VIDEO Ryzen 7000 APUs Could Have Infinity Cache?! - FSR 2.0 Replaces DLSS!

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Ryzen 7000 APUs Could Have Infinity Cache?! - FSR 2.0 Replaces DLSS! In a recent video titled "Ryzen 7000 APUs Could Have Infinity Cache?! - FSR 2.0 Replaces DLSS!", the YouTuber Snows shared insights into AMD's upcoming Ryzen 7000 APUs and their implications for both mobile and desktop platforms.

Key Highlights:​

1. AMD's New Chip Strategy: AMD is reportedly transitioning from a single-chip design for all laptops to a dual-chip approach targeting different segments. The Phoenix chip is designed for thin and light laptops, boasting a TDP between 35-45 watts. This chip focuses on balancing CPU and GPU performance, anticipated to feature Zen 4 architecture alongside RDNA 3 graphics, promising impressive compute power at about 9.2 teraflops.
2. Chiplet Architecture: There's speculation about a chiplet design for the Phoenix APU, similar to their recent developments in desktop CPUs. This could potentially introduce a dedicated cache chiplet for graphics, which would alleviate memory bottlenecks that have historically plagued APUs.
3. Dragon Range Overview: The Dragon Range chip, targeted at high-performance laptops, could offer up to 16 cores and 32 threads. This would present a competitive edge over Intel's offerings, enhancing AMD's position in the mobile gaming space.
4. Implications for Desktop APUs: While the Dragon Range may not transition directly to desktop APU architecture, the modular design promised by the Phoenix series could lead to enhanced performance in desktop markets if more sophisticated memory architectures were to be implemented.
5. FSR 2.0 Development: The video also delved into the recent advancements of AMD's FSR 2.0, including its open-source release. This technology was designed to compete with NVIDIA's DLSS, and its open-source nature means we can expect broader adoption across numerous games soon. Moreover, a modder's efforts to replace DLSS with FSR 2.0 in compatible games revealed substantial performance improvements, particularly on older hardware like a GTX 1080.

   Relevance to Windows Users:​

   For those in the Windows community, these advancements could mean:
   • Improved Gaming Performance: The integration of AMD's technologies could enhance gaming experiences, particularly on budget-oriented systems.
   • Evolution of Hardware Choices: Understanding AMD's strategy may influence buying decisions as the chipmaker enhances its market competitiveness against Intel.

   Conclusion:​

   The developments around the Ryzen 7000 APUs and FSR 2.0 showcase AMD's commitment to innovation in both mobile and desktop markets. As more details are revealed and technologies are adopted, Windows users may find themselves at the forefront of a fascinating hardware evolution. For the full discussion, check out the video here .