Cyberpunk 2077: Phantom Liberty ran terribly on my PC – these settings finally fixed it

How to Optimize Graphics Settings for Cyberpunk 2077: Phantom Liberty (Without Losing Your Mind)

The first time I loaded into Dogtown after the 2.0 update, my PC absolutely melted.

Night City looked incredible – neon reflecting off puddles, fog cutting through headlights, dense crowds – but my framerate was swinging between “cinematic” and “PowerPoint presentation.” I’ve got a reasonably beefy rig (RTX 3080, Ryzen 7, 32GB RAM), and even then, the default “High/Ultra + some ray tracing” combo was just not it.

It took a couple of hours of methodical tweaking, benchmarking, and a painful number of reloads in the same rainy Night City intersection before the game finally clicked. The moment it did, I realized something important:

Cyberpunk 2077 isn’t just demanding – it’s extremely sensitive to a handful of specific settings. If you know which few sliders to touch, you can transform the experience.

This guide is everything I wish I’d had that night: not just “turn this to Medium for +5 FPS,” but a strategy for dialing in Cyberpunk 2077: Phantom Liberty on modern hardware, with honest trade-offs and real-world context.

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Quick Look: Recommended Baselines by Hardware Level

Before diving into every little toggle, it helps to know roughly where your system sits and what target is reasonable.

If you’re not sure which tier you land in, check your GPU model and align it with the closest match above. That’ll shape the rest of your decisions.

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Step Zero: Know Your Goal (And Your Bottleneck)

Before touching anything, decide what you care about more:

• “I want it to look insane, I’ll live with 45–60 FPS.”
• “I want it smooth, at least 60 FPS, ideally more.”
• “I just want it stable. No wild swings.”

Your target frames matter more than people admit. Cyberpunk can look absurdly good even at Medium/High if you lean on upscaling correctly, so don’t get hung up on chasing “Ultra” everywhere.

The second thing: figure out whether you’re GPU-bound or CPU-bound.

• If your GPU is pegged near 95–100% while CPU usage is lower: you’re GPU-bound. Turn down graphics effects and resolution.
• If your CPU is maxed on a couple of cores and GPU is chilling: you’re CPU-bound. Settings like Crowd Density and AI-heavy features matter more.

In Night City, it’s usually the GPU that screams, but in crowded Dogtown markets or high-traffic intersections, the CPU can become the real villain – especially on older 4-core or low-clock chips.

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The Big Hitters: Settings That Actually Move Your FPS

Cyberpunk has a million toggles, but only a dozen or so really swing performance. These are the ones I noticed over and over while profiling different rigs.

1. Ray Tracing (and Why It’s Mostly a Luxury)

Ray tracing is where Night City goes from “great looking” to “screenshot desktop background for the next year.” It’s also where performance goes to die.

There are a few RT modes, but in practical terms:

• RT Reflections: The star of the show. Makes windows, puddles, car paint, and wet streets look correct instead of smeary or missing.
• RT Shadows / Lighting: Much more subtle. You’ll notice improved contact shadows and light bounce if you look for them, but not moment to moment in a gunfight.
• RT Ultra / Overdrive (path tracing): Full insanity. The game looks like a film set. Also, your GPU fans spin hard enough to leave orbit.

On a card like an RTX 4070, enabling full RT can slice your FPS by roughly a quarter or more. On AMD GPUs, it’s often worse. The moment it clicked for me was when I toggled between “RT Ultra” and “RT Reflections only” in the same location: 50+ FPS vs ~35 FPS, and the <emvisual< em=""> difference in motion wasn’t worth that huge hit.

My rule of thumb:

• RTX 3060 / RX 6700 XT and below: Turn RT off. Seriously. Use SSR and good lighting instead.
• RTX 3070–4070 / RX 6800 XT / 7800 XT: If you want RT, enable RT Reflections only and lean on DLSS/XeSS. Skip full RT presets.
• RTX 4080 / 4090: Go wild with RT Ultra or Overdrive if you’re okay living in the 60 FPS-ish realm with heavy upscaling and possibly frame generation.

