Remedy Entertainment’s Control Resonant launched on September 24, 2026 with a full stack of NVIDIA RTX technology switched on at day one, according to NVIDIA’s GeForce announcement, the culmination of a rollout NVIDIA first teased on March 17, 2026, when it announced the game would ship with path tracing and the then-new DLSS 4.5 suite. The rollout bundles path tracing, DLSS 4.5 Ray Reconstruction, DLSS Super Resolution, DLSS Dynamic Multi Frame Generation, and RTX Mega Geometry into a single title, giving GeForce RTX owners what NVIDIA is positioning as the definitive PC version of the game. DLSS 4.5 itself debuted earlier in the year, at CES on January 6, 2026, when NVIDIA introduced Dynamic Multi Frame Generation and a 6X Multi Frame Generation mode alongside it. The announcement lands alongside NVIDIA’s broader GDC 2026 push to get path-traced lighting into more shipping titles, and it builds directly on the ray-tracing groundwork the original Control laid down back in 2019.
For readers tracking the game’s DLSS 4.5 performance figures on RTX 5090, this piece looks past the frame-rate chart and at what NVIDIA and Remedy actually shipped: five distinct rendering technologies, a new in-game toggle, and a cloud-streaming option that puts path tracing in front of players who don’t own an RTX card at all.
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What NVIDIA and Remedy Actually Announced
NVIDIA’s GeForce news hub published the launch post, titled “CONTROL Resonant Launching September 24th With DLSS 4.5,” stating that the game ships with DLSS 4.5 Dynamic Multi Frame Generation, DLSS Super Resolution, DLSS Ray Reconstruction, path tracing, and RTX Mega Geometry. NVIDIA followed that up with a September 22, 2026 announcement reconfirming that Control Resonant supports path tracing and the complete DLSS 4.5 suite just two days ahead of launch, and the Ray Reconstruction piece of that suite had already landed for GeForce RTX owners more broadly through a September 2, 2026 NVIDIA App update. A follow-up technical article from NVIDIA, titled “CONTROL Resonant Path Tracing & DLSS 4.5,” explains that path tracing is exposed to players through an in-game setting called “Ray Tracing Preset: Ultra.” Switching that preset on automatically activates DLSS Ray Reconstruction on GeForce RTX hardware, according to NVIDIA.
TechSpot independently confirmed the earlier version of this news from NVIDIA’s GDC 2026 roundup, where Control Resonant was named among a group of titles receiving native DLSS 4.5 integration and path-traced effects. Remedy Entertainment’s own release note, published on the studio’s site, confirms the game is out now across PC and console platforms, though the retrieved material does not include a detailed engineering breakdown from Remedy about how the path-tracing pipeline was built.
Secondary outlets MixVale and JWave both reported the September 24 global launch date and described the path-traced lighting as affecting direct and indirect illumination, shadows, and reflections. Those two outlets are repeating and summarizing NVIDIA’s own material rather than offering independent technical verification, so this article treats NVIDIA’s GeForce posts as the primary source and the secondary outlets as corroboration on the launch date and general feature list.
The Five RTX Technologies Bundled at Launch
What separates this launch from a routine ray-tracing patch is the number of distinct NVIDIA technologies shipping together on day one. NVIDIA’s promotional material for RTX 50-series hardware, published through MSI’s partner page, specifies that Control Resonant uses the second-generation transformer model for both Super Resolution and Ray Reconstruction, the same underlying AI architecture NVIDIA documents on its DLSS technology page. NVIDIA first shipped that second-gen Transformer model broadly on January 14, 2026, when it rolled DLSS 4.5 Super Resolution out to more than 400 games and apps, and has kept extending that same architecture across its DLSS 4.5 catalog through 2026. The table below breaks down each of the five components NVIDIA lists for this launch.
