Dying Light: The Beast PC Requirements - 1080p on Modest Gear, 4K/60 RT Needs New GPUs

Techland has published the official PC system requirements for Dying Light: The Beast, and the headline is clear: you can still play at 1080p on modest hardware, but chasing 4K/60 with ray tracing and frame generation pushes you into very recent—and in one case effectively next‑generation—GPU territory. (wccftech.com, store.steampowered.com)

Background​

Dying Light: The Beast is Techland’s latest standalone chapter in the Dying Light franchise, shipping to PC and consoles with a strong push on raytraced global illumination and reflections, modern upscaling/frame‑generation tech, and a full suite of PC features such as ultra‑wide support and in‑depth graphics customization. Techland’s published tiers split desktop requirements into Minimum, Recommended, High, and Ultra, with a separate set of tiers for laptops. The installer footprint is listed at about 70 GB on SSD, and the game requires Windows 10 or newer. (wccftech.com, mp1st.com)

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What the official PC requirements actually say​

Below is a condensed, verifiable summary of Techland’s published requirements as reported by multiple outlets and the Steam store. These are the numbers Techland released and that storefront pages (Steam) now reflect.

Desktop tiers (official tiers)​

• Minimum (1080p / 30 FPS, Low)
• GPU: NVIDIA GeForce GTX 1060 / AMD Radeon RX 5500 XT / Intel Arc A750
• VRAM: 6 GB
• CPU: Intel Core i5‑13400F / AMD Ryzen 7 5800F
• RAM: 16 GB
• OS: Windows 10 or newer
• Storage: 70 GB SSD. (wccftech.com, store.steampowered.com)
• Recommended (1440p / 60 FPS, Medium)
• GPU: NVIDIA GeForce RTX 3070 Ti / AMD Radeon RX 6750 XT / Intel Arc B580
• VRAM: 8 GB
• CPU: Intel Core i5‑13400F / AMD Ryzen 7 7700
• RAM: 16 GB
• Storage: 70 GB SSD. (wccftech.com, store.steampowered.com)
• High (4K / 60 FPS, High)
• GPU: NVIDIA GeForce RTX 4070 Ti / AMD Radeon RX 7900 GRE
• VRAM: 12 GB
• CPU: Intel Core i7‑13700K / AMD Ryzen 9 7800X3D
• RAM: 32 GB
• Storage: 70 GB SSD. (wccftech.com, pcgamesn.com)
• Ultra (4K / 60 FPS, Ultra with Ray Tracing + Frame Generation)
• GPU: NVIDIA GeForce RTX 5070 / AMD Radeon RX 9070 / Intel Arc B580 (studio lists these SKUs for the Ultra tier)
• VRAM: 12 GB
• CPU: Intel Core i9‑14900K / AMD Ryzen 9 7950X3D
• RAM: 32 GB
• Storage: 70 GB SSD. Note: the Ultra tier lists new RTX/AMD naming that maps to very recent or upcoming silicon; treat those SKU calls as the studio’s target hardware rather than strict backwards‑compatible requirements for older cards. (wccftech.com, pcgamesn.com)

Laptop tiers (official laptop chart)​

Techland published a separate, three‑tier laptop chart for Minimum, Recommended and High laptop configurations, covering laptop RTX 3050 → RTX 4070‑class parts and various Intel/AMD mobile CPUs. Minimum laptop targets still call for 16 GB RAM and a 70 GB SSD. (wccftech.com, mp1st.com)

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Supported PC technologies and features​

Techland’s PC build ships with a wide set of modern features intended to cover every performance/quality bracket and manufacturer ecosystem:

• Raytraced global illumination and reflections (RTGI + RT reflections).
• Upscaling and frame generation: NVIDIA DLSS 4 (including frame generation), AMD FSR 3.1 & FSR 4 on selected devices, and Intel XeSS 2.
• Latency and input optimizations: NVIDIA Reflex 2, AMD AntiLag 2, Intel Xe Low Latency.
• Ultra‑wide resolution support, HDR, dynamic resolution, and deep graphics customization options. (wccftech.com, gamespress.com)

