As PC hardware keeps pushing forward and modern games demand ever-higher visual fidelity, getting great image quality without sacrificing performance has become tougher than ever—even on capable gaming PCs. DEATH STRANDING 2: ON THE BEACH could have easily been another demanding AAA release that forces constant compromises. Instead, it arrives on PC with the kind of optimization fans were hoping for, building on the strong reputation the first DEATH STRANDING earned thanks to Guerrilla Games’ Decima engine. That same engine has already proven it can deliver impressive visuals with smart performance scaling, and the sequel continues that tradition with help from experienced PC port specialists and Sony’s Nixxes Software.
This guide is meant to help you understand how DEATH STRANDING 2: ON THE BEACH behaves on PC in real-world testing, how its graphics settings affect both performance and image quality, and what that means for choosing optimized settings on your own rig. The goal is simple: help you hit the best balance between smooth gameplay and the cinematic look the game is clearly aiming for.
DEATH STRANDING 2: ON THE BEACH launched on March 19, 2026 for PC on Steam and the Epic Games Store. It’s the direct follow-up to 2019’s DEATH STRANDING, once again putting you in the role of Sam Porter Bridges as you travel across harsh, sprawling landscapes in a post-apocalyptic world, reconnecting isolated communities through the chiral network. On PC, the game doesn’t just “run”—it brings a suite of platform-focused features that make a noticeable difference, including unlocked framerates, ultrawide monitor support, modern temporal upscaling and frame generation options, plus ray-traced reflections and ray-traced ambient occlusion. Notably, this is the first time a Decima-engine title has shipped with those ray tracing features, making this release especially interesting for players who care about cutting-edge rendering.
One of the most encouraging signs for PC players is how scalable the system requirements appear. The game is designed to stretch across a wide range of hardware, from older mainstream systems all the way up to the newest high-end builds. At the lower end, it’s positioned to run at 1080p and 30 FPS with parts like a GTX 1660 and an older entry-level quad-core CPU. Step up to the more common performance targets—such as 1080p at 60 FPS or 1440p at 60 FPS—and the expectations align with GPUs like the RTX 3060 or RTX 3070 and more capable processors. At the top end, players aiming for a native-looking 4K and 60 FPS experience are pointed toward heavyweight GPUs like the RTX 4080 or Radeon RX 9070 XT. Combined with upscaling and frame generation support, that broad range suggests the game is intended to look good and play well on many different PC setups, rather than only catering to the ultra-premium tier.
On the technical side, there are a few things PC players should know before tweaking settings. During initial startup, the game doesn’t clearly announce shader compilation, but CPU monitoring makes it evident that some PSO (shader) compilation is happening during the first load. Clearing the shader cache and relaunching leads to the same CPU spike and a longer load, reinforcing that behavior. The approach here follows a familiar pattern: rather than compiling everything up front, the game continues compiling additional shaders asynchronously during gameplay using spare CPU threads. When your CPU is strong enough, this can help reduce the worst-case shader stutter many PC games still struggle with, but it also means weaker CPUs may feel the impact more.
There are also some unusual performance characteristics worth highlighting. Like several recent big PC releases, the game can put heavy pressure on the PCI-Express connection between the CPU and GPU. Testing showed bandwidth activity reaching around 20 GB/s in transfers between the CPU and GPU. In at least one separate test on an RTX 5070 system, switching from PCIe 4.0 to PCIe 5.0 in BIOS reportedly delivered noticeable double-digit performance gains, which is not something you typically see in most games. It’s a clue that data movement across the bus may be a meaningful factor in performance, depending on your platform and configuration.
Another odd behavior observed during testing: GPU performance can drop during movement even when the scene appears visually unchanged—same geometry, same assets, same effects. That’s not typical for most games and suggests the GPU may be doing more than straightforward rendering in motion, possibly involving dynamic processes like scene management or culling while traversing the environment.
Not everything is flawless visually, either. Even with settings maxed out, some distant objects—such as rocks—can show weak level-of-detail and texture quality, making far-off scenery look more “gamey” than expected compared to the otherwise high-end presentation. It’s unclear whether that’s an engine limitation, an issue specific to this title, or something that can be improved with updates.