| RTX Technology | What It Does | Source |
|---|---|---|
| Path Tracing (Ray Tracing Preset: Ultra) | Full path-traced lighting for direct/indirect light, shadows, and reflections, toggled via one in-game preset | NVIDIA GeForce |
| DLSS Ray Reconstruction | Replaces hand-tuned denoisers with an AI model to clean up path-traced image noise; auto-enables with the Ultra preset | NVIDIA GeForce |
| DLSS Super Resolution | AI upscaling using the second-generation transformer model referenced in NVIDIA’s RTX 50-series promotion material | NVIDIA / MSI |
| DLSS Dynamic Multi Frame Generation | Frame generation feature most closely associated with RTX 50-series hardware in NVIDIA’s promotional material | NVIDIA GeForce |
| RTX Mega Geometry | Geometry-handling technology NVIDIA says supports the game’s path-traced effects and dense scene detail | NVIDIA GeForce |
NVIDIA’s own material does not provide a complete GPU-by-GPU compatibility table in what’s been published so far, so readers should not assume every DLSS 4.5 feature behaves identically across RTX 20-, 30-, 40-, and 50-series cards. Multi Frame Generation in particular is described primarily in the context of RTX 50-series systems, NVIDIA said as early as January 6, 2026 that Dynamic Multi Frame Generation was being planned specifically for GeForce RTX 50 GPUs starting that spring, and DLSS 4.5 Dynamic MFG and 6X MFG did launch for RTX 50 GPUs in April 2026. Up to 6X Multi Frame Generation is described as an RTX 50-series option, not a universal capability of all RTX cards, and the Control Resonant launch build follows that same hardware tier. Anyone deciding whether to upgrade for this release should check our earlier breakdown of Control Resonant’s PC specs and RTX 4070 Ti benchmark targets before assuming a lower-tier card gets the full feature set.
What Path Tracing Changes Versus Ray-Traced Effects
Path tracing and ray tracing get used almost interchangeably in marketing copy, but they describe different levels of lighting simulation. Ray tracing, as implemented in the original 2019 Control, applied the technique to selected effects: reflections, transparent reflections, indirect diffuse lighting, and contact shadows, layered on top of a traditional rasterized rendering pipeline. Path tracing goes further by simulating how light bounces through an entire scene rather than approximating select effects individually, which is why it’s historically been far more demanding on hardware.
NVIDIA’s description of Control Resonant frames the path-traced implementation as covering direct and indirect lighting, shadows, reflections, and exterior surface lighting throughout the game. That’s a meaningfully larger scope than the 2019 game’s selective ray-traced effects, and it’s the reason NVIDIA pairs the feature with Ray Reconstruction, without an AI denoiser, path-traced scenes at real-time frame rates tend to show visible noise that traditional denoising techniques struggle to clean up smoothly.
The 2019 Original Set the Template for This Moment
Control‘s original 2019 release became one of the defining PC showcases of NVIDIA’s first RTX generation. It was among the earliest big-budget titles to ship ray-traced reflections, transparent reflections, indirect diffuse lighting, and contact shadows at a time when ray tracing in games was still a novelty rather than an expectation. Later updates to that game brought DLSS and additional ray-tracing refinements as NVIDIA’s software stack matured.
Seven years on, Control Resonant picks up that legacy and moves from selective ray-traced effects to comprehensive path-traced lighting, while adding Ray Reconstruction and Dynamic Multi Frame Generation on top. NVIDIA frames the new release explicitly as building on the ray-tracing technology the original game introduced, which makes this launch as much a showcase for how far NVIDIA’s rendering stack has come since 2019 as it is a launch for the game itself. Readers who followed the game’s critical reception and score trajectory will recognize this as the second major technical milestone for the title since launch, following the earlier 1.3.3 combat hotfix.