If you’re chasing nice visuals on a mid-range GPU, RT Reflections-only is the sweet spot. Anything beyond that is a “tech flex,” not a practical recommendation.

2. Screen Space Reflections (SSR)

SSR is the “fake” reflection system that guesses reflections based on what’s already on screen. It’s cheaper than RT but still hungry.

• High/Ultra SSR: Looks good, but the performance cost is similar to a mid-range RT setting in busy scenes.
• Medium SSR: Where I land on most systems. Good compromise – reflections are there, but you get back a noticeable chunk of FPS.
• Off: Huge FPS win in rainy scenes, but you’ll notice a big drop in immersion around wet streets and shiny cars.

If you’re not using RT, I’d run SSR on Medium. If you’re using RT Reflections, you can afford to drop SSR further or turn it off altogether.

3. Volumetric Fog & Clouds

This is the quiet FPS killer. Fog, god rays, smoke – all the mood-setting stuff. Cyberpunk loves these effects, and they chew through GPU time.

• Volumetric Fog Resolution: Going from High to Medium or Low often recovers a solid chunk of performance with shockingly little impact in motion.
• Volumetric Cloud Quality: Similarly, Medium tends to be enough unless you’re obsessed with skybox screenshots.

I used to treat these as “must be high for immersion.” After A/B testing in Dogtown at night, I realized Medium fog & clouds + higher FPS feels far more cinematic than slideshow Ultra fog.

4. Shadows: Local & Cascaded

Shadows are another place where the diminishing returns hit hard.

• Local Shadow Quality: High looks crisp and clean. Dropping to Medium gains you basically nothing performance-wise on modern GPUs but makes shadows softer and messier. I keep this at High on anything remotely recent.
• Cascaded Shadows Range: This controls how far out high-quality shadows are drawn. Ultra/High can shave off nearly 10% performance in some scenes for detail you’ll rarely notice in gameplay. Medium is the sweet spot for most rigs.
• Contact Shadows: Adds small, local shadows around objects and characters. Costs a few percent performance but adds a lot of depth. I keep this on unless the system is truly struggling.

Throwing “Ultra” shadows at Cyberpunk on a mid-range GPU is one of those mistakes that looks good in the static settings menu but hurts where it counts.

5. Ambient Occlusion (AO)

AO is the subtle darkening where objects meet or creases form – under cars, in room corners, around clutter. Without it, the world looks weirdly flat.

• High AO: My default recommendation. Good depth, modest cost.
• Low AO: Saves you a couple of frames at most. Not worth it.
• Off: Can net you a noticeable FPS increase in heavy scenes, but the game loses a lot of visual richness.

If you can keep AO on High, do it. I only drop it when I’m desperate for performance on older GPUs.

6. Crowd Density (CPU Killer)

Cyberpunk 2.0 and Phantom Liberty ramped up AI and traffic behavior. Crowds, vehicles, and police chases are way more intense now – and that leans heavily on your CPU.

• High: Great for immersion, but can hit CPU-limited systems by 10–15% in busy areas.
• Medium: Still feels like Night City. Big win for mid-range CPUs.
• Low: The city feels a bit empty, but your minimum FPS in Dogtown and markets will thank you.

If you notice your FPS tanking mainly in crowded hubs, drop Crowd Density first, not graphics quality. That’s your CPU asking for mercy.

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Settings You Can Usually Crank Without Fear

Some settings Cyberpunk gives you are basically “free” or limited by VRAM instead of raw GPU horsepower.

Textures

Textures are mostly limited by VRAM. If your GPU has 8GB or more, Texture Quality: High is usually fine. On 6GB cards, you might see occasional stutter or asset pop-in if you go too high, especially at 1440p+.

If you’re seeing muddy surfaces or obvious low-res assets, check two things:

• Texture Quality (obviously)
• That you’re not running out of VRAM – close Chrome with 47 tabs, Discord overlays, unnecessary background stuff

Anisotropic Filtering & Basic Detail Settings

Things like anisotropic filtering, distant detail, decals – most of these can stay high on any semi-modern GPU. They barely move the FPS needle compared to RT, SSR, or volumetrics.

