Ready Or Not

Ready or Not is the tactical shooter that punishes impatience, and its hardware demands work the same way: methodical, predictable, and heavier than the dark screenshots suggest. VOID Interactive's SWAT sim, the spiritual heir to SWAT 4 that arrived in early access in December 2021 and reached 1.0 in late 2023, runs on Unreal Engine 4 and trades open worlds for tight, hostile interiors where every doorway is a problem to solve slowly. Across more than 3,700 measured CPU and GPU combinations in our database, the average system records 162 FPS at 1080p Ultra, 102 FPS at 1440p Ultra, and 53 FPS at 4K Ultra. The fastest combinations reach 567 FPS at 1080p Low, while the slowest stagger along at 27. That spread, unusually wide for a corridor shooter, is the story of this page: Ready or Not is a GPU-led game with modest processor demands, and the gap between tuned and untuned hardware matters more here than in almost any other shooter we track.

Unreal Engine 4, built around darkness

Ready or Not's performance profile follows directly from how the game looks. UE4's deferred renderer is asked to handle scenes built from darkness: unlit interiors cut by dynamic flashlight beams, muzzle flashes, volumetric light shafts through door frames, and heavy post-processing layered over everything. None of that is cheap, and almost all of it lands on the graphics card. Our CPU data makes the division of labor plain. At 1080p Ultra, the average frame rate across our processor table is essentially flat in the mid-160s, from a Ryzen 5 3600 up through a Ryzen 7 9800X3D and a Core i9-14900K. When the cheapest modern six-core and the fastest gaming chip sold today return the same number, the processor is not the bottleneck, and in Ready or Not it rarely is. The AI that drives your SWAT teammates, suspects, and civilians runs on the CPU, but a handful of agents per map is light work compared to the crowd and physics simulation of an open-world game. Any competent modern six-core is more than sufficient; eight cores buys you nothing measurable here.

Memory is the second pillar, and a more practical concern. Sixteen gigabytes is the sensible baseline, matching the official recommendation, and 8 GB systems show the classic symptoms of a memory-starved UE4 title: hitching as new areas stream in, longer loads, and stutter that a faster GPU cannot fix. Dual-channel memory is worth insisting on, since single-channel configurations measurably depress frame-rate minimums in Unreal Engine games, and a move to dual-channel DDR5 on a modern platform gives you the steadiest floor the game allows. Storage matters too, though modestly: the game fits on a hard drive, but an NVMe SSD cuts mission load times and the texture pop-in that mars the first seconds of a level. VRAM deserves one warning. At Ultra textures, especially at 1440p and above, the game can pressure 8 GB cards, and the result is not lower average FPS but ugly stuttering as the texture pool overflows. We will come back to that in the settings section.

1080p: the sweet spot

At 1920x1080, Ready or Not is a friendly game. The 162 FPS average at Ultra sits well above the 144 FPS that defines high-refresh play, which means a properly sorted mid-range gaming PC build drives a 144Hz monitor at this resolution without touching a settings slider. The card-by-card numbers show how forgiving the floor is. A GeForce GTX 1660 SUPER, a card from 2019, averages 96 FPS at Ultra. An RX 6600 manages 114, an RTX 4060 reaches 147, and an RTX 4070 posts 204. At the top of our table, an RTX 4090 holds 289 FPS at Ultra and the fastest recorded combination touches 326, while dropping to Low settings raises the ceiling to 567 FPS. Only the genuinely ancient hardware at the bottom of the database, the combinations behind the 27 FPS floor, fails to make the game playable.

What does that mean in practice? If you are shopping for the best graphics card for Ready or Not at 1080p, you do not need to spend much. Anything in the RTX 4060 or RX 6600 XT class already clears 120 FPS at Ultra, and one tier below that still holds 60 with headroom. A 240Hz monitor is a realistic target only with high-end hardware or reduced settings, but this is a slow, deliberate game of angles and thresholds, not a twitch arena shooter, and the difference between 144 FPS and 240 FPS matters less here than in almost anything else on this site. Spend to reach a locked 144 at 1080p and you have reached the point of diminishing returns.

1440p and 4K: the GPU bill comes due

Step up in resolution and the game's character sharpens. At 1440p Ultra the average falls to 102 FPS, with the table spanning 19 FPS at the bottom to 219 at the top. The mid-range cards that cruise at 1080p start working here: the RTX 4060 averages 94, the RX 7800 XT 116, the RTX 4070 129. That last card, or something in its class, is the honest answer for a 1440p 144Hz monitor at Ultra, since it holds close to the 130 FPS mark with minimums that stay out of trouble. Anything below the 4060 class needs either settings cuts or upscaling to stay above 100.

