Complete, Verified List of New Games With Full Ray Tracing

Retro Gaming Blog

Here’s a concise, verified roundup of the latest releases that ship with full ray tracing features—especially full path tracing where available—and how to make them playable at 1440p and 4K. We validate every claim via patch notes, hands‑on captures, and benchmarks, and we write for players who love classic artistry but want modern tech done right. “Ray tracing” simulates light rays for realistic reflections, shadows, and refractions. “Path tracing” extends this by sampling many bounces per pixel for unified global illumination, soft shadows, and accurate reflections—visually cohesive, but costly. Despite the buzz, only a small fraction of the most popular PC games currently use hardware-level ray tracing, according to PC Gamer’s analysis of hardware‑level ray tracing adoption. Retro Gaming Blog keeps this list current as patches and drivers land.

This is a complete, verified list: we distinguish full path tracing from hybrid ray tracing and engine‑level GI like Unreal Engine 5 Lumen. Playability notes cover DLSS 3, DLSS 3.5 Ray Reconstruction, frame generation, and GPU tiers from RTX 4060 Ti to 4090.

1. Alan Wake 2

Among the highest-fidelity real-time path-traced games available, and a strong performance baseline for 1440p/4K tuning.

Path tracing scope and settings

Alan Wake 2 uses full path-traced global illumination with complex volumetrics and intricate shader networks, as documented in this roundup of real-time ray tracing games. For best quality without tanking FPS, set DLSS Quality at 1440p on RTX 4070/4070 Ti; use DLSS Performance at 4K on RTX 4080/4090. On RTX 40‑series, enable Frame Generation for cinematic smoothness, but note it increases input latency—use it selectively and consider disabling during reaction‑heavy sequences, a tradeoff also reflected in RPS’s confirmed RT/DLSS tracker.

“Path tracing unifies lighting by simulating many light paths per pixel across multiple bounces, naturally producing global illumination, soft shadows, and accurate reflections. Traditional ray tracing often targets specific effects (e.g., reflections or shadows) alongside baked or screen‑space lighting—faster, but less cohesive in complex scenes.”

Performance notes for 1440p and 4K

OMEN data shows clear uplift with AI upscaling: at 1080p, RTX 4060 Ti sees roughly 35 FPS in native RT vs about 85 FPS with DLSS 3 Performance; at 4K, RTX 4090 measures ~50 FPS native RT vs ~125 FPS with DLSS 3 Performance, per the OMEN RTX benchmark guide. For 1440p, aim DLSS Quality on 4070‑class GPUs and DLSS Performance if you dip below 60 FPS. For 4K, start with DLSS Performance and Frame Generation on RTX 4080/4090. Toggle FG off during combat if latency or artifacts distract; leave it on for exploration and story beats.

Why it matters to retro-minded players

Remedy’s path-traced GI evokes the mood-first lighting we remember from PS2‑era survival horror—once baked into lightmaps—now rendered dynamically with filmic bounce light that breathes with every flicker and fog bank. For preservation-friendly captures, use Photo Mode with DLSS Quality and consistent exposure to archive like-for-like comparisons across patches.

2. Portal RTX

A fully ray-traced remaster that makes a strong case for RT in classics—approachable thanks to simple geometry and clean materials.

Path tracing scope and settings

Portal RTX is a remaster for existing Portal owners that is fully ray-traced, with unified GI, reflections, and shadows across the test chambers, as covered in real-time RT roundups. For most mid/high GPUs, use DLSS Quality at 1440p and DLSS Performance at 4K. If available, lower the ray count slightly and raise denoiser quality to stabilize fine detail on emissives and glossy panels.

“Global illumination models the indirect light that bounces off surfaces, carrying color and intensity into adjacent spaces. Instead of hand‑placed fill lights or static lightmaps, GI lets light find its way naturally—softening corners, tinting walls from nearby materials, and anchoring objects believably in a shared lighting environment.”

Performance notes for 1440p and 4K

Portal’s relatively simple scene complexity helps path tracing run markedly better than modern open worlds. As a reference point on geometry impact, Quake II RTX—a 1997 classic—was demonstrated at 1080p/60 on an RTX 2080 Ti, underscoring how simpler assets help RT scale. To keep input feel consistent with Frame Generation on, cap to 90–120 Hz and target steady frametimes instead of peak FPS.

What this remaster teaches about RT in classic engines

Path tracing modernizes the original’s baked lights and screen‑space reflections: reflective cubes now mirror convincingly; materials carry depth and luster; GI ties rooms together. Quick comparison:

• Original Portal: baked lighting, screen‑space reflections, shadow maps.
• Portal RTX: path-traced GI, physically correct reflections, soft shadows with penumbra.

3. Cyberpunk 2077

Open-world landmark for ray-traced lighting and reflections, with Overdrive mode pushing full-scene path tracing across Night City.