Mirror Quality

Mirrors in Cyberpunk are mostly a flex feature. You don’t stare at them for long.

• Medium is my go-to: saves a bit of performance while keeping them usable.
• Only go Ultra if you’re both obsessed with your V’s hair and sitting on a top-tier GPU.

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Upscaling: The Real MVP (DLSS, XeSS, FSR)

The game’s native resolution vs. upscaled resolution is where the magic happens. If you’re still running everything native at 1440p or 4K and wondering why your FPS is sad, this is where you fix it.

DLSS (NVIDIA RTX)

On RTX cards, DLSS is a no-brainer. It looks better and performs better than most alternatives.

• DLSS Quality: My default at 1440p. Near-native image quality, big FPS gain.
• DLSS Balanced: Great at 4K or on slightly weaker GPUs trying to hit 60 FPS.
• DLSS Performance: Use only if you’re really starved for FPS or on a large screen where the upscale still looks decent.

On RTX 40-series, you also get DLSS Frame Generation. It can basically double “reported” FPS, but:

• It works best with Reflex enabled to keep input latency in check.
• It’s fantastic for controllers and cinematic playstyles.
• Competitive, twitchy players might still notice the extra latency in mouse aim.

XeSS (Intel & Supported AMD GPUs)

Intel’s XeSS has quietly become the dark horse here. Cyberpunk’s implementation is surprisingly solid.

• On AMD and Intel GPUs, XeSS often looks a bit cleaner than FSR at the same performance level.
• If your card supports it, try XeSS Quality first. It’s a really nice balance.

FSR (AMD’s Upscaler)

FSR 2.x is the safety net. It works on just about anything, but its visual quality isn’t quite as strong as DLSS or a well-tuned XeSS profile, especially in fine detail and motion.

• FSR Quality: Usually fine for 1440p.
• FSR Balanced/Performance: Only if you absolutely need the headroom.

If XeSS is available and you’re not on an RTX card, I’d genuinely start there instead of FSR.

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My Actual Tuning Process (You Can Copy This)

Here’s how I now set up Cyberpunk on any new machine. You can literally follow this step-by-step.

1. Start With a Preset Close to Your Hardware

• On mid-range cards (3060 Ti / 3070 / 6700 XT): start with the High preset.
• On low-mid GPUs (1660 Super / 2060): Medium preset.
• On high-end (3080+ / 6800 XT+): High or Ultra, but expect to tweak down a few things.

Presets are a baseline, not the final answer. They just get you in the right rough area.

2. Set Resolution & Frame Cap

• Use your monitor’s native resolution.
• If you’re on a 60Hz panel, cap FPS to 60 (or 58) via the in-game limiter. There’s zero point in rendering 120 FPS on a 60Hz screen – it just cooks your GPU.
• On high refresh monitors (120/144/165Hz), I aim for a stable 90–120 FPS in this game. Above that, returns start to feel less noticeable in a slower-paced RPG.

I’ve found capping to something your system can comfortably sustain does more for smoothness than obsessing over peak FPS numbers.

3. Clean Up the Image: Post-Processing Junk

These don’t change FPS much, but they change how the game feels massively.

• Motion Blur: Off or Low. Looks cool in trailers, makes aiming feel mushy.
• Chromatic Aberration: Off. It’s fake “lens imperfections.” Your eyes don’t do that.
• Film Grain: Personal preference, but I turn it Off. Game instantly looks sharper.
• Depth of Field: Keep on if you like the cinematic look; costs little performance.

4. Fix the Heavy Hitters

This is where you actually buy back performance without nuking visuals.

• Set Volumetric Fog to Medium.
• Set Volumetric Clouds to Medium.
• Set Cascaded Shadows Range to Medium.
• Set Screen Space Reflections to Medium (or Off if you’re really struggling).
• Set Mirror Quality to Medium.
• Set Crowd Density to Medium (or Low on older CPUs).

On most rigs I’ve tested, those changes alone swing the game from borderline to smooth.

5. Dial In Lighting & AO

• Set Ambient Occlusion to High.
• Leave Contact Shadows On if possible.
• Keep Local Shadows at High.