These feature tags matter because they determine practical hardware choices: frame generation and AI upscalers can significantly lower the GPU burden when used correctly, while RT features remain heavy and are the primary driver of the Ultra / High hardware recommendations. (wccftech.com, pcgamesn.com)

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What this means for different kinds of players​

1. Budget/entry players (playable at 1080p)​

If you’re targeting basic playability at 1080p/30 on Low, the bar is fairly low for a modern AAA title: a GTX 1060, RX 5500 XT, or an Intel Arc A750 paired with a midrange CPU and 16 GB of RAM should get you into the game. The SSD requirement and Windows 10+ requirement are the only non‑performance caveats for many older rigs. (wccftech.com, store.steampowered.com)

2. Mainstream PC owners (1440p / 60)​

For a smooth 1440p/60 experience at Medium settings, Techland recommends GPUs such as the RTX 3070 Ti or RX 6750 XT, with the same 16 GB RAM baseline. For most mainstream builds from the last 3–4 years this is achievable without replacing the GPU—unless you need ray tracing enabled at higher fidelity. (wccftech.com, pcgamesn.com)

3. Enthusiasts chasing 4K / Ray Tracing​

If you want native 4K/60 with high settings and ray tracing, Techland’s High and Ultra tiers demand high‑end silicon and plenty of RAM. The studio explicitly lists RTX 4070 Ti and RTX 5070‑class hardware for those targets—meaning either a current high‑tier card or the very latest generation(s) will be needed to hit the Ultra settings without leaning heavily on DLSS/FSR upscaling. Expect to budget for a modern GPU and speedy CPU and give yourself headroom for driver updates and day‑one patches. (wccftech.com, gamingbolt.com)

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The realism check: where to be cautious​

SKU and naming caveats​

Techland’s Ultra tier lists GPUs such as the NVIDIA RTX 5070 and AMD Radeon RX 9070. Those product names reflect very recent or next‑gen SKU naming conventions. While the studio is explicit about those SKUs in the published table, readers should treat these as the developer’s target hardware envelopes rather than a hard lockdown that forbids other high‑end cards (for example, an RTX 4090 or a current‑gen RX 7900 XTX may still outperform or match the listed parts depending on driver and game optimizations). This is especially important because the card listed for Ultra appears to reflect new generation numbering rather than an exclusive hardware requirement. Flagging this as tentative is prudent. (wccftech.com, pcgamesn.com)

Upscalers and “visual parity” tradeoffs​

DLSS 4 and frame generation, Intel XeSS 2, and AMD’s FSR iterations are powerful tools, but using frame generation to reach a target framerate changes both input/latency behavior and visual presentation. Frame generation can reduce GPU load dramatically, but it does not produce the exact same frames as native rendering—expect differences in motion clarity, micro‑jitter, and potential visual artifacts. The recommended path for many players is to combine moderate native rendering resolution with upscaling to balance quality and performance. Techland’s support for all three major upscalers gives PC players options, but it also means benchmarking and personal preference will determine the best approach. (wccftech.com, insider-gaming.com)

Storage and patching headroom​

Techland lists a 70 GB SSD requirement, but real‑world installs and day‑one patches often push that number up. Allocate extra SSD space for patches, temporary download files, and future optional content. Installing on NVMe/SSD will matter for streaming large open‑world assets and reducing stutter on systems with slower drives. (store.steampowered.com, gamespress.com)

Driver maturity and platform variance​

DLSS 4 and other new features generally rely on up‑to‑date GPU drivers and sometimes on OS updates. Early adopters of cutting‑edge drivers or brand‑new GPUs can face teething issues, so waiting for stable WHQL / Game Ready drivers or planned day‑one performance patches is a safe choice if you rely on peak stability. Expect driver updates from NVIDIA, AMD, and Intel around launch. (wccftech.com, pcgamesn.com)

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Upgrade checklist: how to get the experience you want (practical steps)​

