AI data centers are buying up nearly all global memory production for 2026, causing RAM prices to reach up to four times their 2025 levels. Both DDR5 and DDR4 are affected, with no relief in sight for regular consumers.
Previous testing showed that 8 GB is insufficient for modern games, 16 GB works for most titles with minor compromises, 32 GB is nearly ideal, and 64 GB offers only marginal benefits in a few games.
The article investigates whether reducing texture, object, vegetation detail, and draw distance settings in games can meaningfully lower RAM usage and improve performance on lower memory configurations.
The testing also measures how background applications like a browser with open tabs further stress already limited RAM and degrade gaming performance.
Reducing in-game settings such as texture quality, object detail, vegetation density, and draw distance (LoD) can meaningfully decrease RAM consumption, allowing 16 GiB systems to perform closer to 32 GiB configurations.
Active background load, such as a browser with multiple open tabs, can significantly degrade gaming performance on systems with limited RAM. Closing unnecessary applications frees memory and reduces frametime spikes.