optimize game performance

System Configuration

CPU and RAM also affect overall performance

GPU Recommendation Guide

Budget-Based Recommendations

Entry Level

RTX 4060
1080p high quality gaming
Recommended ⭐⭐⭐⭐
View Purchase
RX 7600
Best value choice
Recommended ⭐⭐⭐⭐
View Purchase

Suitable for: 1080p gaming, light content creation, daily office work

Mid-Range

RTX 4070
1440p high quality
Recommended ⭐⭐⭐⭐⭐
View Purchase
RX 7700 XT
Large VRAM advantage
Recommended ⭐⭐⭐⭐
View Purchase

Suitable for: 1440p gaming, video editing, live streaming

High-End

RTX 4080
4K gaming powerhouse
Recommended ⭐⭐⭐⭐⭐
View Purchase
RX 7900 XTX
24GB large VRAM
Recommended ⭐⭐⭐⭐
View Purchase

Suitable for: 4K gaming, professional rendering, AI computing

Flagship

RTX 4090
Ultimate performance
Recommended ⭐⭐⭐⭐⭐
View Purchase
RTX 4080 Super
Value flagship
Recommended ⭐⭐⭐⭐
View Purchase

Suitable for: 8K gaming, workstations, enthusiasts

Usage-Based Recommendations

Gaming GPUs

Esports Gaming
RTX 4060, RX 7600
High FPS 1080p
AAA Titles
RTX 4070, RX 7700 XT
1440p high quality
4K Gaming
RTX 4080, RTX 4090
4K Ultra settings

Content Creation

Video Editing
RTX 4070, RX 7900 GRE
Hardware encoding acceleration
3D Rendering
RTX 4080, RTX 4090
CUDA/OptiX acceleration
Live Streaming
RTX 4060 and above
NVENC encoding
View RTX 4060 Series

Professional Work

AI Development
RTX 4090, RTX 4080
Large VRAM requirement
CAD Design
RTX 4070, Quadro series
Professional driver optimization
Scientific Computing
RTX 4090, A5000
Double precision floating point

Purchase Advice

Important Considerations

  • • Ensure sufficient power supply wattage
  • • Check case space and cooling
  • • Consider CPU performance matching
  • • Pay attention to VRAM capacity requirements

Best Time to Buy

  • • 3-6 months after new product release
  • • Black Friday and other shopping events
  • • After crypto mining downturns
  • • Rational observation of the used market

Brand Selection

  • • ASUS ROG: Top choice for high-end gamers
  • • MSI Gaming: Balanced price-performance ratio
  • • GIGABYTE AORUS: Excellent cooling
  • • Galax: Good value for entry-level

Frequently Asked Questions

Why does my device heat up during testing?

This is normal. The Toxic Mushroom test pushes your GPU to work at full capacity, so heat generation is unavoidable. If the temperature gets too high, we recommend stopping the test or lowering the test level.

What does the test result score represent?

The score takes into account FPS, rendering stability, and test level. A higher score indicates stronger GPU performance and can be used for side-by-side comparison with other devices.

What if my browser shows WebGL is not supported?

Please make sure your browser is up to date, check if hardware acceleration is enabled, or try a different browser. Some mobile devices may not support WebGL 2.0.

Will my test data be uploaded?

All test data is stored locally and will not be uploaded to any server. You can safely perform tests without worrying about privacy issues.