• Verify Windows and firmware
• Ensure Windows 10 (latest updates) or Windows 11 is installed.
• Update motherboard BIOS/UEFI to the latest vendor version to avoid compatibility issues with new CPUs and memory timing.
• Confirm SSD and free space
• Reserve at least 100 GB free for the OS, the game (70 GB), and day‑one patches. Use an NVMe SSD where possible for faster streaming.
• GPU and driver
• If you own an RTX 30/40‑series or equivalent AMD part and target 1440p, update to the latest official drivers.
• If chasing 4K Ultra with RT, plan a GPU upgrade toward the studio’s High/Ultra recommendations or a current‑gen card with comparable performance.
• Memory and CPU
• Keep 16 GB RAM as baseline; upgrade to 32 GB if pursuing 4K/High settings or heavy background multitasking.
• Use a CPU that matches or exceeds the listed processors for your target tier—single‑thread and core counts both matter for consistent frame pacing.
• Test upscaling options
• Try DLSS 4, Intel XeSS 2, and FSR variants in practice sessions; prefer the upscaler that gives the best mix of visual quality and latency for your display and framerate target.
• Allow for driver/patch windows
• If you want the most stable experience on day one and plan to use the newest upscalers or frame generation, consider waiting a few days for driver and patch rollouts. This reduces the chance of encountering early driver‑level issues. (wccftech.com, pcgamesn.com)

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Performance expectations and benchmarking notes​

• Expect a large delta between non‑RT and RT performance. Ray tracing performance still leans heavily on RT hardware throughput and memory bandwidth; enabling RTGI and reflections increases VRAM usage and shader time substantially.
• Frame generation can dramatically improve framerates for given GPU hardware, but it does not replace the need for raw GPU rasterization power if you want maximum native fidelity.
• Synchronous benchmarking across multiple GPUs and CPUs will matter: single‑instance charts (e.g., one reviewer’s RTX 4070 Ti numbers) can differ depending on driver versions, in‑game settings, and whether frame generation / FSR is enabled. Wait for multi‑site benchmarks if you’re buying hardware specifically for this game. (pcgamesn.com, wccftech.com)

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Strengths of Techland’s PC approach​

• Comprehensive PC feature set. Techland has explicitly built in support for the modern PC ecosystem—DLSS 4, XeSS 2, FSR 3.1/4, NVIDIA Reflex 2, and broad customization—which gives players the tools to tune experience across a wide range of hardware. This is a real win for PC gamers who want to balance fidelity and performance. (wccftech.com, gamespress.com)
• Clear tiering. The Minimum → Ultra breakdown is practical and helps buyers plan upgrades. Techland also separates desktop and laptop requirements, which is an honest acknowledgment of platform differences. (mp1st.com, gamespress.com)
• Explicit SSD requirement and modern OS baseline. Requiring an SSD and Windows 10+ ensures smoother streaming in a large open world and reduces a common source of stutter for older installs. (store.steampowered.com)

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Risks and downsides for PC players​

• Ultra tier ties to very recent SKU names. Listing RTX 5070 / RX 9070 in the Ultra line could be confusing or interpreted as a hard requirement—those SKUs track to very recent or near‑future product families and can be read as aspirational hardware. Players with powerful but slightly older GPUs may still achieve excellent results, but the naming choice raises expectations and can generate upgrade pressure. Treat the Ultra SKUs as the developer’s performance targets, not a strict exclusion. (wccftech.com, pcgamesn.com)
• Complexity of feature interactions. The interplay between RT, DLSS 4 (and frame generation), FSR 4, and XeSS 2 creates many permutations of quality vs. performance. That’s powerful for users but can be overwhelming for less technical players who want a one‑click “best” option. Expect community guides and prescriptive presets in the weeks after launch. (wccftech.com)
• Driver and early‑patch volatility. New upscaling/frame‑generation features often arrive before drivers and games settle into steady behavior. Early adopters should be prepared for occasional driver updates or game patches to smooth performance. (wccftech.com, gamingbolt.com)

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Final verdict: Should you upgrade?​

