Early testing indicates the AMD Radeon RX 9050 is roughly 30% slower than the NVIDIA RTX 5050 in gaming benchmarks [1].
This performance gap highlights a struggle for AMD to compete in the budget GPU sector, where efficiency often trades off against raw speed. While the RX 9050 remains viable for entry-level users, the disparity suggests a significant advantage for NVIDIA's current hardware architecture.
Data shows the RX 9050 is about 31% slower on average when running at 1080p resolution [1]. The performance gap widens significantly at higher resolutions, with the card performing about 42% slower at 4K [1].
Tom's Hardware said, "The RX 9050 is slower than the RTX 5050 in every conceivable way except when the latter is constrained in some way."
Despite the speed deficit, the Radeon RX 9050 consumes less power than the RTX 5050. The eight GB RDNA 4 GPU is designed as a budget-friendly option that comfortably handles 1080p gaming, even if it does not deliver top-tier performance.
Technical analysis suggests the gap is partly due to software implementation. Tweaktown said the NVIDIA graphics card got access to four x or six x MFG upscaling factors, whereas the AMD GPU utilized standard FSR [3]. This difference in upscaling capability allows the RTX 5050 to maintain higher frame rates in specific titles.
AMD has not provided a detailed response to these specific benchmark results. The RX 9050 enters a market where consumers increasingly prioritize upscaling technology to achieve playable frame rates in modern titles.
“The RX 9050 is roughly 30% slower than the RTX 5050 in games.”
The performance disparity underscores the growing importance of proprietary upscaling technologies in the GPU market. While AMD's RDNA 4 architecture focuses on power efficiency, NVIDIA's ability to leverage higher upscaling factors gives it a perceived performance lead that raw hardware specs may not fully explain. For budget gamers, the choice now rests between lower energy costs and higher frame rates.
