AMD RX 9050 vs RTX 5050: Benchmarks Show Up to 30% Performance Gap
Early benchmark results for AMD’s Radeon RX 9050 suggest the company’s latest entry-level RDNA 4 graphics card faces an uphill battle against NVIDIA’s GeForce RTX 5050. Across a range of gaming workloads, the RX 9050 trails its direct competitor by roughly 20–30%, despite carrying a launch price that is less than 10% lower.
Because both cards feature 8GB of VRAM and target the same entry-level gaming market, the comparison provides a useful indication of performance-per-dollar for budget-conscious PC builders. While neither GPU has been widely praised for exceptional value, the current benchmark data suggests NVIDIA maintains a measurable advantage in raw gaming performance.
🎮 Benchmark Results Favor the RTX 5050 #
The comparison originates from testing conducted by Japanese technology publication Hermitage Akihabara (Hermita).
Testing focused on the 8GB version of the Radeon RX 9050 and compared it directly with the 8GB GeForce RTX 5050, creating a relatively balanced hardware matchup.
The RX 9050 currently represents AMD’s lowest-tier desktop GPU based on the RDNA 4 architecture. Although AMD also offers a 4GB variant, that model was excluded from testing because its lower memory capacity would make direct comparisons less representative.
For users planning a new budget gaming system or upgrading older hardware, these benchmarks provide an early indication of where AMD’s newest entry-level GPU stands in the current market.
📊 Gaming Performance Trails by 20–30% #
Across most gaming benchmarks, the RX 9050 consistently falls behind the RTX 5050.
Reported results include:
| Game | RX 9050 Performance Deficit |
|---|---|
| Final Fantasy XIV: Dawntrail | 23–27% slower |
| Apex Legends | 26–30% slower |
| Rainbow Six Siege X | Approximately 20% slower |
While the exact performance gap varies by title, the overall trend remains consistent across multiple workloads.
Graphics Settings Influence the Gap #
Testing also showed that graphics quality settings affect the relative difference between the two GPUs.
Under Medium settings, the RTX 5050 generally extends its performance lead.
When switching to Ultra settings, the gap narrows slightly, although the NVIDIA card continues to outperform AMD’s offering.
For competitive multiplayer games that prioritize higher frame rates using Medium settings, users are therefore likely to notice a larger real-world performance difference.
Players focused primarily on visually intensive AAA titles at higher quality presets may experience a somewhat smaller gap, though the RTX 5050 still maintains the advantage overall.
⚙️ Synthetic Benchmarks Show Similar Trends #
The benchmark results extend beyond gaming workloads.
In multiple 3DMark tests—including:
- Speed Way
- Port Royal
- Steel Nomad
- Fire Strike
the RX 9050 also trails the RTX 5050 by noticeable margins.
The only benchmark where AMD approaches NVIDIA’s performance is Time Spy, which primarily evaluates traditional DirectX 12 rasterization performance.
Ray Tracing Widens NVIDIA’s Lead #
The disparity becomes particularly apparent in workloads emphasizing modern graphics technologies.
Benchmarks such as Speed Way and Port Royal, which place greater emphasis on ray tracing and advanced rendering techniques, favor the RTX 5050 significantly.
By contrast, Time Spy’s focus on conventional rasterization narrows the difference, suggesting the RX 9050 remains relatively more competitive in traditional rendering workloads than in ray-traced applications.
🚀 Frame Generation Comparisons Were Excluded #
The published comparison intentionally omits testing involving AMD’s FSR 4.1 Frame Generation and NVIDIA’s DLSS 4 Multi Frame Generation.
This decision focuses the comparison on baseline GPU performance rather than vendor-specific software ecosystems.
Because these technologies rely on proprietary AI acceleration and image reconstruction techniques, including them would measure the capabilities of each company’s software stack in addition to raw graphics hardware.
Excluding frame generation provides a clearer view of the underlying rasterization and rendering performance of each GPU.
💰 Value Proposition Remains Challenging #
The Radeon RX 9050 launches with an official MSRP of $279, while the GeForce RTX 5050 currently sells for approximately $300.
Although the RX 9050 is less expensive, the price difference amounts to under 10%, whereas benchmark results indicate a performance deficit closer to 20–30%.
This creates an unfavorable performance-per-dollar comparison.
Ironically, the RTX 5050 itself has received criticism for offering limited value relative to higher-tier graphics cards. However, when compared directly against the RX 9050, NVIDIA’s entry-level model appears to provide the stronger overall proposition.
For buyers working within tight budgets, relatively small price differences often become secondary if one product delivers substantially better gaming performance.
🔍 Market Outlook #
The Radeon RX 9050 currently occupies the entry point of AMD’s RX 9000 series, but early benchmark data suggests it struggles to establish a compelling position against its closest NVIDIA competitor.
Unless retail pricing declines or future driver updates deliver meaningful performance improvements, the RX 9050 may prove difficult to recommend for buyers seeking maximum gaming performance within a limited budget.
While final purchasing decisions should also consider regional pricing, game preferences, and software features, the current benchmark results indicate that the RTX 5050 offers a more balanced combination of performance and price. For now, AMD’s newest entry-level GPU appears positioned as an alternative primarily for buyers who can obtain it at a significantly lower street price than its official MSRP.