• If you’re running a midrange GPU (RTX 3060 / RX 6600 / equivalent), you can reasonably aim for 1440p/60 on Medium with 16 GB RAM—but don’t expect Ultra ray‑traced fidelity without a larger investment. (wccftech.com, pcgamesn.com)
• If your goal is 4K/60 with ray tracing enabled at the highest fidelity, plan on either a current top‑tier GPU or the newly targeted SKUs Techland lists, plus 32 GB of RAM and a modern CPU. Factor in the cost of a GPU and the fact that driver/game optimizations in the weeks after launch can materially affect performance. (wccftech.com, pcgamesn.com)
• For laptop players, follow the studio’s laptop chart closely—many modern gaming laptops will handle 1080p/60 or 1440p/60 depending on the GPU tier, but thermal throttling and power limits mean individual laptop designs can vary widely from the published reference. (wccftech.com)

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Quick reference: condensed spec checklist​

• Minimum: GTX 1060 / RX 5500 XT / Arc A750 + i5‑13400F / Ryzen 7 5800F + 16 GB RAM + 70 GB SSD. (mp1st.com, store.steampowered.com)
• Recommended: RTX 3070 Ti / RX 6750 XT + i5‑13400F / Ryzen 7 7700 + 16 GB RAM + 70 GB SSD. (wccftech.com, pcgamesn.com)
• High: RTX 4070 Ti / RX 7900 GRE + i7‑13700K / Ryzen 9 7800X3D + 32 GB RAM + 70 GB SSD. (wccftech.com, pcgamesn.com)
• Ultra: RTX 5070 / RX 9070 + i9‑14900K / Ryzen 9 7950X3D + 32 GB RAM + 70 GB SSD (developer targets; treat SKU naming as a performance envelope). (wccftech.com, pcgamesn.com)

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Closing analysis​

Techland has given PC players a clear, modern feature set and a sensible tiered approach for Dying Light: The Beast, but the Ultra tier’s inclusion of next‑gen SKU names and the presence of cutting‑edge features such as DLSS 4 frame generation mean that the best experience will be biased toward recent hardware and updated drivers. For most players the Recommended tier will be the practical sweet spot—offering 1440p/60 at Medium without the cost of high‑end RTX 40/50 or RDNA‑next‑gen upgrades—while enthusiasts who chase native 4K with full RT should budget for a significant hardware bump.
Plan your upgrades around real benchmarking data once multiple reviewers publish numbers, and balance the tradeoffs between native rendering and modern upscalers/frame generation depending on whether you prize visual fidelity or raw framerate. Above all, allow room for driver updates and day‑one patches: modern PC launches that push the bleeding edge almost always benefit from a few weeks of ecosystem stabilization. (wccftech.com, store.steampowered.com, pcgamesn.com)

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Source: MP1st Dying Light: The Beast PC Specs - Here's What You Need to Run the Game
Source: Gameranx Dying Light: The Beast Finally Has Its PC System Requirements Unveiled - Gameranx
Source: Eurogamer https://www.eurogamer.net/here-are-the-pc-requirements-for-dying-light-the-beast/
Source: Wccftech https://wccftech.com/dying-light-the-beast-pc-requirements-nvidia-dlss-4-amd-fsr-4-intel-xess-2/

 

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Techland’s PC requirements for Dying Light: The Beast land squarely between “accessible” and “future‑ready,” promising smooth 1440p/60 play for mainstream rigs while reserving native 4K and ray‑traced Ultra modes for high‑end, very recent GPUs — and the studio’s published tables and storefront pages make those performance envelopes explicit. (store.steampowered.com) (techland.net)

Background​

Dying Light: The Beast is Techland’s next major entry in the Dying Light franchise, shifting focus to Kyle Crane’s struggle to control a beast within and setting the action in the rural, atmospheric Castor Woods. The game was moved to a September 19, 2025 release to allow extra polish, and Techland has published a four‑tier PC spec sheet (Minimum, Recommended, High, Ultra) plus a separate laptop chart to cover portable hardware. (techland.net) (gematsu.com)
The headline claim that matters to most Windows PC players is straightforward: the Recommended tier targets 1440p at 60 FPS on Medium settings without requiring flagship silicon, while native 4K/60 with high settings and ray tracing is explicitly billed as a high‑end proposition. That framing appears across the official Steam store and Techland’s press materials. (store.steampowered.com) (gamespress.com)