These keep Night City looking dense and believable even if you’re not using full ray tracing.

6. Turn On Upscaling

• On RTX cards: DLSS → Quality.
• On Intel / AMD with XeSS support: XeSS → Quality.
• On everything else: FSR → Quality.

Play for a few minutes. If FPS is still under your target:

• Drop to Balanced in the upscaler.
• Or, if you’re at 4K, consider stepping down to 1440p + Quality upscaling.

7. Decide on Ray Tracing (Or Don’t)

Once you have a good baseline:

• Test the game in a heavy scene (rainy night, crowded street) with RT Off. Note FPS.
• Enable RT Reflections only. Re-test the same area.

If you’re losing more than ~20–25% FPS and hate how it feels, turn RT back off and don’t look back. If you have headroom and love the look, keep it.

On RTX 40-series, you can also add Frame Generation on top as a cherry if your minimum FPS is high enough to begin with.

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Example Configs by Hardware Tier

To make this less abstract, here’s how I’d actually run the game on different machines.

1. Modest 1080p Rig (e.g., RTX 2060 / GTX 1660 Super / RX 5600 XT)

• Resolution: 1080p
• Preset: Start from Medium
• Ray Tracing: Off
• Upscaling: FSR or XeSS Quality
• Shadows: Local High, Cascaded Medium
• Reflections: SSR Medium
• Volumetrics: Medium or Low
• Textures: High (if VRAM ≥ 6GB) or Medium (4GB cards)
• Crowd Density: Medium or Low (especially on older CPUs)

Target: 60 FPS locked. The game still looks great at Medium/High mix, especially with good textures and AO.

2. Solid 1440p Mid-Range (RTX 3060 Ti / 3070 / RX 6700 XT / 6750 XT)

• Resolution: 1440p
• Preset: Start from High
• Ray Tracing: Off by default; RT Reflections only if you’re okay with 50–70 FPS instead of 80–100
• Upscaling: DLSS/XeSS Quality
• Volumetrics: Medium
• SSR: Medium
• AO: High
• Textures: High
• Crowd Density: Medium

This is the “sweet spot” tier. You can have a very pretty game with smooth 60+ FPS and only mild concessions.

3. High-End 1440p / 4K (RTX 3080 / 4070 / RX 6800 XT / 7800 XT)

• Resolution: 1440p (or 4K if you’re okay living in 60 FPS land)
• Preset: High or Ultra as baseline
• Ray Tracing: RT Reflections or full RT on Medium/High
• Upscaling: DLSS/XeSS Quality at 1440p, Balanced at 4K
• Volumetrics: Medium or High depending on taste
• SSR: Medium (or rely more on RT Reflections)
• AO: High, Contact Shadows On
• Crowd Density: High unless your CPU is sketchy

Target here is either 90–120 FPS at 1440p RT-light or a cinematic but stable 60 FPS at 4K with stronger RT.

4. Top-Tier RT Playground (RTX 4080 / 4090)

• Resolution: 4K or 3440×1440 ultrawide
• Preset: RT Ultra or Overdrive as a starting point
• Upscaling: DLSS Balanced or even Performance
• Enable DLSS Frame Generation + Reflex
• Consider nudging volumetrics and SSR down one notch if you want truly high framerates

This is where you stop pretending you’re optimizing and admit you bought a space heater to stare at path-traced puddles. No judgment – it’s stunning.

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Platform Notes: Consoles vs PC

On consoles (PS5, Xbox Series X): you don’t get the same deep per-setting tweaking, but you still have choices.

• Performance Mode: Prioritizes 60 FPS, trims some bells and whistles. For most people, this is the way to play.
• Ray Tracing Mode: Looks nicer but drops to ~30 FPS territory. If you’re extremely sensitive to fluidity, you’ll feel it.

And don’t forget the “soft” settings that exist everywhere:

• Turn off or reduce Motion Blur.
• Disable Film Grain if you like a crisp image.
• Adjust HDR properly if your display supports it – Cyberpunk’s HDR can look fantastic when tuned.

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Common Problems & How to Fix Them Fast

“My FPS tanks in Dogtown or crowded markets.”

