GPU Comparison Chart

Where today's graphics cards sit, and which resolution each one is built for. A starting point — check full benchmarks before you buy.

Graphics cardVRAMBest forClass
RTX 50608GB1080p highEntry
RX 9060 XT 8GB8GB1080p high–ultraEntry
RX 9060 XT 16GB16GB1080p ultra · light 1440pEntry+
RTX 5060 Ti 16GB16GB1080p ultra · light 1440pEntry+
RTX 507012GB1440p highMid
RX 907016GB1440p high–ultraMid
RX 9070 XT16GB1440p ultra · light 4KUpper mid
RTX 5070 Ti16GB1440p ultra · light 4KUpper mid
RTX 508016GB4K high · high-refresh 1440pHigh end
RTX 509032GB4K ultraFlagship

Sorted roughly from slowest to fastest in normal (non ray-traced) gaming. Cards in the same class trade wins depending on the game.

How to read this

8GB vs 16GB VRAM: 8GB cards are fine for 1080p, but some newer games already need lower texture settings to run smoothly on 8GB. If you plan to keep the card for years or move to 1440p, the 16GB version is worth the extra.

NVIDIA vs AMD: NVIDIA is usually ahead in ray tracing and has DLSS. AMD often gives more raw performance and VRAM per dirham and has FSR. Both are great — pick on price and the games you play.

Full benchmark data

For tested FPS numbers across dozens of cards, including older generations and ray tracing results, use Tom's Hardware's GPU Benchmarks Hierarchy. It's one of the most complete public comparisons and is updated as new cards launch.

Comparing two specific cards? Search YouTube for "card A vs card B benchmarks" — for example "RX 9070 XT vs RTX 5070 Ti benchmarks" — to see them side by side in real games.

Want to see it in our builds?

Every ByteNova build lists real FPS results from our own testing.