Cutscenes have their own quirks. They’re locked to 60 FPS, which means players on high refresh rate monitors won’t see cutscene framerates climb past that cap. The good news is that frame generation technologies from major GPU vendors can still increase perceived smoothness. The not-so-good news is that when DLSS Frame Generation or Multi Frame Generation is enabled, intermittent stutters can appear in cutscenes as noticeable frame-time spikes. Interestingly, FSR Frame Generation reportedly avoids this specific issue, but as of the latest update referenced in the original testing notes, the DLSS-related cutscene stutter had not been fully resolved.
For hands-on graphics settings analysis, the testing setup used a powerful, modern system designed to eliminate CPU bottlenecks and focus on how individual settings impact performance and visuals under GPU-limited conditions. The key specs included an Intel Core i7-14700K, 32GB DDR5-7000 CL34 memory, a PCIe 4.0 NVMe SSD, an NVIDIA GeForce RTX 4090 (24GB), and Windows 11 version 25H2 with all drivers, firmware, BIOS, and OS updates applied. Comparisons were conducted at 1440p in fully GPU-limited scenarios to better isolate the real cost and benefit of the game’s graphical options.
The takeaway so far: DEATH STRANDING 2: ON THE BEACH on PC is ambitious, visually striking, and generally well-optimized, with advanced features like ray-traced reflections and ambient occlusion plus modern upscaling and frame generation support. At the same time, it has a handful of PC-specific quirks—PCIe bandwidth sensitivity, movement-related performance drops, distant LoD issues, and cutscene limitations—that players should be aware of when chasing the smoothest experience possible.If you’re tweaking this game for smoother performance without trashing image quality, it helps to understand how its settings are structured and what actually matters on your specific PC. The game uses an upscaling and anti-aliasing solution called PICO (Progressive Image Compositor), and when it’s set to Native AA, it prioritizes clean edges without relying on upscaling.
One critical reminder before changing a bunch of options: lowering GPU-heavy settings won’t magically improve FPS if the rest of your system can’t keep up. If your CPU, memory, or overall platform is the bottleneck, dropping shadows or reflections may barely move the needle. You’ll want to identify whether you’re limited by GPU or something else before expecting big gains.
The game splits visual options into two main areas: Display Settings and Graphics Settings.
The Display Settings menu covers the classic essentials like display mode, brightness, resolution, VSync, and HDR. It’s also where you’ll find temporal upscaling and frame generation options, which are often the biggest performance levers on modern hardware. Another standout option here is Dynamic Resolution Scaling, designed for players who want to target a specific framerate by letting the game automatically adjust its internal render resolution to hold that FPS goal.
The Graphics Settings menu is where the real image-quality tuning happens. These are the settings that control the rendering fidelity of individual effects such as shadows, reflections, ambient occlusion, clouds, volumetrics, and more. If you want to fine-tune visuals vs performance (instead of using broad presets), this is the menu you’ll live in.
Graphics presets: what to expect before fine-tuning
The preset list runs from Portable (meant for lower-end or mobile-class devices) up to Very High (intended for high-end PCs). One important catch: the presets do not enable the ray tracing options for Ambient Occlusion and Reflections. If you’re testing presets and wondering why ray tracing doesn’t seem to engage, that’s why—you’ll need to enable those manually if you decide to use them.
Upscaling: choosing the right method for your GPU
The Upscale Method setting is your gateway to temporal upscaling tech, which can significantly boost framerate at the cost of some image fidelity. The best choice depends largely on your GPU:
NVIDIA GeForce RTX owners should use DLSS Super Resolution.
NVIDIA pre-RTX and AMD pre-RDNA4 GPUs should use PICO.
AMD RDNA4 GPU owners should use FSR 4+ / ML Upscaling.
Intel Arc owners should use XeSS.