At 4K Ultra the average drops to 53 FPS, and Ready or Not turns genuinely demanding. Halving the frame rate between 1440p and 4K is a steeper penalty than many prettier games impose, and it reflects how much of the rendering cost scales with pixels: the volumetrics, the shadow resolution, the post-processing. The card list at 4K Ultra reads like a who's who of the high end. An RTX 4090 averages 96 FPS, an RTX 5080 91, an RTX 4070 67, an RTX 4060 just 49, and an RX 6600 a mere 38. The measured lesson is that native 4K Ultra is flagship territory, full stop. The escape hatch is upscaling. Ready or Not supports both DLSS and FSR, and at 4K the Quality preset of either is close to visually free while recovering a large slice of the resolution tax. A card that manages 50 native will typically land in the mid-70s upscaled, which transforms the experience. Dropping settings works too: the 4K Low average across our database is 96 FPS, nearly double the Ultra figure, so flexibility exists if you are willing to trade shadows and volumetrics for frames.

Settings: where the free FPS lives

The single most useful thing our data shows about Ready or Not is the size of the gap between presets. At 1080p, the averages run 162 FPS at Ultra, 229 at High, 252 at Medium, and 287 at Low. Moving from Ultra to High alone recovers more than 40 percent of your frame rate, and the visual cost is small because the game spends its Ultra budget on exactly the things you notice least during a tense clear: shadow resolution, volumetric lighting density, and effects quality. At 1440p the same pattern holds, 102 at Ultra against 145 at High and 183 at Low.

Our recommended configuration for a balance of looks and speed: textures at High or Ultra depending on your VRAM (Ultra is safe at 8 GB for 1080p, drop one notch above that), shadows at Medium, effects at Medium, volumetric lighting one step below maximum, anti-aliasing on for edge stability in dark rooms, and DLSS or FSR at Quality for 1440p and 4K. View distance is nearly free in a game of interiors, so leave it high. For competitive-minded players who want maximum visibility, low shadows and low volumetrics are the real gains, not because of the FPS but because they slightly reduce the murk that hides armed suspects in unlit corners. That is a legitimate tactical choice in a game where seeing first is the whole fight.

What hardware do you need?

Entry level (GTX 1660 SUPER class, any modern six-core, 16 GB RAM): around 96 FPS at 1080p Ultra in our data, and well past 140 with the tuned settings above. This tier proves you do not need new hardware to enjoy this game properly at 1080p.

Mid-range (RTX 4060, RX 6600 XT, or RX 7600 class): 125 to 150 FPS at 1080p Ultra, 79 to 94 at 1440p Ultra. This is the sensible heart of the market for Ready or Not, comfortable at 1080p high-refresh and entirely viable at 1440p with minor tuning or upscaling.

High-end (RTX 4070, RX 6800 XT, RX 7800 XT class): 183 to 204 FPS at 1080p Ultra, 116 to 129 at 1440p, 61 to 67 at 4K. The correct tier for a 1440p 144Hz monitor with no compromises, and the entry point for 4K with upscaling.

Flagship (RTX 4090, RTX 5080 class): 275 to 289 FPS at 1080p, 174 to 183 at 1440p, and 91 to 96 at 4K Ultra. This is the only tier that plays native 4K Ultra near triple digits, and the only sensible pairing for a 4K 120Hz screen.

On the processor side, the advice is short: almost any modern six-core will do, and our flat CPU table says a CPU upgrade is the last place to spend money for this game unless you are running something genuinely old. Aim the budget at the graphics card and at 16 GB of dual-channel memory first.

Laptop playability

Ready or Not travels well. Our mobile data shows the RTX 4060 Mobile averaging 132 FPS at 1080p Ultra and 83 at 1440p, the RTX 4070 Mobile at 148 and 94, and the RTX 4090 Mobile at 206 and 130. A mainstream gaming laptop from the last three years runs this game the way it is meant to be played. Two caveats apply as always. Laptop GPUs are sold under one name at many power limits, and a low-wattage 4070 Mobile can land closer to a high-wattage 4060 Mobile, so check the TGP of the specific machine. Second, insist on 16 GB of RAM in dual-channel, since some budget gaming laptops ship with a single stick and the game punishes that configuration. Integrated graphics, including the newer strong iGPUs, is not a realistic way to play; the game needs a real GPU, and there is no settings floor low enough to change that verdict.

Streaming and content creation

Ready or Not is unusually kind to a streaming setup for one reason: the CPU sits mostly idle by modern standards. That leaves real headroom for encoding, and it makes this one of the few current games where CPU x264 encoding at a slow preset is genuinely viable on an eight-core chip, producing visibly cleaner output in the game's dark scenes than quick hardware presets. For most streamers the hardware encoder remains the right default. NVENC on any recent GeForce card or AMF on a modern Radeon produces a clean 1080p60 or 1440p60 stream with no measurable cost to the frame rates quoted above, and it keeps the encoding load off the processor entirely. The one real encoding challenge is content, not compute: the game is mostly darkness, and low-bitrate streams turn its shadows into compression mush. Give the stream bitrate headroom, and if your platform allows it, 1440p output holds up far better in the unlit interiors that make up most of the footage. For players building one machine for both gaming and video editing, the game's light CPU appetite is quietly good news: a high-core-count workstation processor chosen for render times loses essentially nothing in this game compared to a gaming-specialist chip, so you can buy the CPU your timeline needs and let the GPU carry the games.

