This comprehensive desktop graphics card hierarchy table ranks GPUs across generations based on relative gaming benchmarks, rasterization performance, and compute throughput. Row indices reflect performance tiers, starting with the highest tier (Rank 1) at the top of the table down to legacy models.
To facilitate comparison, NVIDIA models are listed on the left side of the performance rank spine, while AMD Radeon and Intel Arc models are listed on the right. Use the Customize Columns tool to toggle specific GPU families on or off, reducing horizontal scroll width and focusing on the generations you wish to compare.
Our GPU gaming benchmarks combine average framerates across major gaming resolutions (1080p, 1440p, and 4K) in modern titles utilizing DirectX 12 and Vulkan. Ray tracing performance is also factored into the overall tier placement, ensuring a balanced look at both raw rasterization power and advanced rendering technologies.
Click on any graphics card cell in the table above to view its detailed technical specifications, including core codename, stream processors, base clock frequency, VRAM capacity, bus width, memory speed, and max TDP power consumption.
Cards are ranked based on aggregated performance datasets from extensive real-world gaming benchmarks and synthetic compute workloads. The list groups cards into horizontal performance tiers, where cards in the same row perform similarly in real-world gameplay.
NVIDIA GeForce GPUs lead in ray tracing performance, AI workloads, and DLSS upscale technology. AMD Radeon offers superior rasterization value and larger VRAM capacities at mid-to-high tiers. Intel Arc represents budget-oriented desktop options with strong hardware encoding capabilities.
VRAM (Video RAM) holds textures and frame buffers. Higher resolution gaming (like 1440p and 4K) requires larger capacity (12GB+ recommended). Bus width (measured in bits) defines the highway width for data transferring between the GPU core and VRAM, impacting total memory bandwidth.
Thermal Design Power (TDP) indicates the maximum amount of heat the graphics card's cooling system is designed to dissipate under typical workloads. It also serves as a reliable indicator of the power draw, helping you choose the correct power supply unit (PSU).
Disclaimer: The benchmark and specification data provided on this page is for reference only. Please compare results based on your specific configuration and actual use cases. Unauthorized reproduction or hotlinking of this dataset is strictly prohibited.