There was also an important note from testing: in a comparison, the XeSS Quality mode was mistakenly used (58% per-resolution axis) instead of Ultra Quality (67%), which is a closer apples-to-apples comparison to the Quality modes in other upscalers. Keep that in mind if you’re judging XeSS based on a quick look—Ultra Quality is often the more appropriate setting when comparing “quality” modes across vendors.
Upscale Quality: recommended targets by resolution
Upscale Quality determines the internal rendering resolution used by whatever upscaler you chose. A practical guideline is:
For 1080p output: Quality
For 1440p output: Balanced
For 2160p (4K) output: Performance
For 7360p (8K) output: Ultra Performance
If you prefer a fixed framerate target, Dynamic Resolution Scaling can also be used to help maintain consistency by automatically lowering (or raising) resolution as needed.
Texture Quality: VRAM-based recommendations
Texture Quality mainly scales VRAM usage. A sensible setup by VRAM capacity:
6 GB VRAM: Low
8 GB VRAM: Medium
10 GB VRAM: High
12 GB+ VRAM: Very High
Be aware that enabling ray tracing or increasing render resolution will raise VRAM demands further. If you’re near the limit, you may see stutters or hitching even if your average FPS looks fine.
Texture Filter Quality: currently unreliable (but here’s the safe play)
This setting is supposed to control texture filtering, but it appears bugged and may not function properly. If it’s fixed in a future update, 16x Anisotropic is the recommended choice because most modern GPUs handle it well. It’s also suggested to enable 16x anisotropic filtering in your GPU driver’s game profile for best results.
Shadow Quality vs Shadow Resolution: what to set
Shadow Quality has an unclear impact. In many scenes, it’s difficult to spot meaningful differences in either visuals or performance. Still, High is a safe recommendation in case certain scenes (or future updates) make it matter more.
Shadow Resolution appears to directly influence shadow map resolution. High is recommended. It also seems to scale with rendering resolution, so if shadows look softer than expected, raising internal resolution or increasing this setting may help.
Screen Space Shadows: keep it enabled
This toggle controls screen-space shadows for objects currently visible on-screen, like shrubs and foliage. It noticeably improves realism and typically costs little performance, so it’s best left ON.
Ambient Occlusion: best balance on High
Ambient Occlusion adds soft shadowing in corners, cracks, and tight spaces where light is naturally blocked. High is recommended as a strong quality/performance compromise.
Reflections: avoid the most expensive modes
Reflections control how reflective surfaces like water, wet ground, and liquids are rendered. Very High and the ray tracing-enhanced options can be extremely demanding. Since the ray-traced modes enhance rather than fully replace the High/Very High screen-space technique, the best overall recommendation is to use High for a good balance.
Level of Detail: High for a strong overall look
Level of Detail affects the complexity of distant objects (cars, rocks, poles, and other geometry). Even if the game’s distant-detail transitions aren’t perfect, High tends to land at an ideal point between clarity and performance.
Terrain Quality: Medium recommended
Terrain Quality adjusts how detailed the ground rendering is. Medium is recommended for a balanced result.
Cloud Quality and Volumetric Lighting: Medium is the sweet spot
Cloud Quality controls the volumetric cloud system, and Volumetric Lighting Quality affects how lighting interacts with fog, dust, and smoke. Medium is the recommended setting for both to keep the visuals convincing without spending too much GPU time.
Translucency Quality: set to Default to avoid heavy hits
Translucency Quality impacts the rendering resolution/quality of transparent effects and particles. This can become a major performance sink when heavy particle scenes are close to the camera (sandstorms were highlighted as a worst-case example). Because the FPS drop can be dramatic in those moments, Default is strongly recommended.
Motion Blur Strength: personal preference
Motion blur strength is purely a taste setting and has minimal impact on GPU performance. Choose what feels best.
Depth of Field: High is fine
Depth of Field simulates lens focus by blurring foreground or background while keeping a focal point sharp. It didn’t show major differences in performance or visuals in testing, so leaving it on High is a reasonable default.
