GPU Benchmark 2026 — Free Compare Desktop & Mobile GPU
GPU benchmark hierarchy updated June 2026. Compare 600+ NVIDIA, AMD, and Intel graphics cards by 3DMark Time Spy scores and full specifications.
Features
- ✓Data updated June 2026 — includes NVIDIA RTX 50, AMD RX 9000, Intel Arc Battlemage and Panther Lake
- ✓Comprehensive database — 600+ GPUs from NVIDIA, AMD, and Intel
- ✓Desktop, mobile, and integrated GPU support — compare across form factors
- ✓3DMark Time Spy benchmark scores for gaming performance comparison
- ✓Full specs on demand — VRAM, clock speeds, architecture, process node, TDP, MSRP, and more
- ✓Search and filter — find GPUs by name, manufacturer, or device type
- ✓Compare mode — select multiple GPUs and view specs side by side
- ✓Sortable — order by performance, name, release year, or price
- ✓VRAM size display — shows video memory for every GPU, helping you identify which cards can handle your target resolution and texture quality settings
- ✓Performance-per-dollar analysis — compare Time Spy scores relative to MSRP to find the best value GPU in your budget range
- ✓Ray tracing capability indicator — shows which GPUs support hardware-accelerated ray tracing for realistic lighting in modern games
- ✓DLSS/FSR/XeSS upscaling support — flags which GPUs support AI-powered upscaling technologies for higher frame rates at high resolutions
How to Use
- 1Browse the full GPU list sorted by Time Spy score by default
- 2Use the search bar to find a specific GPU by name or keyword
- 3Click filter chips to narrow by manufacturer (NVIDIA, AMD, Intel) or device type (Desktop, Mobile, Integrated)
- 4Toggle 'Compare mode' and select GPUs to view a side-by-side spec comparison
- 5Click any GPU row to expand full specifications
- 6Sort by VRAM size to find GPUs that can handle 4K textures or VR workloads — 8GB is minimum for 1440p gaming, 12GB+ recommended for 4K
- 7Use the manufacturer filter to compare within your preferred brand, then use compare mode to evaluate specific models against each other
- 8Check the MSRP column alongside Time Spy scores to calculate price-to-performance ratio — this helps identify the best value GPU in any price bracket
Frequently Asked Questions
How are the Time Spy scores obtained?
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Time Spy scores are sourced from 3dmark.com, representing DirectX 12 gaming performance at 1440p resolution. Scores are average results from multiple reviews and user submissions. Actual performance varies by game, resolution, driver version, and system configuration.
Are mobile GPUs compared directly with desktop GPUs?
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Mobile GPU scores reflect their actual laptop performance at typical TDP settings, not a direct desktop-to-laptop comparison. A mobile RTX 4090 is significantly less powerful than a desktop RTX 4090 due to power and thermal constraints, and this is reflected in the relative scores.
How accurate are the specifications?
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Specifications are sourced from official manufacturer data and reputable hardware databases. Clock speeds, TDP, and MSRP may vary by specific AIB model (ASUS, MSI, Gigabyte, etc.). The data represents reference/FE specifications where applicable.
Why isn't my GPU on the list?
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We cover the most popular consumer GPUs from the past decade. If your GPU isn't listed, it may be an older generation, a workstation/professional GPU (Quadro, RTX A-series), or a less common OEM model. Check the 'Device Info' tool to identify your exact GPU model.
What do 'Desktop', 'Mobile', and 'Integrated' mean?
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'Desktop' GPUs are discrete graphics cards for desktop PCs. 'Mobile' GPUs are discrete laptop graphics chips with power and size constraints. 'Integrated' GPUs are built into the CPU/SoC and share system memory.
How much VRAM do I need for gaming?
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VRAM requirements depend on resolution and texture settings: 1080p gaming — 6-8GB is sufficient for most titles. 1440p gaming — 8-12GB recommended, especially for modern titles with high-resolution texture packs. 4K gaming — 12-16GB recommended, as 4K textures and ray tracing consume significant VRAM. For VR gaming — 8GB minimum, 12GB+ recommended for demanding VR titles. For content creation (video editing, 3D rendering) — 12GB+ recommended. The tool displays VRAM size for each GPU so you can filter by your minimum requirement.
What is the difference between ray tracing and rasterization?
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Rasterization is the traditional rendering method that converts 3D objects to 2D pixels using mathematical projections — it's fast but produces less realistic lighting. Ray tracing simulates the physical behavior of light by tracing rays from the camera through each pixel, calculating reflections, refractions, and shadows accurately — producing more realistic but computationally expensive images. NVIDIA RTX (20/30/40/50 series), AMD Radeon RX 6000/7000/9000, and Intel Arc GPUs support hardware-accelerated ray tracing. The tool indicates which GPUs support ray tracing for gamers who want this feature.
What is GPU upscaling (DLSS, FSR, XeSS) and why does it matter?
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Upscaling technologies render games at a lower internal resolution and use AI/algorithmic upscaling to reconstruct a higher-resolution image, significantly boosting frame rates while maintaining visual quality. NVIDIA DLSS uses dedicated AI tensor cores for the best image quality. AMD FSR works across all GPUs (including NVIDIA and Intel) with good quality. Intel XeSS uses Xe Vector eXtensions for efficient upscaling. These technologies are essential for ray-traced gaming at high resolutions, often doubling frame rates with minimal visual loss. The tool flags which GPUs support which upscaling technologies.
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