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Deadlock does not yet have a complete official minimum or recommended PC specification. Steam’s support page currently says only “Requires a 64-bit processor and operating system”; its operating-system, processor, graphics and sound-card fields remain without details, and the release date is also shown as to be announced. You can still tune a PC effectively: use the in-game Telemetry HUD during a crowded fight, identify whether the CPU or GPU is limiting performance, then adjust upscaling, shadows, particles and frame pacing in that order.
What Deadlock’s official PC requirements actually say
As of October 2026, Valve has not published a full hardware target for Deadlock. The Steam requirements page contains one requirement: Requires a 64-bit processor and operating system.
Both the minimum and recommended sections leave the operating-system, processor, graphics and sound-card entries unspecified. Steam also lists Deadlock’s release date as to be announced.
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That means the CPU and GPU lists often repeated on unofficial pages should not be treated as Valve specifications. They may be sensible guesses or community starting points, but they are not a pass/fail test supplied by the developer. Deadlock is still changing, so a patch can alter frame rates, shader compilation, loading behavior or the best settings. The performance guide updated October 6, 2026 reflects the October 5, 2026 patch; use its recommendations as a method for tuning, not as a permanent guarantee.
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| Item | What is established | How to use it |
|---|---|---|
| Operating system | Steam lists only a 64-bit processor and operating system; the specific OS is unspecified. | Run a supported 64-bit Windows installation and keep it updated, but do not claim a specific version is an official minimum. |
| Processor | Official model, core count and speed are unspecified. | Judge your CPU by sustained frame time in a real match, especially during team fights. |
| Graphics card | Official model and VRAM requirement are unspecified. | Use upscaling and effects tests to determine whether the GPU is limiting your target resolution. |
| Memory and storage | Valve has not posted capacities. | 16 GB of RAM and an SSD are practical recommendations for a modern Source 2 setup, not official requirements. |
Can your PC run Deadlock?
Without official minimum specifications, the useful question is not simply “Will it launch?” It is whether your system can maintain an acceptable frame time at your chosen resolution when several players use abilities at once. Check the following before buying hardware.
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- 64-bit platform: The only explicit Steam requirement is a 64-bit processor and operating system.
- Memory headroom: The performance guide calls 16 GB a comfortable baseline when Deadlock runs alongside Discord and a browser. Less memory can force paging when background applications are open.
- Solid-state storage: An SSD is strongly recommended. A hard drive can mean longer loads and more noticeable in-game hitches, even when average FPS appears adequate.
- Graphics memory: The guide says cards with 6 GB or more can usually run Medium or High textures with little FPS cost. This is practical guidance, not a measured requirement or benchmark.
- Cooling and power: Sustained clocks matter more than a short benchmark. On a laptop, test while plugged in and use Windows High Performance mode when available.
Install the game, close unnecessary overlays and browsers, and test a normal match. An empty lane can look smooth while a team fight exposes the real limitation. Do not infer a guaranteed FPS number from a GPU model alone; drivers, CPU speed, thermals, resolution and the current patch all change the result.
Use Telemetry to find the real bottleneck
Start with measurement rather than random slider changes. Open Settings → Game → Telemetry and enable the HUD. Watch FPS and frame time while reproducing the problem in a real match or a busy fight. The performance guide recommends changing one setting at a time and testing in that same demanding situation.
GPU-limited behavior
If lowering render resolution or enabling stronger upscaling produces a clear FPS increase, the GPU is probably the constraint. In that case, keep the monitor’s native resolution if possible and begin with FSR (available on any GPU) or DLSS (on supported NVIDIA RTX hardware) set to Quality. Quality upscaling usually retains more edge detail than immediately lowering the desktop or in-game resolution. Use Balanced only when Quality cannot meet your frame-time target; reserve Performance for cases where you accept that distant targets become harder to read.
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CPU- or engine-limited behavior
If changing upscaling or resolution barely changes FPS, the workload may be CPU-limited or limited by the game engine. A faster graphics card will not necessarily fix that result. Lowering shadows and particles can still improve busy-fight consistency, but investigate background tasks, CPU temperatures, power limits and frame caps before spending on a GPU.
What to record during a test
- Resolution and refresh rate.
- Average FPS and the frame-time spikes shown during a fight.
- Whether an upscaling change materially alters FPS.
- Texture setting and available VRAM.
- Map location and the number of active effects, so later tests are comparable.
Best Deadlock settings for higher, steadier FPS
Apply these changes in order, testing after each one. The goal is stable frame time and readable targets, not the highest number in an empty area.
- Keep native resolution initially. It preserves clarity for distant enemies and lets you see whether individual options, rather than resolution, are responsible for drops.
- Set FSR or DLSS to Quality when the GPU is limiting. FSR works with any GPU; DLSS requires compatible NVIDIA RTX hardware. Move to Balanced only if Quality is insufficient. Avoid Performance unless necessary because the lower internal resolution makes distant targets harder to distinguish.
- Set shadows to Low or Medium. Shadows are expensive and can add visual noise during fights. Reducing them is generally a better first compromise than making the whole image soft.
- Set particles and effects to Low or Medium. Ability and spirit effects are major team-fight costs, so this option targets the moments where FPS usually falls.
- Turn ambient occlusion Off. It adds a relatively small visual benefit compared with its cost in a competitive scene.