• Lower Crowd Density.
• Drop Cascaded Shadows Range to Medium.
• Cap your FPS slightly below your monitor’s refresh rate for smoother pacing.

“Textures look blurry or pop in slowly.”

• Raise Texture Quality if VRAM allows.
• Close VRAM-hungry apps (browsers, overlays).
• Make sure you’re not using an extreme upscaling mode (Performance/Ultra Performance) at a low base resolution.

“The game stutters even though my average FPS is fine.”

• Enable your GPU’s latest drivers – Cyberpunk is heavily optimized for recent versions.
• Use the in-game FPS limiter instead of letting the GPU swing wildly.
• Consider turning on V-Sync if you don’t have G-Sync/FreeSync, or use your monitor’s VRR if available.

“Ray tracing just murders my FPS.”

• Switch from full RT preset to RT Reflections only.
• Use DLSS/XeSS/FSR at Balanced instead of Quality.
• Or be ruthless: turn RT Off and enjoy a still-gorgeous, far smoother game.

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Advanced (Nerdy) Tweaks Worth Considering

Once you’ve got the basics locked in, there are a few extra tricks that can squeeze out more stability.

Use a Slight FPS Undercap

If your monitor is 144Hz and you’re hovering near that, cap the FPS to 120 or 130 instead of uncapped. That:

• Reduces heat and fan noise.
• Smooths out 1% lows and frame pacing.
• Makes frame times more consistent, which feels better than chasing peaks.

Thermals & Power Limits

Cyberpunk is a great way to find out that your case airflow is bad.

• If your GPU is hitting high 80s °C, consider bumping the fan curve or improving case airflow.
• On some GPUs, a slight undervolt can keep clocks higher for longer with less heat, which indirectly improves stability and sustained FPS.

Input Latency vs “Smoothness”

DLSS Frame Generation, V-Sync, high upscaling ratios – they can all increase latency slightly. If you’re playing with mouse and keyboard and something feels off even at high FPS:

• Disable Frame Generation and see if aiming feels snappier.
• Prefer G-Sync/FreeSync over traditional V-Sync where possible.
• Keep your FPS cap slightly below your VRR range max for best behavior.

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How Long Should You Actually Spend Tweaking?

This is the part optimization nerds (including me) forget: at some point, you’re supposed to play the game.

A realistic breakdown:

• First pass (baseline config): 30–60 minutes. Follow the step-by-step process above, test in 2–3 heavy scenes (rainy city center, Dogtown market, busy intersection).
• Fine-tuning: Another hour or so spread over a couple of sessions. If something consistently bugs you (too blurry, too choppy), change a single setting and reevaluate.
• After major patches or driver updates: 15–30 minutes to confirm nothing broke and maybe reclaim a few extra frames.

My personal rule: once I can play 30 minutes straight without thinking about FPS, I stop tweaking. If you hit that point on Medium with no RT, you’re done. Don’t let the endless options turn into a hobby unless you genuinely enjoy that meta-game.

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Cheat Sheet: Balanced Settings for Most People

If you just want a “do this and go” list for a modern mid-range PC, here’s the short version:

Setting	Recommended	Why
Resolution	Native (1080p/1440p) with upscaling	Best sharpness + performance once paired with DLSS/XeSS/FSR
Upscaling	DLSS/XeSS/FSR on Quality	Big FPS gain, minimal visual loss
Ray Tracing	Off, or RT Reflections only on strong GPUs	Full RT is brutal; Reflections give most of the wow
Local Shadows	High	Great quality, small cost
Cascaded Shadows Range	Medium	Good balance of draw distance vs performance
Ambient Occlusion	High	Adds depth; worth the cost
Screen Space Reflections	Medium	Reflections without a massive hit
Textures	High (if VRAM ≥ 8GB)	Keeps everything sharp
Volumetric Fog & Clouds	Medium	Most of the mood, less of the cost
Mirror Quality	Medium	Rarely critical to gameplay
Crowd Density	Medium	City still feels alive, CPU breathes easier
Chromatic Aberration / Film Grain	Off	Cleaner, sharper image
Motion Blur	Low or Off	Sharper aiming and camera movement

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