GPU comparison · 1080p benchmark
RX 7700 XT 12GB recorded 258 FPS against 136 FPS for RTX 2060 12GB. These are continuous 1080p benchmark averages, not predicted FPS in any particular game.
RTX 2060 12GB
136Benchmark FPS at 1080p- Our rating
- 54.2 / 100
- Graphics memory
- 12GB
- Released
- December 2021
- GPUsed cards tested
- 10
RX 7700 XT 12GB
258Benchmark FPS at 1080p- Our rating
- 67.8 / 100
- Graphics memory
- 12GB
- Released
- September 2023
- GPUsed cards tested
- 14
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What does this comparison mean?
The RX 7700 XT leads the RTX 2060 12GB by a substantial margin while retaining 12GB of memory. The gain comes from a different GPU configuration and architecture, not simply a larger memory figure.
Both variants have 12GB of graphics memory. Memory capacity, board dimensions, power connectors and the price of a particular used card are separate from this benchmark. Compare the exact item before deciding whether to upgrade.
The two GPUs in context
RTX 2060 12GB
This is the later 12GB GDDR6 RTX 2060, retaining Turing architecture. MSI documented a December 2021 release for its 12GB board.
RX 7700 XT 12GB
The RX 7700 XT is a 12GB GDDR6 RDNA 3 model, released in September 2023 alongside the 16GB RX 7800 XT.
Release and feature sources: RTX 2060 12GB source · RX 7700 XT 12GB source.
How the figures are compared
Both FPS figures come from the owner-supplied GPUsed benchmark dataset. GPUsed reports a continuous FurMark run at 1080p for its physical-card checks. The percentage compares the higher model average with the lower one using the original FPS values. Our rating uses a compressed scale, with the fastest GPU at 100; it is separate from the percentage difference. A benchmark result does not predict gaming FPS.
GPUsed reports its physical-card checks typically last 30 to 60 minutes while temperature and stability are checked. The owner supplied the model-level FPS workbook on 2 October 2026; this benchmark dataset was last reconciled 3 October 2026. Historical cards tested are separate from the number of FPS runs behind a model average. Full benchmark method.