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What Techland Published: The System Requirements, Explained​

Desktop tiers — Minimum, Recommended, High, Ultra​

The published desktop tiers are intended to map performance targets to representative CPU/GPU pairings. The essentials are:

• Minimum (1080p, 30 FPS, Low): GPU — GTX 1060 / RX 5500 XT / Intel Arc A750 (6 GB); CPU — Intel i5‑13400 / Ryzen 7 5800F; RAM — 16 GB; Storage — 70 GB SSD; OS — Windows 10 or newer. (store.steampowered.com) (insider-gaming.com)
• Recommended (1440p, 60 FPS, Medium): GPU — RTX 3070 Ti / RX 6750 XT / Intel Arc B580 (8 GB); CPU — Intel i5‑13400F / Ryzen 7 7700; RAM — 16 GB; Storage — 70 GB SSD. (store.steampowered.com) (gamespress.com)
• High (4K, 60 FPS, High): GPU — RTX 4070 Ti / RX 7900 GRE (12 GB); CPU — i7‑13700K / Ryzen 9 7800X3D; RAM — 32 GB; Storage — 70 GB SSD. (gamespress.com)
• Ultra (4K, 60 FPS, Ultra with RT + Frame Generation): GPU — RTX 5070 / AMD RX 9070 / Intel Arc (12 GB listed); CPU — i9‑14900K / Ryzen 9 7950X3D; RAM — 32 GB; Storage — 70 GB SSD. Techland pairs this tier explicitly with ray‑traced global illumination/reflections and vendor upscalers + frame generation. (gamespress.com) 

These are the numbers Techland published and the Steam store displays; usage notes from the studio call out modern PC technologies — DLSS 4 (including frame generation), AMD FSR 3.1/4 (on selected devices), Intel XeSS 2, Nvidia Reflex 2, AMD AntiLag 2, HDR, and wide‑format support — as critical levers to reach the stated targets. (gamespress.com)

Laptop chart​

Techland published a separate laptop chart listing Minimum, Recommended, and High laptop targets that reflect mobile power envelopes (e.g., RTX 3050 → RTX 4070 laptop class) and mobile Intel/AMD CPUs/AI silicon. The laptop Recommended tier targets 1080p/60 Medium on an RTX 3080 Laptop or similar, while a High laptop tier targets 1440p/60 on stronger HX‑class chips. The SSD and 70 GB install headline remain consistent across laptop tiers. (gamespress.com)

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Quick Summary of the Numbers (for scanning)​

• 70 GB SSD required (install footprint and streaming benefits). (store.steampowered.com)
• 16 GB RAM baseline for Minimum/Recommended; 32 GB recommended for High/Ultra. (gamespress.com)
• 1440p/60 is achievable on mainstream desktop GPUs (RTX 3070 Ti / RX 6750 XT). (insider-gaming.com)
• Ray tracing + Ultra 4K is clearly aimed at very recent or next‑gen cards (studio lists RTX 5070 / RX 9070). Treat those SKU names as target hardware envelopes. (gamespress.com)

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How Realistic Are These Targets in Practice?​

The role of upscalers and frame generation​

Modern AAA PC titles increasingly depend on upscaling + frame generation to hit smooth framerates without native rendering at full resolution. Techland lists support for NVIDIA DLSS 4 (including frame generation), AMD FSR 3.1 & FSR 4 (limited device availability), and Intel XeSS 2. On a rig that meets the Recommended spec, using a balanced upscaler/performance combo should make the 1440p/60 target attainable while keeping visual fidelity high. However, aggressive frame generation affects perceived input latency and motion clarity, which matters for fast, reflexive encounters. (gamespress.com)
Practical takeaway:

• Use upscalers to hit framerate targets on mid‑range GPUs.
• Keep frame generation settings conservative if input latency matters (e.g., if streaming or competing online). (insider-gaming.com)

