Distance and Screen Size: Higher resolutions are notable when sitting closer to larger displays. However, individual pixels are often indistinguishable on smaller screens (like 27-32 inches) at typical desk distances (about 2 ft).
Ultrawide Monitors: Gaming beyond 4K, such as with ultrawide displays, can enhance field of view and immersion, though it involves managing extra horizontal pixels.
TV Gaming: For couch gaming, the logic of resolution versus distance holds; pixel distinction on large TVs (e.g., 65-inch 4K) is impractical beyond certain distances (about 4 ft).
4K vs. 8K: Differences between 4K and 8K are negligible for most setups unless sitting exceedingly close to very large displays.
Upscaling Technologies: Technologies like DLSS and FSR enable upscaling from lower resolutions, potentially offering better image quality in certain games at higher settings (e.g., 8K DLSS).
Visual Quality: Increasing resolution does not equate to better visual quality. Emphasis should be placed on utilizing GPU power for better texture quality and shadow detail rather than just resolution.
Frame Rate Importance: High frame rates and consistent frame times are crucial for smooth gaming experiences, often more so than higher resolutions.
Anti-Aliasing Options: Multi-Sample Anti-Aliasing (MSAA) can enhance visual edge clarity without the heavy computational load of full high-resolution rendering.
Graphics Card Performance: Consider benchmarks for your graphics card when selecting display resolutions. Even high-end GPUs like RTX 4090 may struggle with native 8K.
Cost vs. Benefit: Avoid rushing to upgrade hardware for native 8K gaming due to minimal visual benefits for most users.
FOMO: Do not succumb to "Fear Of Missing Out" on higher resolutions when other visual enhancements can offer a more noticeable impact.