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There is no verified “best preset” for Tabletop TD yet. The game is planned for November 2026, and its official Steam listing currently publishes only minimum PC requirements. It does not state a recommended specification, target resolution, graphics preset, benchmark result, or frame-rate target. You can still prepare a sensible performance profile: begin with the default settings, test a repeatable busy scene, then reduce resolution or render scale before lowering detail and shadows.
That method is provisional rather than a tested Tabletop TD configuration. A final build, later patches, and real late-wave or four-player scenes could change the results.
What is officially known about Tabletop TD performance?
Tabletop TD is a tabletop-style tower-defense game from hummmmmmm, published by Leveritt Studio. The announced design includes solo play and online co-op for up to four players. Its planned release window is November 2026, so the game is not yet a finished retail release.
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The current Steam/Leveritt Studio listing, published in 2026, gives a compatibility floor but not a performance promise. Meeting the floor means that a computer satisfies the listed operating-system, processor, memory, graphics API, video-memory, and storage requirements. It does not prove that the machine will deliver 1080p, 60 frames per second, a high preset, stable frame times, or smooth performance during dense waves and multiplayer activity.
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Published minimum requirements
| Component | Official minimum | What that establishes |
|---|---|---|
| Operating system | Windows 10 64-bit, version 21H1 (build 19043) or newer | The listed Windows baseline for compatibility |
| Processor | x64 processor with SSE2 | A 64-bit CPU with the SSE2 instruction set |
| Memory | 8 GB RAM | The stated system-memory floor |
| Graphics processor | DirectX 11-capable GPU with 2 GB VRAM | The stated graphics compatibility floor |
| Graphics API | DirectX 11 | The required rendering API |
| Storage | 2 GB available space | The listed disk-space requirement |
No complete recommended tier has been published. There is also no official target for 1080p, 60 FPS, a particular quality preset, or a minimum frame rate in late waves or four-player co-op. Treat any online preset claiming to guarantee those outcomes as speculation until a final build and repeatable measurements exist.
Why a minimum-specification PC may still need lower settings
Minimum requirements answer whether a game is intended to launch on a class of hardware. They do not describe the workload at every point in play. A tower-defense scene can become more demanding as more enemies, towers, projectiles, lighting effects, and player actions appear. Online co-op can add additional simulation and networking work. The listing does not publish measurements for those situations, so the performance impact for Tabletop TD cannot yet be quantified.
Two computers that both meet the minimum can behave differently for reasons unrelated to the headline GPU model. Output resolution changes the number of pixels rendered. Render scale, when a game offers it, changes the internal resolution before the image is displayed. Shadow and detail options alter scene complexity. Driver state, background applications, the selected GPU, thermal limits, and the specific wave or multiplayer activity also affect frame pacing.
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For that reason, use the following process to find a stable setting on your own system rather than copying a single number from another game.
Step-by-step settings workflow
1. Confirm the PC before changing graphics options
- Check that Windows is 64-bit and is version 21H1/build 19043 or newer. A newer Windows release also satisfies that stated baseline.
- Confirm that the processor is x64 and supports SSE2.
- Check installed RAM. The published floor is 8 GB.
- Identify the GPU that Tabletop TD will use and confirm that it supports DirectX 11 with at least 2 GB of VRAM.
- Make sure at least 2 GB of storage is available for the game, while leaving additional free space for Windows, drivers, updates, and other applications.
These checks establish compatibility only. They are not a prediction of a particular frame rate.
2. Start with the default profile
After installation, launch the game and leave its initial graphics profile unchanged for the first test. Record the display resolution, window mode, quality preset, render scale, shadow quality, and detail or effects controls if those options are present. A baseline tells you which change helped and prevents several settings from being altered at once.
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If the game creates a default profile based on detected hardware, keep a copy of those values. Because the title is pre-release, menu names and available options may change between builds.
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Repair Windows errors before they cause bigger problemsFix Now →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →3. Choose a repeatable, busy test scene
Use the same map, wave, camera position, and game speed for each comparison whenever possible. A quiet opening wave can hide a problem that appears later. Prefer a later wave or another consistently busy scene; if online co-op is available in your build, include a multiplayer scene when that is the way you normally play.
Observe more than an average FPS number. Look for uneven frame pacing, pauses when many objects appear, delayed input, or a sudden drop when effects overlap. If the game provides an in-game performance display, use it. Otherwise, compare the same scene by eye and note the settings and conditions for each run.