GeForce NOW Ultimate Members Get the Same Feature Set
NVIDIA also confirmed that Control Resonant is available with path tracing and DLSS 4.5 through GeForce NOW for Ultimate-tier subscribers, meaning players without RTX-class hardware in their own PC can stream the full visual feature set rather than being locked out entirely. NVIDIA’s October 15, 2026 GeForce NOW post, “Dial Up the Cloud: NVIDIA DLSS 4.5 Controls Arrive on GeForce NOW,” adds that the new DLSS 4.5 controls give members more choice over how supported games look and perform in the cloud, even without the latest hardware. That’s a notable move: NVIDIA has increasingly used GeForce NOW as a way to put its newest rendering technology in front of people who can’t afford or don’t want a new graphics card, effectively expanding the addressable audience for what would otherwise be a hardware-gated showcase title.
Platform Availability at Launch
Control Resonant launched simultaneously across PC and consoles on September 24, 2026, with physical Standard and SteelBook editions for PS5 and Xbox Series X following on October 15, 2026 and a Mac version through Steam and the App Store set to follow later in 2026. On PC, the game is available through Steam and the Epic Games Store, according to reporting from MixVale. NVIDIA’s RTX feature set, path tracing, DLSS 4.5, and RTX Mega Geometry, is specifically tied to the PC version and to GeForce NOW streaming, rather than to the console SKUs.
| Platform | Storefront / Access | RTX Path Tracing & DLSS 4.5 |
|---|---|---|
| PC | Steam, Epic Games Store | Yes, on GeForce RTX hardware |
| GeForce NOW | Ultimate tier cloud streaming | Yes, streamed with full feature set |
| PlayStation 5 | Console retail/digital | Not part of NVIDIA’s RTX feature announcement |
| Xbox Series X|S | Console retail/digital | Not part of NVIDIA’s RTX feature announcement |
NVIDIA also says the game is bundled with select GeForce RTX graphics cards, laptops, and prebuilt PCs, with MSI running a related RTX 50-series promotion tied to the release. The retrieved announcement material doesn’t include a standard retail price or a breakdown of edition tiers, so this article isn’t going to guess at pricing beyond what NVIDIA and its partners have published.
Performance Numbers: What’s Confirmed and What Isn’t
This is where caution matters most. The only specific frame-rate figure in circulation around this launch is a claim of up to 320 FPS on an RTX 5090 with path tracing and DLSS 4.5 enabled, reported by MixVale. That number comes from a secondary outlet, not from NVIDIA directly, and the reporting doesn’t specify test resolution, which ray-tracing preset was active, the DLSS mode, frame-generation multiplier, CPU used, or driver version, nor whether it reflects an average, a peak, or a cherry-picked scene. It’s at least plausible in scale: NVIDIA has said DLSS 4.5 can generate up to five extra frames for every frame rendered, a multiplier tied to the new 6X Multi Frame Generation mode that NVIDIA said in February 2026 targets 240+ FPS path-traced gaming, so a 320 FPS figure on flagship RTX 5090 hardware isn’t an outlandish extrapolation of that math. Readers should still treat it as a headline claim rather than a benchmark result until NVIDIA or an independent outlet publishes a methodology.
No verified performance figures were found for RTX 4090, RTX 4080, RTX 4070 Ti, or RTX 5070-class cards with the new path-tracing preset enabled. NVIDIA’s own GeForce articles confirm the technology list but, in what’s been published so far, don’t include a comparable benchmark table. That’s a meaningful gap for a launch NVIDIA is positioning as a flagship RTX showcase, and it’s likely to be filled in by independent reviewers over the days following the September 24 release rather than by NVIDIA’s own marketing.
Why NVIDIA Keeps Picking Marquee Titles for DLSS Showcases
Control Resonant is the latest in a pattern NVIDIA has followed consistently since the first RTX generation launched in 2018: pair a new rendering technology with a small number of high-profile, visually distinctive titles rather than pushing broad but shallow support across dozens of games at once. The original Control played that role for ray tracing in 2019. Cyberpunk 2077 played it for path tracing’s earlier debut. Now Control Resonant is doing it for the combination of path tracing, Ray Reconstruction, and Multi Frame Generation under the DLSS 4.5 banner.
