FSR
AMD's open super-sampling technology. Earlier versions are based on conventional spatial or temporal algorithms, requiring no neural network, and can run on any GPU. It serves as a cross-platform alternative to DLSS.
Timeline (last 90 days)
AMD has consistently emphasized FSR's openness and cross-platform nature, differentiating it in competition with NVIDIA's DLSS.
Early versions of FSR could even run on competing graphics cards and have already been adapted to console platforms.
AMD's FSR 1.x/2.x is based entirely on traditional spatial or temporal algorithms, does not rely on neural networks, and can run on any GPU.
AI super-sampling technology renders images at a lower resolution and then uses a neural network to upscale them to a higher-resolution output; NVIDIA's DLSS, AMD's FSR, Intel's XeSS, and Apple's MetalFX all belong to this category.
All Facts (6)
AMD早期FSR版本采用开源的传统算法方案，甚至NVIDIA显卡也能使用
90%UnverifiedAMD的FSR和Intel的XeSS由于缺乏专用硬件加速单元，在帧生成等计算密集型功能上与NVIDIA存在明显性能差距
70%UnverifiedAMD has consistently emphasized FSR's openness and cross-platform nature, differentiating it in competition with NVIDIA's DLSS.
50%UnverifiedEarly versions of FSR could even run on competing graphics cards and have already been adapted to console platforms.
50%UnverifiedAMD's FSR 1.x/2.x is based entirely on traditional spatial or temporal algorithms, does not rely on neural networks, and can run on any GPU.
50%UnverifiedAI super-sampling technology renders images at a lower resolution and then uses a neural network to upscale them to a higher-resolution output; NVIDIA's DLSS, AMD's FSR, Intel's XeSS, and Apple's MetalFX all belong to this category.
50%