Best Settings for RTX 3080 and 3080 Ti In The Last of Us 2 Remastered PC

Here are the best settings to use for your Nvidia RTX 3080 and 3080 Ti in The Last of Us 2 Remastered PC Game.

best settings for the rtx 3080 and rtx 3080 ti in the last of us part 2 remastered — Last of Us Part 2 remastered on RTX 3080 and RTX 3080 Ti (Image via Naughty Dog | Deltia’s Gaming)

Nvidia’s high-end Ampere GPUs from 2020, the RTX 3080 and 3080 Ti, remain some of the most capable GPUs ever created. However, the workload mentioned here, The Last of Us Part 2 Remastered, is no ordinary game; it can get very demanding with the higher presets, as it uses newer rasterization techniques.

While it’s unfortunate for gamers to pair 4K displays with these GPUs, they need to realize that their GPUs are limited by VRAM, which is typically 10-12GB, considering both iterations of the 3080.

For this reason, we suggest 1440p as the sweet spot. Below are the settings that we mentioned that will keep a balance with the visuals and deliver consistent performance.

Note: You can fine-tune these to your liking. Additionally, the settings used here will be fine if you choose 4K with the performance mode with DLSS 4; by default, the game uses DLSS 3.7.

CPU Requirements for The Last of Us Part 2 Remastered PC

The Last of Us Part 2 recommended settings — Recommended Settings by Developers (Image via Naughty Dog | Deltia’s Gaming)

The RTX 3080 and 3080 Ti are extremely capable of rasterization, making them quite fast for this game. The only drawback is their VRAM, which can cause them to struggle at Ultra texture settings in asset-heavy scenes.

Dropping the texture fixes this. However, as for other effects, it can create issues for the game. Gamers using these cards are likely on an Intel 10900K from the past or a Ryzen 7 5800X / X3D. We believe those CPUs, 10900K and 5800X / 3D, are perfect, or newer ones such as Core i5 13500 / Ryzen 7500F 7600 are also great.

Despite the minimum requirements set by the developers, the game is intensive in many areas, which results in higher draw calls. Failing to keep up will result in wasted GPU performance, micro stutters, and increased input delays. Also, remember that if VRAM exceeds 10–11GB, the game may start swapping to system RAM, causing 0.1% frame dips and stuttering, and is likely to crash.