The commercial logic is straightforward. A single technically ambitious showcase title generates more press coverage, more YouTube comparison videos, and more reason for a buyer sitting on an older card to justify an RTX 50-series purchase than a long list of games with partial feature support ever could. It also gives NVIDIA’s hardware partners, like MSI’s bundle tied to this release, a concrete product to build marketing around instead of an abstract technology name.
Market Impact for RTX Hardware Buyers
For anyone weighing a graphics card purchase around this release, the practical takeaway is that DLSS 4.5’s most demanding feature — Dynamic Multi Frame Generation — is described by NVIDIA primarily in the context of RTX 50-series hardware. Older RTX 40- and 30-series cards are expected to support path tracing and Ray Reconstruction, consistent with how NVIDIA has rolled out prior DLSS generations, but the full four-feature stack at maximum settings is being marketed around the newest silicon. That mirrors the pattern covered in our look at RTX 5090 power draw under DLSS 5 workloads, where the newest frame-generation features consistently push the flagship card hardest.
Buyers on a budget who still want to see what path tracing looks like without upgrading hardware have a real alternative here: GeForce NOW’s Ultimate tier streaming access removes the GPU requirement entirely, at the cost of a subscription fee and a dependence on network conditions rather than local hardware.
Competitive Context: AMD’s Position on Path Tracing
NVIDIA remains the only GPU vendor named in connection with this specific launch’s path-tracing and DLSS 4.5 feature set. AMD has been building out its own FidelityFX ray-tracing and upscaling tools, but nothing in the current reporting on Control Resonant indicates equivalent path-tracing support for Radeon hardware at launch. That asymmetry is consistent with the broader pattern in high-end path-traced titles this generation, where NVIDIA has generally reached full path-tracing implementations in marquee releases before AMD’s competing feature set catches up on the same games. It’s worth noting that path tracing is a rendering technique, not an NVIDIA-exclusive API, so the gap reflects which vendor development studios choose to optimize for first rather than a hard technical barrier.
How This Fits Into NVIDIA’s Broader GDC 2026 Push
TechSpot’s coverage of NVIDIA’s GDC 2026 announcements placed Control Resonant among a wider group of titles receiving native DLSS 4.5 integration and path-traced effects, rather than treating it as an isolated release, a grouping NVIDIA made explicit on October 3, 2026, when it listed Control Resonant among 20 games getting native DLSS 4.5 integration and separately confirmed the game’s path-traced effects and RTX Mega Geometry support that same day. That framing matters: it suggests NVIDIA is treating 2026 as a year for consolidating path tracing from a novelty feature into a standard checkbox for AAA PC releases, following the same trajectory ray tracing itself took between 2018 and roughly 2022. Whether that consolidation actually happens depends heavily on adoption from mid-range hardware owners, not just the RTX 50-series buyers NVIDIA’s current marketing leans on most heavily.
Predictions: Where This Goes Next
- Independent reports are filling the gap. With NVIDIA’s own material light on comparative frame-rate data, outlets have published performance reports between October 15 and 24, and they point to upscaling or frame generation being needed for higher path-traced frame rates with the Ultra ray-tracing preset.
- GeForce NOW becomes a bigger part of NVIDIA’s DLSS pitch. Bundling Ultimate-tier cloud access with flagship path-tracing titles gives NVIDIA a way to claim broad feature reach even when local hardware requirements stay tied to the newest cards.
- AMD’s response titles will lag rather than match simultaneously. Based on the pattern in prior marquee path-traced releases, expect Radeon-optimized path-tracing showcases to arrive as separate, later partnerships rather than day-one parity with NVIDIA-sponsored titles.
- More RTX 50-series bundles follow the MSI model. Hardware partners are likely to keep pairing RTX 50-series GPU and laptop promotions directly to showcase titles like this one through the rest of 2026, using the game as a tangible reason to justify the purchase.
- Expect a performance-focused follow-up patch. Given how Control Resonant‘s earlier hotfixes addressed combat feedback within weeks of launch, a settings or optimization patch targeting the new path-tracing preset on lower-tier RTX cards is a reasonable bet in the coming months.
