open_in_newOriginal article
What is Frame Generation? The GPU technology explained in 2025?

What is Frame Generation? The GPU technology explained in 2025?

  • 17.03.2025 10:01
  • techradar.com
  • Keywords: AMD, Nvidia

Frame Generation is an AI-powered GPU technology that boosts gaming performance by generating additional frames, enhancing framerates. AMD and Nvidia offer different implementations—FSR for AMD and DLSS/DLSS 4 for Nvidia—with varying benefits and limitations. While it improves gameplay, it introduces minor latency and visual artifacts compared to native rendering.

Nvidia NewsCPTsentiment_satisfiedNVDAsentiment_satisfied

Estimated market influence

AMD

AMD

Positivesentiment_satisfied
Analyst rating: Buy

AMD introduced Frame Generation technology with Fluid Motion Frames (AFMF) and later advanced it through FSR versions, enhancing performance and image quality.

Nvidia

Nvidia

Positivesentiment_satisfied
Analyst rating: Strong buy

Nvidia developed DLSS and its evolution into DLSS 4 with Multi-Frame Generation, significantly boosting frame rates and introducing features like AI upscaling and anti-lag.

Context

Analysis of Frame Generation Technology in GPUs (2025)

Overview

  • Frame Generation is an AI-driven technology that enhances gaming performance by generating additional frames, improving framerates without relying solely on native rendering.

AMD's FSR (FidelityFX Super Resolution)

  • FSR 3: Launched September 2023, supports RX 5000 series and above. Uses advanced upscaling for significant performance gains.
  • FSR 4: Released in 2025, exclusive to RX 9000 series (e.g., RX 9070 XT). Features AI-powered Frame Generation with anti-lag capabilities.

Nvidia's DLSS (Deep Learning Super Sampling)

  • DLSS 3: Launched October 2022 with RTX 40 series. Introduced Frame Generation, utilizing fourth-generation Tensor Cores for up to 4x native performance.
  • DLSS 4: Released January 30, 2025, exclusive to RTX 50 series. Supports Multi-Frame Generation (MFG), generating up to three frames per native frame.

Market Impact

  • Game Support: DLSS has over 150 supported games, while FSR supports over 75.
  • Performance Uplift: Both technologies offer substantial performance improvements, with DLSS 4 achieving 4x native framerates and FSR 4 offering superior image quality.

Competitive Dynamics

  • Technology Adoption: DLSS leads in game support, enhancing Nvidia's market position. AMD's open-source approach attracts a different segment.
  • Innovation Pace: Both companies release updates to maintain relevance, with DLSS 4 following FSR 4's lead.

Business Insights

  • GPU Sales: Higher demand for latest GPUs (RX 9000 and RTX 50 series) driven by advanced AI capabilities.
  • Ecosystem Influence: Developer support for Frame Generation technologies will shape the gaming ecosystem, impacting consumer preferences.

Long-Term Effects

  • Technological Advancements: Future GPUs may integrate refined AI processing, enhancing gaming experiences.
  • Regulatory Considerations: Potential impacts on performance metrics and consumer expectations as AI in hardware evolves.

Conclusion

Frame Generation is pivotal for high-performance gaming, with AMD's FSR and Nvidia's DLSS leading the market. While both technologies address similar needs, their approaches and adoption rates influence competitive dynamics and business strategies in the GPU industry.