VRAM and GPU throughput: the dominant gating factors​

VRAM and raw GPU throughput remain the biggest constraints for visual fidelity at 1440p and especially 4K. Techland’s Recommended tier lists an 8 GB GPU allocation, which is realistic for medium settings at 1440p when paired with upscalers. The High and Ultra tiers jump to 12 GB and explicitly ask for GPUs with greater raw shader/RT throughput; this reflects the heavy cost of RTGI, reflections, and higher resolution texture sets. Expect VRAM pressure and texture streaming to be the first cause of stutters on slower drives. (gamespress.com)

CPU and RAM: less dramatic, but not negligible​

Techland keeps CPU targets reasonable for non‑competitive targets: i5‑13400F levels for Recommended, while High/Ultra cite mid/high i7/i9 and Ryzen X3D silicon. That mirrors the modern pattern where GPU is the primary bottleneck at higher resolutions and ray‑traced workloads, but fast multi‑core CPUs do help reduce frame‑time spikes on large open worlds and improve CPU‑bound background tasks (streaming, simulation, physics). RAM recommendations (16 vs 32 GB) align with other AAA releases — 16 GB is fine for single‑task play at lower settings, 32 GB adds headroom for Ultra, mods, or background apps like capture/streaming. (insider-gaming.com)

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Strengths — What Techland Got Right​

• Clarity and tiers: The four‑tier system is clear and actionable. Players can map their rigs to an expected target (1080p/30, 1440p/60, 4K/60). This is useful for purchasing or for moving settings in‑game. (gamespress.com)
• Modern PC feature set: Full support for DLSS 4 (and frame generation), Intel XeSS 2, AMD FSR, HDR, ultra‑wide, and latency optimizations show the studio intends to tune for all major GPU ecosystems. That increases the practical player base able to reach stated targets. (gamespress.com)
• Accessible baseline: Minimum specs remain within reach for older but still common hardware (GTX 1060 / RX 5500 XT). The SSD requirement modernizes the install experience and reduces streaming hitches. (store.steampowered.com)
• Transparent install footprint: A clear 70 GB SSD headline helps players prepare storage. That number is realistic for a modern open‑world title with high‑quality assets. (store.steampowered.com)

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Risks, Caveats, and What to Watch For​

• Ultra‑tier SKU names may be aspirational: The Ultra list includes SKUs (RTX 5070, RX 9070) that map to very recent or next‑gen product names. Treat those entries as the studio’s target hardware envelope rather than a strict requirement — existing flagship cards from the previous generation may still perform comparably depending on drivers and optimizations. Flag this as tentative until independent benchmarks appear. (gamespress.com)
• Frame generation tradeoffs: Hitting 4K/60 with RT “enabled” on Ultra likely assumes frame generation. That changes the feel of motion and introduces potential artifacts; competitive players or low‑latency purists should budget for stronger native GPU performance rather than relying solely on frame generation. (insider-gaming.com)
• Driver and upscaler maturity: DLSS 4 and FSR 4 are very new technologies. Early driver/Game Ready releases historically introduce edge‑case stability issues. Expect day‑one driver patches and potential follow‑up hotfixes from GPU vendors. Waiting a week or updating drivers right before play is advisable. (insider-gaming.com)
• Storage headroom: The 70 GB figure is a good baseline, but day‑one patches, optional assets, and temporary files will push actual consumption higher. Reserve an extra 20–40 GB on the target SSD to avoid install problems. (gamespress.com)
• Laptop variability: The laptop chart is useful, but laptop performance is highly dependent on power budgets and thermal design. A laptop RTX 3080 in a thin chassis will not match a full desktop RTX 3080; interpret laptop entries as targets rather than guarantees. (gamespress.com)

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Upgrade and Tuning Recommendations​

If you have an older mid‑range rig (GTX 10/16/20 series)​

• Expect playable 1080p/30 at Low settings per Techland’s Minimum tier.
• Use an upscaler (if available on your GPU) and prioritize SSD installation to minimize streaming stutters. (store.steampowered.com)

If you own a mainstream modern rig (RTX 3060/3070 / RX 6600–6750)​

• Target the Recommended tier: 1440p/60 Medium settings using DLSS/FSR/XeSS for upscaling to balance fidelity and smoothness.
• Keep background apps closed and ensure GPU drivers are up to date. (insider-gaming.com)