Should You Turn On Ray Tracing Preset: Ultra?
The honest answer depends on what card you own and what frame rate you’re willing to trade for the extra lighting fidelity. NVIDIA’s own description of the feature set doesn’t include a recommended-hardware chart for this specific preset, so treat any claim you see about “smooth 60 FPS on card X” with the same skepticism this article applies to the unverified RTX 5090 figure above until independent testing confirms it. If you’re on an RTX 40-series or newer card and want to try it, the preset is a single toggle rather than a multi-setting configuration, which at least makes testing it yourself low-effort.
Settings menu: Graphics > Ray Tracing Preset > Ultra
Auto-enables: DLSS Ray Reconstruction
Independently togglable: DLSS Super Resolution, DLSS Multi Frame GenerationFor readers deciding whether their current build is even worth testing this on, our earlier Control Resonant PC requirements breakdown and the wider list of games similar to Control Resonant are useful reference points for how demanding Remedy’s recent engine work tends to run without the new path-tracing preset engaged.
The Bigger Picture for PC Gaming Graphics
Path tracing has moved from an experimental toggle buried in a handful of technical demos to a marketed, day-one feature in a mainstream AAA release, and Control Resonant is a clear marker of that shift, one that NVIDIA’s own pages show widening, with The Witcher 3: Wild Hunt Remastered receiving a free update adding path tracing and DLSS 4.5 on September 29, 2026. What started with the original Control‘s selective ray-traced reflections in 2019 has become, seven years later, a full-scene lighting simulation paired with AI-driven upscaling, denoising, and frame generation. The gap between marketing claims and independently verified performance data remains real, and buyers should wait for third-party benchmarks before making purchase decisions based on any single figure circulating this week. But the direction of travel, toward path tracing as a standard rather than a novelty, looks difficult to reverse at this point.
Frequently Asked Questions
When did Control Resonant launch with path tracing and DLSS 4.5?
September 24, 2026, according to NVIDIA’s GeForce announcement. The feature set was available at launch rather than added through a later patch.
What is Ray Tracing Preset: Ultra in Control Resonant?
It’s the in-game setting NVIDIA says activates full path tracing. Turning it on automatically enables DLSS Ray Reconstruction on GeForce RTX hardware as well.
Does Control Resonant support DLSS 4.5 on every GeForce RTX card?
NVIDIA’s published material doesn’t include a full GPU-by-GPU compatibility table. DLSS Dynamic Multi Frame Generation is described mainly in relation to RTX 50-series hardware, while path tracing and Ray Reconstruction are framed more broadly across RTX generations.
Can I play Control Resonant with path tracing without an RTX graphics card?
Yes, through GeForce NOW’s Ultimate tier, which NVIDIA confirms streams the game with the full path tracing and DLSS 4.5 feature set enabled.
Is the RTX 5090’s reported 320 FPS figure for Control Resonant confirmed?
No. It comes from secondary outlet MixVale rather than NVIDIA directly, and the report doesn’t specify test resolution, preset details, or methodology. Treat it as unverified until independent benchmarks are published.
What is RTX Mega Geometry?
It’s a geometry-handling technology NVIDIA says supports Control Resonant’s path-traced effects and complex scene detail, part of the five-technology bundle shipping with the game.
Which platforms is Control Resonant available on?
PC (Steam and Epic Games Store), GeForce NOW, PlayStation 5, and Xbox Series X|S, all launching September 24, 2026. NVIDIA’s RTX path-tracing feature set is specific to the PC version and GeForce NOW streaming.
Does Control Resonant support NVIDIA Reflex?
That isn’t confirmed in NVIDIA’s current announcement material. The company’s launch descriptions list DLSS Super Resolution, Ray Reconstruction, Dynamic Multi Frame Generation, path tracing, and RTX Mega Geometry, but do not mention Reflex.
