How Much RAM Is Needed for Gaming in 2026 Full Benchmark Analysis

Modern gaming memory demands shift as faster NVMe storage and CPUs reduce reliance on high capacity RAM for stability.

Hardware by Godrics01 on Apr 18, 2026

The performance of modern gaming is affected by the efficiency of interactions between system memory and VRAM, as well as by storage at various workload levels. Faster NVMe drives and better CPUs allow systems to run with less RAM than previously.

This affects the performance of different RAM capacities in the gaming environment, including with background programs and high-resolution gameplay.

How Much RAM Is Needed for Gaming, in 2026, Full Benchmark Analysis, NoobFeed

Test Set up and Test Configurations

We have tested 8GB, 16GB, 32GB, 48GB, and 64GB RAMs in gaming-only and gaming background app conditions. The background apps consisted of 11 browser tabs and Discord. The configurations were as follows: 8GB had 1x8GB, 16GB had 2x8GB, 32GB had 2x16GB, 48GB had 2x24GB, and 64GB had 4x16GB. Kits were tested at the same speeds and times: 6000 MT/s with 36-36-36-36, with manually adjusted subtimings to prevent performance variations.

System Behavior with Low Memory

In the event of VRAM exhaustion, the system will rely on RAM to supplement it. Storage is used when RAM is unavailable. This fallback is faster than older HDD-based systems with NVMe drives, particularly with PCIe 4 and beyond. As a result, 8GB systems can still run some modern games with decent results, though not always.

Gaming Performance Results

At 8GB, the average frame rate was almost the same as when the levels were turned up. However, 1% lows stayed the same, especially when background apps were running. Setting up above 8GB didn't cause any issues.

Counter-Strike 2

Four RAM sticks exhibited somewhat high averages and 1% lows that improved in the game. Otherwise,16G B,32G B,48GB, and 64GB were almost identical. Even 8GB provided a playable experience, particularly at 1440p with less CPU and RAM effects due to GPU constraints.

Battlefield 6

This engine requires a lot of CPU and RAM. At 8GB, stutters were noticed, and the 1% lows decreased to about 70 fps and more to 34 fps with background applications. Higher resolutions, such as 4K, brought performance distinctions closer together due to GPU limitations.

Crimson Desert

8GB worked well and had little stuttering. Higher sizes didn't make a big difference, and in repetitions, even 64 GB had slightly worse results than 32 GB and 48 GB. Due to GPU bottlenecks, all combos ran the same at 4K.

Death Stranding 2

The game was not released with 8GB. Above 16 GB, there was no performance difference between them, even at 4K.

Need for Speed Unbound

8GB had stutters when loading new areas.16GB reduced the problem, and 32 GB and higher removed it. VRAM limits caused 4K with background applications,8GB, and 16 GB to crash, respectively. In this case,32GB was required for stable performance.

PUBG

Each configuration provided consistent results. The game was easily viewable on even an 8GB, in both 1440p and 4K.

Resident Evil Requiem

This game was very demanding in VRAM and bandwidth. The lows of 1% were not constant across configurations, particularly on 8GB. Increasing RAM was not a complete solution to the performance problem due to the GPUs' limitations.

Romeo Is a Dead Man

8GB performed well and had minimal differences with the bigger capacities. Findings were consistent at 4K.

Spider-Man 2

The game was released without 8GB. With 16 GB and beyond, there were no performance issues in any situation, including with background apps. At 4K, all configurations were equally limited by the GPU.

The Last of Us Part Two

Like other titles, the game did not run on 8GB. For 16GB and higher, there was no significant difference in performance between capacities.

How Much RAM Is Needed for Gaming, in 2026, Full Benchmark Analysis, NoobFeed

Overall Performance Comparison

In all the games tested, 8GB performed well in certain situations but did not start or remain stable in others. 16GB performed well in most situations without significant problems, and 32GB and higher performed similarly, with a few changes in averages and 1 percent lows. When frequency and timings were equal, capacity did not have a significant effect on performance.

Final Thoughts

Assuming budget constraints, 32GB offers stable performance and greater stability during long sessions. On a limited budget, 16GB should be enough to meet most gaming needs, provided you have a good CPU and NVMe storage. Although 8GB may work in some situations, it is not safe for the latest games.

Increasing RAM does not diminish performance. The increased capacity can apply to other workloads, such as multitasking and memory-intensive applications.

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