- Set anti-aliasing to Low. Keep an eye on flickering edges; if they are distracting, test a higher level only after your frame-time target is secure.
- Keep textures as high as your VRAM allows. The guide’s 6 GB example indicates that Medium or High textures are often practical on cards with at least that capacity, with little FPS cost. Reduce textures if you see VRAM-related hitching or warnings.
- Turn V-Sync Off. If tearing appears, cap FPS a few frames below the monitor’s refresh rate. A cap the PC can hold consistently feels better than a high, fluctuating peak.
- Use exclusive fullscreen when practical. The guide identifies it as the lowest-latency choice, although borderless mode may be more convenient for switching applications.
- Enable NVIDIA Reflex if the option is present. It is intended to reduce latency on supported hardware; verify that the option is available on your system rather than assuming every GPU supports it.
A sensible starting profile
| Setting | Starting value | Why |
|---|---|---|
| Resolution | Monitor native | Preserves target clarity while you diagnose the bottleneck. |
| Upscaling | FSR or DLSS Quality | Reduces GPU load with less blur than Performance modes. |
| Shadows | Low or Medium | Targets an expensive, visually noisy effect. |
| Particles/effects | Low or Medium | Reduces ability and spirit-effect costs in team fights. |
| Ambient occlusion | Off | Favors clarity and frame time over subtle contact shading. |
| Anti-aliasing | Low | Limits processing cost; raise only if edge quality is unacceptable. |
| Textures | Medium or High when VRAM permits | Texture quality generally costs less FPS than effects, but watch VRAM use. |
| V-Sync | Off | Allows a controlled FPS cap and avoids added synchronization latency. |
| FPS cap | A level your PC sustains | Consistency is preferable to a fluctuating maximum. |
Hardware starting points (not official benchmarks)
The following classes come from the cited performance guide. They are starting points, not measured FPS results or guarantees. Compare systems using sustained team-fight FPS, frame-time consistency, input latency, VRAM, storage behavior and total cost at the same resolution.
| Use case | Suggested starting class | Expected approach |
|---|---|---|
| High-end 1080p or 1440p target | RTX 4070 or RX 7800 XT class | Begin with native resolution and Quality upscaling if the GPU is limiting; tune effects for consistency. |
| Mid-range gaming PC | RTX 3060 or RX 6600 class | Use Quality upscaling when needed, lower shadows and particles, and choose a sustainable FPS cap. |
| Older laptop | Existing mobile hardware, all-low settings as needed | Use Quality or Balanced upscaling and a 60 FPS cap as a practical starting strategy; test while plugged in. |
These examples do not establish that any model reaches a particular FPS. A CPU-limited system may show almost no gain from a more powerful GPU, while insufficient VRAM or a hard drive can cause hitches that average-FPS figures hide.
Fix Deadlock stutter and sudden FPS drops
When drops happen only in team fights
Enable Telemetry, reproduce a crowded fight, and lower particles/effects first, followed by shadows. Keep a stable cap rather than chasing the peak shown in an empty lane. If the frame-time graph remains CPU-limited, close background applications and overlays and check CPU temperatures and power settings.
When the game hitches while loading or entering areas
Move the installation to an SSD if it is on a hard drive. The practical guidance specifically associates hard drives with worse load times and in-game hitches. Keep at least enough free space for normal operating-system and game updates so the drive is not continually forced to work at its limit.
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When FPS does not improve after lowering resolution
That result points away from a pure GPU bottleneck. Restore a readable resolution, keep effects modest, and investigate CPU load, thermals, background programs and engine behavior. Purchasing a faster GPU alone is unlikely to solve a limit that does not respond to reduced pixel work.
When stutter begins after a patch or driver change
Update the GPU driver, restart the PC, and verify the game files in Steam. Shader or asset changes after a patch can alter the first-run experience. Re-test in the same match conditions after the update rather than comparing an old empty-lane result with a new team fight.
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Play while plugged in, select Windows High Performance mode, and check for thermal throttling. If clocks fall as the system heats, lowering effects and using a sustainable cap can produce a better experience than allowing an uncapped burst followed by severe drops.
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When tearing appears with V-Sync disabled
Keep V-Sync off and cap the frame rate a few frames below the monitor’s refresh rate. Adjust the cap until the frame-time graph stays stable during fights. If latency is more important than tearing control, retain the cap that your PC can hold without oscillation.
How to compare an upgrade or another PC
Do not compare a headline GPU name or an uncapped FPS screenshot. Match the conditions: same resolution, graphics preset, driver state, map situation and frame cap. Then evaluate:
- Team-fight FPS and frame time: sustained performance matters more than an empty-lane maximum.
- CPU versus GPU limitation: test a resolution or upscaling change to see which component responds.
- VRAM capacity: enough capacity lets you keep textures readable without hitching.
- Input latency: compare the effect of fullscreen mode, Reflex where available, V-Sync and the chosen cap.
- Storage load behavior: an SSD can improve loading and hitching even when it does not raise average FPS.
- Total cost and compatibility: include the power supply, laptop cooling, memory capacity and available expansion space.
Because Valve’s detailed requirements are still unspecified and no independent benchmark figures are available, treat every hardware class as a hypothesis to test on your own system. Recheck settings after substantial patches; the game’s evolving build can change the balance between CPU work, GPU effects and shader compilation.
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