GodoBench Pro — System Benchmark & Hardware Telemetry Suite

GodoBench Pro is an open-source, ultra-lightweight hardware benchmarking and telemetry tool built in Godot 4. Designed to stress test both modern and legacy Windows PCs, GodoBench Pro evaluates your CPU, GPU, RAM, and SSD under real-world computational workloads while streaming live hardware telemetry.

Key Features

• 3-Stage Multi-Thread CPU Stress Engine: Saturates all logical CPU cores across 3 intensive passes:
  • Floating-Point Math (FLOPS): 3D matrix inversions, quaternion rotations, and vector dot/cross products.
  • Integer ALU Logic: 64-bit XorShift bitwise logic and cryptographic hash calculations.
  • Cache Thrashing: Continuous L1/L2/L3 cache line flushes to stress CPU memory controllers.
• Heavy 3D GPU Rasterizer: Native V-Sync override uncaps rendering speeds to stress pixel fill-rates and VRAM bandwidth using 20,000 high-geometry sphere instances, dynamic shadow cascades, four orbiting light sources, and heavy alpha-blended transparency overdraw.
• CrystalDiskMark-Style SSD Suite: Measures both Sequential Read/Write throughput (MB/s) and Random 4K IOPS using seek pointer arrays.
• RAM Bandwidth Speed Test: Calculates real-time system memory write and read bandwidth speed in MB/s.
• Live MSI Afterburner-Style OSD: On-screen HUD displaying real-time FPS, 1% Low FPS, dynamic frame-time graphs, RAM/VRAM allocation, and live CPU/GPU temperatures.
• Native Hardware Auto-Detection: Queries exact CPU and GPU model strings directly from system drivers.
• Composite Scoring System: Generates a unified performance index score based on weighted component results.

How to Enable Hardware Temperature Sensors

1. Download and launch LibreHardwareMonitor.
2. Go to Options > Remote Web Server > Run (Default Port: 8085).
3. Launch GodoBench Pro — live CPU and GPU core temperatures will automatically stream directly into the OSD overlay.

System Requirements

Component	Minimum Requirement	Recommended
OS	Windows 7 / 8 / 10 / 11 (64-bit)	Windows 10 / 11 (64-bit)
Processor	Dual-Core x86 CPU	Quad-Core x86 CPU or higher
Graphics	Direct3D 11 / Vulkan GPU (Integrated or Discrete)	Dedicated Direct3D 11 / Vulkan GPU
Memory	1 GB RAM	2 GB RAM or higher
Storage	30 MB available space	High-speed SSD for accurate I/O testing