Comparison of AMD fsr 4 vs Nvidia dlss 4 at 4k resolution
AMD FSR 4 challenges Nvidia DLSS 4 at 4K with improved image quality.

The article, authored by Tim Schiesser, provides an extensive comparison of AMD FSR 4 and Nvidia DLSS 4 during 4K gaming. It starts by detailing how AMD's FidelityFX Super Resolution (FSR) 4, the latest iteration of AMD's image upscaling technology, brings significant improvements over its predecessor, FSR 3.1. It highlights how FSR 4 has been optimized at 4K, enhancing the sharpness, clarity, and output quality, especially in high-resolution settings where more data helps improve the algorithm's performance.
FSR 4 builds on its predecessor, delivering a notable leap in visual quality. The latest version brings finer details, more stable images, and significantly reduced artifacts, particularly notable in elements like hair and transparent textures. An analysis using a Radeon RX 9070 XT shows FSR 4 significantly enhances image quality compared to FSR 3.1, especially in Quality mode.
Despite these improvements, FSR 4 still slightly lags behind Nvidia DLSS 4 in texture quality and consistency, with DLSS 4 preserving textures better and showing minor advantages at 4K. Nvidia's technology uses AI-driven image enhancement and maintains a marginal edge over AMD's offering in detail retention and stability.
The comparison further discusses how DLSS 3 and DLSS 4 handle intricate textures and image stability differently, with DLSS 4 presenting slightly better foliage rendering and performance in intricate scenarios like third-person gaming and mesh patterns. However, FSR 4 shows remarkable performance leaps over DLSS 3, suggesting that it is very competitive at 4K, matching or even exceeding DLSS 3 in some aspects.
While the improvements of FSR 4 are well-received, AMD faces challenges in expanding its game support compared to Nvidia's broader DLSS reach. The need for AMD to accelerate FSR 4 implementation is emphasized, as current limited game support could impact its competitive edge in the market.
Sources: TechSpot, Hardware Unboxed