Common problems and fixes

Stuttering in the first sessions, or after a driver update: classic UE4 shader compilation. The game builds its shader cache as you play, and the hitches fade after the first hour on each map and after the cache settles. Keep drivers current, let the game sit at a menu for a few minutes after updates, and resist the urge to blame your hardware.

Good average FPS but ugly hitches on an 8 GB VRAM card: the Ultra texture pool is overflowing. Drop texture quality one notch. The average FPS will barely move and the stutter will largely disappear.

Stutter on an 8 GB RAM system: memory pressure, not GPU power. Close background applications, especially browsers, and treat the move to 16 GB of dual-channel memory as the actual fix.

Long loads and texture pop-in at mission start: the game is on a hard drive. Moving it to even a modest NVMe SSD resolves both, and it is the cheapest quality-of-life upgrade on this list.

The game is too dark to play: partly art direction, partly calibration. Raise in-game gamma slightly and check your monitor's black level before assuming something is broken. Suspects hiding in darkness is the intended experience, but you are not meant to be blind.

Upgrade priorities

If your current system falls short, the order is clear and it is the GPU-first order that most games follow. First, the graphics card: our data shows frame rate tracking GPU tier almost perfectly at every resolution, so a GPU upgrade translates directly into frames. Second, memory: if you are below 16 GB or running a single stick, fixing that is cheap and removes the stutter class of problems outright. Third, storage: an NVMe SSD for load times and streaming smoothness, inexpensive and immediately felt. Last, the processor: unless your CPU predates the Ryzen 3000 or Intel 10th-gen era, a CPU upgrade will return close to nothing in this game, and the flat mid-160s average across our entire processor table is the evidence. Most Ready or Not upgrade regret comes from buying that order backwards.

Frequently asked questions

Q: Is Ready or Not CPU or GPU intensive?

A: Strongly GPU-led. At 1080p Ultra our processor table is flat in the mid-160 FPS range from a Ryzen 5 3600 to a Ryzen 7 9800X3D, which means the CPU almost never limits you. The graphics card sets your frame rate at every resolution.

Q: What is the best graphics card for Ready or Not?

A: It depends on your monitor. An RTX 4060 class card is plenty for 1080p high-refresh at 147 FPS average. For 1440p 144Hz, aim at an RTX 4070 or RX 7800 XT (116 to 129 FPS average). For native 4K Ultra, only the flagship tier, an RTX 4090 or RTX 5080, stays near triple digits.

Q: Can a GTX 1660 SUPER run Ready or Not?

A: Yes, comfortably. It averages 96 FPS at 1080p Ultra in our data, and the tuned settings above push it well past 130. It is one of the best value cards for this game.

Q: Why does Ready or Not stutter on my high-end PC?

A: Three usual causes. Shader compilation in the first sessions (temporary), an 8 GB VRAM card running Ultra textures at 1440p or 4K (drop textures one notch), or 8 GB of system RAM (the real fix is 16 GB in dual-channel).

Q: Does Ready or Not support DLSS and FSR?

A: Yes, both. At 1080p you will rarely need them, but at 1440p and especially 4K the Quality preset recovers a large share of the resolution tax with little visible cost.

Q: Is 8 GB of VRAM enough?

A: At 1080p, yes, even at Ultra. At 1440p and 4K with Ultra textures it is marginal, and the symptom is stutter rather than low average FPS. Twelve gigabytes is comfortable at every resolution.

To summarize: Ready or Not in 2026

Five years after players first stacked up on its doorways, Ready or Not remains the reference tactical shooter, with an active player base, continued DLC support, and no serious rival for the slow, lethal room-clearing niche it owns. Its performance story has aged gracefully. The hardware that was merely adequate at early access launch now runs it beautifully, and the game has settled into a useful role in our library: an honest GPU benchmark. Because the CPU rarely intrudes, differences between graphics cards show up in our Ready or Not tables almost undiluted, which makes it one of the cleaner comparisons on the site. For players, the practical verdict is simpler. A mid-range card delivers a superb 1080p experience, 1440p asks for one tier more, and native 4K Ultra remains a luxury that only flagship silicon fully affords, with DLSS and FSR standing by as the sensible compromise for everyone else. Tune the settings once, give the game 16 GB of memory and a real GPU, and it will run as methodically as it plays.