Control: Resonant PC Requirements — What an RTX 3070 vs. RTX 5080 Actually Gets You

When the original Control shipped in 2019, running its ray tracing at all meant owning a dedicated RTX 2060 — Remedy published that as a separate hardware tier just for one feature, and maxing every ray-traced effect on top of that meant an RTX 2080 paired with an Intel Core i5-8600K or Ryzen 7 2700X [5]. Seven years later, Control: Resonant’s official minimum spec doesn’t mention ray tracing at all. A GTX 1070 clears it [3][4]. That isn’t Remedy lowering its ambitions — Resonant ships with path tracing and DLSS 4.5 at launch [1] — it’s that the hardware gate for those features didn’t move into the minimum spec. It moved into which RTX generation you own.

Quick Start: Check These Five Things First

1. Confirm your card is RTX 20-series or newer if you want any DLSS 4.5 feature — it doesn’t run on GTX cards, AMD Radeon, or Intel Arc [2][8].
2. Check VRAM specifically, not just the GPU name: minimum needs 6GB, recommended needs 8GB [3]. Some card variants share a name but ship with less VRAM than that.
3. Budget 100GB of free SSD space — roughly double the original Control’s requirement, and Remedy hasn’t published an HDD-supported configuration [3][4].
4. If you own an RTX 40-series card, know you get ordinary Frame Generation but not Multi Frame Generation — that mode is RTX 50-exclusive [8].
5. Remedy has not published ray tracing or path tracing GPU tiers yet. Don’t assume a recommended-spec card is path-tracing-ready until that sheet lands.

The Official Minimum and Recommended Specs

These are Remedy’s confirmed base requirements, cross-checked across the Corsair spec breakdown and Notebookcheck’s June 2026 reveal coverage — both list identical hardware [3][4]:

Verified against Remedy’s published spec sheet as of August 2026. Ray tracing and path tracing tiers were not included in this reveal — recheck before buying hardware specifically for those features.

Two things stand out against the original Control’s launch specs. RAM and storage roughly doubled — the 2019 game asked for 8GB of RAM and 42GB of storage at minimum, against Resonant’s 16GB and 100GB [4][5]. The GPU floor, by contrast, barely moved in ray-tracing terms: the original’s minimum GPU (GTX 780) predates ray-tracing hardware entirely, and Resonant’s minimum (GTX 1070) still isn’t an RTX card. That RAM and storage jump tracks with a real engine change, not just bigger textures — Northlight shifted toward GPU-driven rendering for Resonant, adding mesh shaders and finer per-pixel occlusion culling to handle a larger, more open Manhattan instead of the tighter indoor spaces the original engine was built around [7]. That’s an asset-streaming and geometry cost, which is why it shows up in RAM and storage rather than pushing up the minimum GPU tier.

The Real Gate Isn’t the Spec Sheet — It’s DLSS 4.5

The minimum/recommended table tells you whether the game boots. It doesn’t tell you which DLSS 4.5 features you actually get, and that gap is bigger than most requirement roundups admit. DLSS 4.5’s own feature support splits cleanly by RTX generation [2][8]:

The split makes sense once you know what each feature actually costs. The 2nd-generation Super Resolution and Ray Reconstruction models run within tensor cores every RTX generation already has — they’re a quality upgrade to an existing pipeline, so Nvidia rolled them out everywhere [2]. Multi Frame Generation isn’t a quality upgrade to the same pipeline; it needs the newer optical flow and frame-pacing hardware only RTX 50-series ships with, which is why it’s locked out even on a card as recent as an RTX 4090 [8]. That’s the actual answer to “what does your GPU deliver” — not the minimum spec, but which row of this table your card sits in.

Ray Tracing and Path Tracing: What Remedy Hasn’t Confirmed Yet

Here’s the honest gap. Remedy’s published minimum/recommended sheet has zero mention of a ray tracing or path tracing GPU tier [3][4] — a contrast to the original Control, which shipped a separate RTX 2060-minimum tier just for ray tracing [5], and to Alan Wake 2, which launched with four distinct tiers splitting rasterized, ray-traced, and path-traced performance [9]. Since Resonant runs on the same post-Alan Wake 2 build of Northlight and explicitly builds on that game’s path-traced lighting work [1][7] — see our Control: Resonant everything-confirmed guide for the full rundown of what Remedy has and hasn’t locked in so far — Alan Wake 2’s numbers are the closest real reference point available: an RTX 4070 for 1080p60 path tracing using DLSS3 Performance mode, and an RTX 4080 for 4K path tracing [9]. Treat that as a floor estimate based on the closest comparable game, not a confirmed number for Resonant — Remedy has said a fuller technical breakdown is coming closer to launch, and that’s the sheet to wait for before buying hardware specifically for path tracing.