If you share your PC specs (CPU, GPU, RAM, resolution, and whether you’re targeting 60 FPS or 120+), I can translate these recommendations into a tighter “optimized settings” profile tailored to your system and whether you’re GPU-limited or CPU-limited.If you want DEATH STRANDING 2: ON THE BEACH to look stunning on PC without wasting frames on settings that barely move the needle, a smart, optimized setup is the fastest way to get there. After extensive testing, the goal is clear: keep the game’s signature visuals intact while trimming the options that cost performance for minimal real-world payoff.
Recommended optimized graphics settings for DEATH STRANDING 2: ON THE BEACH (PC)
Upscale Method (pick based on your GPU)
NVIDIA RTX GPUs: DLSS Super Resolution
NVIDIA pre-RTX GPUs and AMD pre-RDNA4 GPUs: PICO
AMD RDNA4 GPUs: FSR ML Upscaling
Intel Arc GPUs: XeSS
Upscale Quality (choose based on resolution or your FPS goal)
1080p: Quality
1440p: Balanced
4K: Performance
8K: Ultra Performance
If you’re aiming for a fixed frame rate target, use Dynamic Resolution Scaling to help maintain consistency.
Texture Quality (set this by your VRAM)
6 GB: Low
8 GB: Medium
10 GB: High
12+ GB: Very High
Note: Enabling ray tracing and/or increasing rendering resolution will increase VRAM pressure further.
Texture Filtering
x16 Anisotropic
Important caveat: This appears to be bugged in-game right now, so forcing x16 AF through your GPU driver control panel may be necessary.
Shadows
Shadow Quality: High (minimal impact to visuals/performance)
Shadow Resolution: High (also scales with render resolution)
Screen Space Shadows: On
Lighting and image quality
Ambient Occlusion: High
Reflections: High
Level of Detail: High
World and atmosphere
Terrain Quality: Medium
Cloud Quality: Medium
Volumetric Lighting Quality: Medium
Post-processing preferences
Motion Blur Strength: Personal preference
Translucency Quality: Default
Depth of Field: High (no meaningful difference vs Medium in visuals/performance)
What kind of performance gains to expect
In demanding outdoor scenes, these optimized settings deliver measurable improvements with only a minor hit to visual fidelity. Compared with maximum settings without ray tracing, testing shows roughly a 23% increase in average FPS and a 5% improvement to 1% lows. Against maximum settings with ray tracing enabled, the uplift is far larger—about 84% higher average FPS and 56% better 1% lows.
For the best performance-to-visuals ratio, combine these settings with a well-chosen temporal upscaling mode (DLSS/FSR/XeSS depending on your GPU). If your baseline frame rate is already a consistent 60 FPS with stable frame times, enabling frame generation can be a major upgrade—especially on high refresh rate monitors.
Extra tips to improve your DEATH STRANDING 2: ON THE BEACH PC experience
1) Improve HDR presentation (optional, but impactful)
If you play in HDR and want a cleaner, more accurate look, the RenoDX mod is worth considering. It aims to improve HDR tonemapping, color grading, and UI appearance in HDR by adjusting the game’s DirectX 12 post-processing behavior.
2) Check your GPU PCI-Express speed
The game appears unusually sensitive to PCIe performance. It’s worth verifying that your GPU is running at its maximum supported PCIe generation and lane configuration. A mismatched slot, BIOS setting, or bandwidth limitation can quietly reduce performance.
3) Expanded tweaking options with community fixes
If you want controls beyond what the in-game menus allow, modder Lyall’s DeathStranding2Fix can help. It includes options like adjusting gameplay field of view, disabling depth of field, and removing cutscene pillarboxing, among other tweaks.
Final thoughts
DEATH STRANDING 2: ON THE BEACH shapes up as a strong PC release overall, with a stable performance profile and no major stuttering or hitching problems in testing. The Decima engine continues to shine here, and modern PC features like temporal upscaling and frame generation make it easier to tailor performance to your hardware without sacrificing the game’s cinematic style.
The biggest slowdowns tend to show up only in truly demanding scenarios—such as maximum settings with ray tracing at 4K—while most other configurations remain smooth, scalable, and visually impressive. If your system meets or exceeds the recommended specs, you can go in confidently knowing the game is built to run well across a wide range of PC setups.