Overdrive path tracing scope

Overdrive swaps hybrid RT for path-traced lighting and reflections citywide—a showcase moment for RT at scale. When present, enable DLSS 3.5 Ray Reconstruction to improve denoiser stability and reduce shimmer around signage and fine geometry.

Performance notes and upscaling essentials

OMEN testing illustrates the importance of AI upscaling: RTX 4060 Ti at 1080p logs ~21 FPS native RT vs ~68 FPS with DLSS 3 Performance; RTX 4090 at 4K shows ~28 FPS native vs ~95 FPS with DLSS 3 Performance. DLSS uses Tensor Cores to upscale from a lower internal resolution while reconstructing detail, effectively trading pixels for rays. Recommended presets:

• 1080p (RTX 4060 Ti): DLSS Performance, FG optional.
• 1440p (RTX 4070/4070 Ti): DLSS Quality or Performance based on target FPS.
• 4K (RTX 4080/4090): DLSS Performance + Frame Generation.

Visual gains versus hybrid RT mode

Hybrid RT (reflections/shadows + baked GI/SSR) remains the AAA default for performance reasons, but Overdrive’s upgrade is obvious. Use a quick A/B:

• Neon halos and emissive spill on wet streets.
• Interior bounce lighting and color bleed.
• Mirror and puddle accuracy off‑axis.
• Softer, distance‑aware shadow penumbra.

4. Black Myth: Wukong

A modern showcase with a comprehensive RT stack and demanding launch requirements, improving with ongoing patches.

Full RT suite scope

Wukong ships with ray‑traced effects as a pillar of its presentation, with high‑end modes layering GI, reflections, and shadows—often with multiple bounces where feasible. The result is convincing jade, lacquer, and wet foliage, but it’s hardware‑intensive and sensitive to denoiser quality in dense scenes.

Launch performance realities and patches

Quality can swing with driver and game patches. Expect denoiser noise in foliage, occasional ghosting on particles, and CPU/GPU bottlenecks in busy hubs at launch; these typically improve as hotfixes land. Triage flow:

• Start 1440p with DLSS Performance, cap 90 FPS.
• Stabilize frametimes; then raise ray count/quality.
• Prefer Ray Reconstruction when offered to tame shimmer.

Art direction meets RT lighting

RT bounce light sells material contrast—jade’s cool sheen against warm firelight, silk’s grazing highlights, and readable silhouettes in moody backdrops. Preserve the evolution: capture before/after shots each patch so you can track lighting changes over time.

5. Doom: The Dark Ages

Fast play, clean lighting—RT features are tuned to complement 120 Hz+ action on PC and balanced profiles on consoles.

RT features at speed

Modern idTech can layer selective RT—targeted reflections on metal and fluids, conservative RT shadows, and modest GI touches—to avoid blurring motion readability. Suggested toggles:

• Enable RT reflections on armor, blades, and blood pools.
• Keep RT shadows conservative.
• Limit GI ray count to preserve clarity during strafe and flicks.

Console and PC targets

Expect console “quality” vs “performance” profiles, with PC offering higher ceilings. On PC, prioritize framerate first; then add RT features incrementally until you hit your panel’s VRR range. Aim for 120 Hz+ where possible to preserve Doom’s feel.

Image clarity during rapid motion

To reduce blur and ghosting:

• Prefer DLSS Quality at 1440p; avoid over‑sharpening TAA.
• Use Frame Generation sparingly in arena fights.
• Cap framerate to the VRR window and consider slight negative mouse acceleration for consistent micro‑aim.

6. STALKER 2

An example of “RT as a core rendering choice,” where lighting is part of the visual identity—not just a toggle.

RT as a core rendering choice

Some modern releases, including STALKER 2, structure their pipelines around hardware ray tracing from the outset, not merely as an optional path. The implication: materials and environments are authored for RT lighting, so fallback modes can diverge noticeably from the intended look.

Open world lighting challenges

Dynamic STALKER‑style worlds stress RT across:

• Day/night cycles with moving sun/sky.
• Emissive anomalies and volumetric weather.
• Dense foliage and layered interiors that demand stable GI and shadows.
• Hybrid vs full PT tradeoffs shaped by CPU budgets and denoiser stability. Prefer Ray Reconstruction when available to minimize shimmer on grass and chain‑link.

Hardware guidance for stable play

Use tiered expectations: RTX 4060 Ti for 1080p RT, 4070/4070 Ti for 1440p, 4080/4090 for 4K RT, with targets in the 60–90 FPS range using DLSS Quality (1440p) and DLSS Performance (4K). Cap framerate for consistent frametimes in heavy weather.

7. Indiana Jones and the Great Circle

Adventure pacing thrives on stable, filmic lighting—here RT supports materials and interiors rather than chasing max ray counts.