Remedy’s Last RTX Showcase: How This Compares to Alan Wake 2

Alan Wake 2 was Remedy’s previous full ray-tracing and path-tracing demonstration on PC, and it’s a useful yardstick precisely because its full tier breakdown is already public [9]:

The interesting part isn’t that Resonant looks lighter — it’s that its published minimum is actually a step below Alan Wake 2’s, while its RAM and storage floors are equal or higher. That’s consistent with the accessible framing in early coverage [3]: Remedy tuned the entry point down for a broader minimum-spec audience while the higher tiers, once revealed, will likely track Alan Wake 2’s path-tracing numbers or exceed them, given Resonant’s larger open-world scope [7]. For the full rundown of Alan Wake 2’s settings and what each ray-tracing tier looks like in practice, see our Alan Wake 2 PC settings guide.

Which Tier Should You Actually Target?

Work through this in order rather than jumping straight to a GPU purchase:

1. Do you meet the minimum GPU (GTX 1070 / RX 5600 XT)? If not, Remedy confirmed GeForce NOW support at launch [6] — cloud streaming is a real day-one option if your hardware doesn’t clear that floor, not just a fallback.
2. Do you own an Nvidia RTX card at all? If not, the official sheet already covers you — the RX 5600 XT/RX 6700 XT listings mean AMD hardware runs the base game fine, but DLSS 4.5’s specific features (Ray Reconstruction, Frame Generation, Multi Frame Generation) are Nvidia-exclusive, and Resonant hasn’t confirmed FSR support separately yet.
3. Is your RTX card 20 or 30-series? You get Super Resolution and Ray Reconstruction upscaling, no Frame Generation boost. Ray/path tracing performance is unconfirmed, so budget settings headroom rather than assuming a smooth ride.
4. Is it RTX 40-series? You add ordinary 2x Frame Generation on top — the most balanced tier available until Remedy’s RT/PT numbers land.
5. Is it RTX 50-series? This is the only tier with Multi Frame Generation and 6x/Dynamic MFG — the tier Nvidia is actively bundling the game with [1].

For the full settings stack once Resonant’s graphics options are live — texture quality, shadow distance, and where to spend the headroom your tier actually has — our PC optimization guide covers the general framework this article’s hardware tiers feed into.

FAQ

Do I need an RTX GPU to play Control: Resonant?

No. The official minimum lists a GTX 1070, a non-RTX card, and the recommended tier’s RTX 3070 sits alongside an equally valid RX 6700 XT [3]. You only need RTX hardware for DLSS 4.5’s Nvidia-exclusive features — the base game doesn’t require it.

Will an RTX 3070 handle path tracing?

Unconfirmed for this specific game, but the closest available comparison argues against it. In Alan Wake 2, an RTX 3070 covers 1080p ray tracing at medium settings and 30fps, while path tracing specifically needed a step up to an RTX 4070 [9]. If Resonant’s path tracing is similarly heavy — and it’s built on the same engine generation [7] — expect an RTX 3070 to land under that bar, not over it.

Is Resonant’s minimum spec really easier than the original Control’s?

Only partly. The GPU name jumped up (GTX 780 to GTX 1070 is a real raster-performance gain), but RAM and storage both roughly doubled — 8GB to 16GB, and 42GB to 100GB [4][5]. The “modest” framing in early coverage is about ray tracing being absent from the minimum tier specifically, not about the overall baseline getting lighter.

Why hasn’t Remedy published ray tracing and path tracing requirements yet?

The original Control followed the same pattern — its base spec sheet came first, with a separate ray-tracing-specific tier revealed afterward [5]. Notebookcheck’s June 2026 report on Resonant’s reveal says explicitly that resolution, performance, and ray-tracing targets are coming closer to launch [4]. That’s consistent with how Remedy has handled this twice now, not a sign the numbers are being hidden.

Sources

1. NVIDIA — CONTROL Resonant GeForce RTX 50 Series Bundle
2. NVIDIA — DLSS 4.5: 2nd Gen Transformer Model and 6X Dynamic Multi Frame Generation
3. Corsair — CONTROL Resonant System Requirements and Recommended Specs, July 21, 2026
4. Notebookcheck — Control: Resonant PC requirements revealed, June 3, 2026
5. NVIDIA — Control System Requirements and New Ray Tracing Trailer (original Control, 2019)
6. Remedy Entertainment — CONTROL Resonant Launches Worldwide on September 24
7. Wikipedia — Control Resonant (engine and platform details)
8. iTechGuides — Nvidia DLSS 4.5 Explained: 6x MFG, RTX Support and Setup, August 10, 2026 (no live URL cited inline)
9. DSOGaming — Alan Wake 2 gets detailed PC requirements for Rasterized, Ray Tracing and Path Tracing

Michael R.

I've been playing video games for over 20 years, spanning everything from early PC titles to modern open-world games. I started Switchblade Gaming to publish the kind of accurate, well-researched guides I always wanted to find — built on primary sources, tested in-game, and kept up to date after patches. I currently focus on Minecraft and Pokémon GO.