Fixing Frame Generation Bugs in Death Stranding 2 (2026 Patch 1.4) – Hot Springs Water Glitch & Vignette Fix Guide

Q: What is the best setting to avoid frame generation bugs?

Use only one upscaler such as DLSS 4, FSR 4.1, or XeSS 2, enable Frame Generation carefully, and keep sharpness low.

Introduction

Death Stranding 2: On The Beach introduced advanced rendering technologies like DLSS 4, FSR 4.1, XeSS 2, and Pico frame generation, but early versions of the game struggled with a few visual artifacts—most notably flickering water in Hot Springs areas and vignette distortion during frame generation.

These issues became especially noticeable when using AMD FSR frame interpolation and Intel XeSS 2 upscaling, leading to complaints about visual instability and motion clarity during gameplay.

With the release of Patch 1.4 (April 17, 2026), many of these issues have been significantly improved—but depending on hardware and drivers, some artifacts may still appear.

This guide explains what caused the bugs, how Patch 1.4 fixed them, and how to fully optimize your setup for the cleanest visual experience.

What Causes Frame Generation Bugs in Death Stranding 2?

Why Hot Springs Water Flickering Happens

The flickering water issue was caused by:

Frame interpolation conflicts in reflective water shaders
Temporal reconstruction errors in motion-heavy scenes
Frame generation mismatches in HDR environments

Most visible in:

Hot Springs zones
Rain-heavy traversal areas
Slow camera panning sequences

Why Vignette Artifacts Appear (FSR & XeSS)

This issue came from:

AMD FSR 4 edge blending inconsistencies
Intel XeSS 2 motion reconstruction sharpening errors
Post-processing conflicts with dynamic lighting

👉 Result:

Darkened screen edges during movement
Slight haloing during fast camera motion

Patch 1.4 Fixes (Major Technical Improvements)

Patch 1.4 significantly improved frame generation stability across all upscalers.

Official Fixes

Fixed Hot Springs water flickering in Frame Generation
Corrected vignette artifacts in AMD FSR & Intel XeSS
Improved reflection buffer stability
Enhanced temporal consistency across motion-heavy scenes
Improved Social Strand population rendering

Why the Fix Works

Better frame timing synchronization
Improved motion vector handling
Stabilized shader reconstruction pipeline
Improved DLSS / FSR / XeSS integration logic

🧠Community Performance Feedback After Patch 1.4 (April 2026)

After Patch 1.4, community feedback across Steam discussions and player forums shows a clear shift from “unstable launch” to “mostly improved but not perfect.”

🟢 What Players Agree On

Stability is noticeably improved compared to launch
VR Mode is more reliable for long sessions
Frame pacing is smoother across most hardware tiers
Steam Deck performance is more consistent after updates
Social Strand system feels more active with increased player presence

🟡 Remaining Issues Reported

Occasional crashes when Frame Generation is enabled on some AMD GPUs
Micro-stutters during cutscene transitions still appear for some users
Shader compilation or caching inconsistencies after major updates
Edge-case performance drops on older CPU or PCIe-limited systems

🎯 Overall Community Consensus

The game is significantly improved after Patch 1.4, but still benefits from driver updates, shader resets, and hardware-specific tuning.

Before vs After Patch 1.4 (Visual Impact)

Before Patch 1.4

Flickering water in Hot Springs
Vignette distortion during motion
Ghosting in reflections
Inconsistent frame generation stability

After Patch 1.4

Stable water rendering
Cleaner edges with FSR/XeSS
Reduced ghosting artifacts
More consistent motion clarity

How to Fix Remaining Frame Generation Issues (2026 Guide)

H3: Best Fix Settings (Recommended)

DLSS Users (RTX GPUs)

DLSS 4 Quality mode
Frame Generation ON
Reduce sharpening intensity

AMD FSR Users

FSR 4.1 Balanced mode
Lower in-game sharpness
Disable extra post-processing filters

Intel XeSS Users

XeSS Quality mode
Avoid external sharpening tools
Update Intel drivers

Universal Fix Tips

Update GPU drivers
Use only ONE upscaler at a time
Disable overlays (Discord / NVIDIA filters)
Reboot after switching rendering modes

🆕 Clean Install / Shader Cache Reset (Expert Fix for Patch 1.4)

After installing Patch 1.4, some players may still experience flickering, ghosting, or inconsistent frame generation artifacts. This is often caused by older shader cache data conflicting with the updated rendering pipeline.