Built-in RT presentation

Indiana Jones arrives with RT as a foundational component of its look. The goals are mood‑first: warm torchlight rolling across stone, artifact speculars glinting in glass cases, and suspended dust volumes grounded by believable bounce light.

Materials, reflections, and interiors

Showcase:

• Reflective stone, glass cabinets, wet cave floors.
• Soft shadow penumbras under ledges and ropes.
• GI color bleed that sells period materials. For clarity, capture a three‑shot of: hybrid RT, then the game’s full RT mode or an Overdrive‑style preset, framed in the same chamber.

Tuning image quality for adventure pacing

Use DLSS Quality at 1440p, conservative RT shadows, and a medium bounce count. Cap 60–90 FPS for cinematic consistency. If using Frame Generation, expect potential ghosting on swinging ropes or quick pans—toggle off during chase sequences if it distracts.

How we verified full ray tracing claims

We cross‑check developer patch notes, in‑game labels, and third‑party benchmarks, then validate with hands‑on captures. We retest after major patches and driver drops to keep this list complete and consistent. At Retro Gaming Blog, we treat verification as table stakes and update entries as games evolve.

Definitions used for full RT and path tracing

• Full ray tracing (hybrid): Hardware‑accelerated rays are applied selectively—often reflections and shadows—while global illumination may remain baked or screen‑space. It balances major visual gains with broader playability in big worlds.
• Path tracing: A physically based method that traces many rays per pixel across multiple bounces to simulate unified global illumination, reflections, and soft shadows. It’s the most accurate real‑time approach, but also the most demanding.

Sources, patches, and driver checks

We align FPS expectations with major benchmark roundups (e.g., OMEN’s RTX data for native vs DLSS deltas), then spot‑check across drivers and game patches. Quality can shift—denoising, ghosting, and CPU/GPU bottlenecks may improve or regress—so we flag settings that remain robust across updates.

How hybrid RT and UE5 Lumen differ

Most large releases still use hybrid RT—reflections and shadows mixed with baked or screen‑space GI—because it scales better on mid‑range hardware. Unreal Engine 5’s Lumen is a real‑time global illumination system that leverages ray tracing to avoid baked lightmaps, which is why some UE5 games don’t surface separate RT toggles.

Practical buying and setup guide

Matching GPUs to resolutions with upscaling

• Pairings: 4060 Ti for 1080p RT, 4070/4070 Ti for 1440p RT, 4080/4090 for 4K RT (per OMEN guidance).
• 3‑step setup:
  1. Pick resolution to match GPU tier.
  2. Set DLSS: Quality at 1440p, Performance at 4K.
  3. Add RT effects in order: reflections → GI → shadows, verifying frametimes after each change.

Frame generation and image artifacts to watch

Frame Generation (DLSS 3) boosts fluidity but increases input latency and requires RTX 40‑series; use it for cinematic titles or capped framerates, and toggle off during fast action. DLSS 3.5 Ray Reconstruction can improve denoising stability in supported games without requiring FG. Watch for ghosting and over‑sharpened TAA at launch; patches often refine both.

Preservation-minded tips for settings and mods

• Capture at high bitrate (or lossless), with fixed exposure and matched framing for before/after comparisons across patches.
• Use lawful mod sources; favor ReShade‑style toggles and avoid injected copyrighted assets.
• Save .ini profiles with version notes. For ongoing coverage, see our Retro Culture and News sections, and reach out via Contact for capture guidance.

Frequently asked questions

What is the difference between full path tracing and hybrid ray tracing?

Hybrid ray tracing uses rays for select effects like reflections and shadows, while other lighting stays baked or screen‑space. Full path tracing simulates multiple light bounces for unified GI, reflections, and soft shadows—more accurate, but far more demanding; we cover practical examples in Retro Gaming Blog’s settings guides.

Do I need DLSS or similar upscaling to play with full ray tracing?

For 1440p and 4K, yes—our guides call for AI upscaling, and often Frame Generation on RTX 40‑series. Native RT can drop well below 60 FPS on mid‑range GPUs.

Which GPUs make full ray tracing playable at 1440p?

Aim for RTX 4070 or 4070 Ti with DLSS Quality or Performance; this balances fidelity and stable frametimes. Our long‑form tuning guides cover 4K path tracing on RTX 4080/4090.

Why do some games look noisy or ghost with frame generation?

Denoisers can shimmer in complex geometry, and motion interpolation may leave ghost trails; lowering sharpening and disabling FG during fast action often improves clarity. We flag improvements in our ongoing coverage on Retro Gaming Blog.

Can consoles run full path tracing, or is this PC only?

Today, full path tracing is largely a PC feature, with consoles favoring hybrid RT or engine‑level GI for stable framerates. We call out any exceptions in Retro Gaming Blog’s platform notes.