If you are an enthusiast chasing 4K/RT​

• Budget a high‑end GPU (RTX 4070 Ti and above, or AMD RX 7900 series) and consider 32 GB RAM to minimize memory‑paging artifacts.
• Expect to rely on either modern DLSS 4 + frame generation or a true flagship GPU for native frame rates. (gamespress.com)

Laptop buyers​

• Prefer HX‑class CPUs and 80W+ laptop GPUs for Recommended/High tiers.
• Verify thermal throttling behavior in real reviews — laptop class performance can vary massively across vendors even with the same silicon. (gamespress.com)

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Troubleshooting and Pre‑Launch Prep​

• Install on NVMe SSD when possible to speed asset streaming and reduce hitching. Techland’s installer requires an SSD per published notes. (store.steampowered.com)
• Update GPU drivers to the latest Game Ready or Adrenalin release matched to the launch window; new titles often trigger driver patches that improve stability and performance. (insider-gaming.com)
• If experiencing crashes, check for BIOS/UEFI updates and Windows updates; open‑world titles with anti‑cheat systems or kernel hooks can fail on outdated firmware. (This is a general best practice for recent AAA releases.) (insider-gaming.com)
• For multi‑monitor or ultrawide setups, be prepared to tweak resolution scaling and refresh rates; the title advertises ultra‑wide support, but frame pacing can be sensitive at non‑standard aspect ratios. (gamespress.com)

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What This Means for the PC Market and Players​

Dying Light: The Beast’s requirements are a useful snapshot of where AAA PC performance expectations stand in late 2025:

• Accessibility persists: 16 GB RAM baselines and modest Minimum GPUs keep the game available to a wide installed base — an important commercial decision for a single‑player survival horror title. (store.steampowered.com)
• Upscalers are mainstream: The studio’s explicit support for DLSS 4, FSR 3.1/4 and XeSS 2 shows that frame generation/upscaling are no longer optional add‑ons; they are core performance levers that shape real‑world experience. (gamespress.com)
• Ultra fidelity remains premium: Native 4K and heavy RT still require new silicon or reliance on frame generation. The industry continues to bifurcate into mainstream (good fidelity with upscalers) and premium (native high‑fidelity RT) experiences. (insider-gaming.com)

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Final Verdict and Practical Checklist​

Dying Light: The Beast presents a pragmatic and realistic set of system requirements that let mainstream players enjoy a high‑quality 1440p/60 experience without replacing the entire rig, while signalling that true Ultra + RT fidelity is a high‑end proposition. The studio’s decision to publish clear tiers with target GPUs, CPUs, and a single‑number install footprint (70 GB SSD) is welcome.
Before hitting “install,” follow this checklist:

• Confirm at least 70 GB free on an SSD (NVMe preferred). (store.steampowered.com)
• Match your target resolution to the tier: 1080p → Minimum; 1440p → Recommended; 4K → High/Ultra. (gamespress.com)
• Update GPU drivers and Windows; expect vendor hotfixes around launch. (insider-gaming.com)
• Decide whether to use frame generation (trade latency for FPS) or prefer native frames (budget for stronger GPU). (gamespress.com)
• If on laptop hardware, consult real‑world reviews for thermal throttling and sustained clocks. (gamespress.com)

A note of caution: the Ultra tier lists next‑gen or very new SKU names in places; regard these as the studio’s target hardware envelope rather than immutable rules — independent benchmarking in the first post‑launch weeks will be the truest guide to real‑world performance. (gamespress.com)
Dying Light: The Beast’s PC requirements reflect the balancing act modern developers face: keep entry barriers low enough to reach a broad audience, while showcasing cutting‑edge visuals for players with the latest hardware. For the majority of Windows gamers, the Recommended tier offers the best compromise of image quality and performance; enthusiasts who want RTRAY at Ultra will pay the premium in GPU silicon or accept the tradeoffs of frame generation. (insider-gaming.com)

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Source: Khel Now Dying Light The Beast: PC Requirements revealed by Techland