When the RTX 4090 hit the market in October 2022, it was immediately branded a "4K beast". For the first time, native 4K gaming at high refresh rates became a reality for even the most demanding titles. However, the card's defining characteristic was how it handled the industry's most grueling workloads, such as path-traced lighting, by leveraging artificial intelligence. DLSS 3: Frames from Thin Air
In titles like Cyberpunk 2077 , enabling DLSS 3 could boost frame rates by up to 4x compared to native rendering.
A revolutionary aspect of DLSS 3 was its ability to improve performance in CPU-limited games. In Marvel's Spider-Man Remastered , where the CPU often limits how fast a traditional GPU can work, DLSS 3 could effectively double the visible frame rate. The Visual Experience: "It Looks Like This" When the RTX 4090 hit the market in
In late 2022, the PC gaming world witnessed a paradigm shift with the launch of the . While its raw hardware specs—76 billion transistors and 24GB of G6X memory—were staggering, the real "magic" that defined this era was the debut of NVIDIA DLSS 3 . The Arrival of the "Quantum Leap"
The cornerstone of the 40-series experience was (DLSS 3). Unlike previous versions that simply upscaled existing pixels, DLSS 3 used AI to generate entirely new frames between those rendered by the GPU. DLSS 3: Frames from Thin Air In titles
Games that struggled to maintain 60 FPS suddenly leaped to 120 or 144 FPS , matching the capabilities of high-end gaming monitors.
While critics initially worried about "fake frames" and increased latency, technologies like NVIDIA Reflex worked behind the scenes to keep the experience responsive. To the average eye, the AI-generated frames were nearly indistinguishable from rendered ones during active gameplay. Legacy and Evolution The Visual Experience: "It Looks Like This" In
In action, the RTX 4090 under DLSS 3 delivered a level of fluidity that previously seemed impossible.