Experience Smooth Output with Lossless Scaling Adaptive Frame Generation on Mid-Range Ryzen 5 3600 and RTX 4060

Exploring Lossless Scaling’s Adaptive Frame Generation

Lossless Scaling’s recently launched adaptive frame generation feature has emerged as a remarkable innovation, proving its capabilities in providing smooth visual output even with low base framerates—an exciting development particularly for users with mid-range gaming setups.

Insights from the Digital Foundry Podcast

In their latest podcast episode, the technology specialists at Digital Foundry examined this new feature, introduced earlier this month. Their demonstration highlighted the performance of this technology on a mid-range configuration, specifically a system powered by a Ryzen 5 3600 CPU and an NVIDIA RTX 4060 GPU. They reported the achievement of a consistent 120 FPS output at high settings and ray tracing—remarkably at 1440p in Control and even at native 4K in Starfield.

Performance Challenges and Considerations

Despite these impressive results, the utilization of Lossless Scaling does come with challenges. Users may experience visual artifacts and increased latency due to the low base framerates, issues that are only somewhat mitigated by technologies such as NVIDIA Reflex. Nevertheless, the potential showcased by this new feature reflects a notable proof of concept, particularly as it operates independently of specific hardware requirements.

The Competitive Landscape of Upscaling Technologies

While Lossless Scaling presents a substantial advantage for games that lack support for major vendor upscalers, it’s important to recognize that technologies like DLSS from NVIDIA, FidelityFX Super Resolution (FSR), and Intel’s Xe Super Sampling (XeSS) remain more effective for titles with official support. AMD’s upscaling solution has made significant advances that bring its image quality in line with previous iterations of DLSS. However, DLSS still holds the title of the best upscaler available, primarily due to its adoption of the Transformer model. This new architecture is capable of generating superior image quality even at lower input resolutions compared to the earlier convolutional neural network (CNN) models.

Conclusion

In summary, Lossless Scaling’s adaptive frame generation represents an exciting development for gamers with mid-range setups. While it competes against established upscaling technologies, its independence from stringent hardware requirements positions it as a flexible option in the gaming landscape.

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