💡 Recommended Fix

If issues persist:

NVIDIA: Clear shader cache via Control Panel or Disk Cleanup
AMD: Reset shader cache in Radeon Software
Intel: Rebuild shader cache using driver tools or reinstall driver state

Then relaunch the game and allow shaders to fully recompile.

🧠 Why this works

Patch 1.4 updated DLSS 4, FSR 4.1, XeSS 2, and Pico frame generation systems. Old cached shaders may conflict with the new rendering logic.

This can fix:

lingering flicker artifacts
reflection inconsistencies
post-update frame generation issues

High-Stability Mode (If Issues Persist)

Disable Frame Generation
Use native upscaling only
Lock FPS to refresh rate
Lower reflections to Medium

The Steam Deck Verdict (April 2026)

At launch, Steam Deck performance was unstable with frequent crashes and low frame pacing.

After Patch 1.2 and 1.4:

Stable 35–40 FPS using Pico upscaler
Improved texture streaming and clarity
More stable traversal performance
VR Mode is playable but best in short sessions

👉 Verdict: Playable, but settings tuning required.

Should You Use Frame Generation in 2026?

Yes—but carefully.

DLSS 4 offers the most stable experience
FSR 4.1 is best for cross-platform setups
XeSS performs well but depends heavily on drivers

👉 Always use only one upscaler at a time.

Conclusion

The frame generation bugs in Death Stranding 2—especially Hot Springs flickering and vignette artifacts—have been significantly improved with Patch 1.4.

While minor issues may still appear depending on hardware and drivers, the game is now far more stable, visually consistent, and optimized across DLSS 4, FSR 4.1, XeSS 2, and Pico.

For most players in 2026, the game is now in a stable and visually polished state, especially after applying the recommended settings and shader cache reset fix.

❓ FAQ – Frame Generation Fixes in Death Stranding 2 (Patch 1.4, 2026)

Q1: Is the Hot Springs water flickering fixed in Patch 1.4?

A: Yes. Patch 1.4 fixed the Hot Springs water flickering caused by frame generation conflicts and reflection rendering issues.

Q2: Why do vignette artifacts still appear after updating?

A: They are usually caused by driver issues, old shader cache data, or mixed upscaling settings (FSR/XeSS sharpening conflicts).

Q3: How do I completely fix frame generation glitches?

A: Update GPU drivers, use only one upscaler, disable overlays, and clear shader cache to ensure Patch 1.4 rendering updates fully apply.

Q4: Does AMD FSR still have issues in Death Stranding 2?

A: Some AMD GPUs may still experience occasional artifacts, but Patch 1.4 significantly improved stability and vignetting correction.

Q5: Is XeSS 2 stable after Patch 1.4?

A: Yes. XeSS 2 is now more stable, but performance depends on GPU drivers and settings configuration.

Q6: Why does frame generation still cause stutters sometimes?

A: It can happen due to shader compilation, CPU bottlenecks, or cached data conflicts after updates.

Q7: Does clearing shader cache help?

A: Yes. It often fixes lingering flicker, ghosting, or outdated rendering behavior after Patch 1.4.

Q8: What is the best setting to avoid frame generation bugs?

A: Use only one upscaler (DLSS 4, FSR 4.1, or XeSS 2), enable Frame Generation carefully, and keep sharpness low.

Q9: Is Death Stranding 2 fully stable now in 2026?

A: It is mostly stable after Patch 1.4, with only minor hardware-specific issues remaining.

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