4. Reduce output resolution or render scale first
If the image is too slow, lower output resolution or internal render scale before changing several quality controls. This reduces the number of pixels the GPU must process and usually has the clearest effect when the graphics processor is the limiting component.
Change one control at a time. Test the same busy scene after each adjustment. Stop lowering resolution when the image becomes unacceptably soft or when the frame-time problem remains unchanged; at that point, another bottleneck is likely involved.
Only use a render-scale option if the final game exposes one. The current listing does not confirm which graphics controls or scaling modes will ship.
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5. Lower detail and shadow quality next
If reducing pixels is not enough, reduce scene detail and shadow quality, provided those controls exist. Shadows can be expensive because they require additional scene work, while detail or effects settings can reduce the complexity of objects and visual effects. Make one change, replay the same test, and compare frame pacing.
Do not assume that the lowest preset is automatically the best experience. A moderate detail level with a lower render scale may look clearer than an extremely low-detail image at a higher resolution, but the right balance depends on your display and hardware.
6. Remove avoidable background load
Close unnecessary applications, launchers, browser tabs, recording jobs, and downloads before testing. Background CPU or memory use can create stutter even when the graphics settings are reasonable. Treat this as troubleshooting, not as an additional Tabletop TD requirement; the developer has not published a background-process specification.
7. Verify the intended GPU and driver state
On systems with integrated and discrete graphics, verify that the game is using the intended GPU. Also check that the graphics driver is current and installed correctly. A game running on an unexpected adapter can perform poorly despite meeting the listed 2 GB VRAM and DirectX 11 baseline.
If a driver update coincides with a new problem, record the driver version and whether reverting to the previous stable version changes the behavior. Keep notes so that a later game patch can be compared with the same setup.
8. Re-test after every patch
Tabletop TD is planned for a future release, and optimization, effects, defaults, and requirements may change before and after launch. Re-run the busy-scene test after major updates. Do not assume that a setting that worked in an early build will remain optimal.
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Which setting should you turn down first?
Use this order as a practical decision tree, not as a confirmed Tabletop TD benchmark:
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- Shadow quality: reduce it when shadows are the dominant expensive effect or when a shadow-heavy scene causes uneven frame times.
- Detail and effects quality: lower these when object complexity, particles, or other effects coincide with slowdowns.
- Preset level: use a lower overall preset only after noting which individual controls matter. A preset can change several variables at once and make diagnosis harder.
The game’s final menu may use different labels or omit some of these controls. If an option is absent, skip it rather than assuming another setting has the same effect.
Can your PC run Tabletop TD smoothly?
You can make a compatibility judgment from the published minimum, but not a guaranteed smoothness judgment. A computer that falls below any listed requirement is outside the developer’s stated support floor. A computer that meets it may launch the game, yet the available information does not establish a frame rate or resolution.
Use this pre-release checklist
- Windows 10 64-bit version 21H1/build 19043 or newer is installed.
- The CPU is x64 and supports SSE2.
- At least 8 GB of RAM is installed.
- The selected GPU supports DirectX 11 and has at least 2 GB of VRAM.
- At least 2 GB of storage is free for the installation.
- The game is assigned to the intended GPU, especially on a laptop with integrated and discrete graphics.
- You can test a repeatable busy scene rather than relying only on the opening minutes.
If all six hardware and software requirements are satisfied, describe the result as “meets the published minimum,” not “guaranteed to run smoothly.” Smoothness still depends on the final build, resolution, driver state, background load, wave density, and whether you are playing solo or in co-op.
Does Tabletop TD support 1080p or 60 FPS?
The currently published information does not answer either question. The Steam listing does not provide a target resolution, a 60-FPS target, a frame-rate cap, or a benchmark. It is therefore accurate to say that 1080p and 60 FPS have not been officially established, rather than to promise support or deny it.
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1Scan for outdated or missing drivers - takes under a minute2Repair Windows errors before they cause bigger problems3Fix the driver behind crashes, sound loss and screen glitchesOnce a final build is available, check the in-game display settings for resolution and refresh-rate choices, then test the same busy scene at the desired resolution. A 60-Hz display and a game capable of rendering 60 frames per second are separate considerations: the display determines how those frames are shown, while the game and hardware determine whether they can be produced consistently.
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Troubleshooting common performance symptoms
Low frame rate in every scene
- Confirm that the game is using the intended GPU.
- Lower output resolution or render scale.
- Reduce shadows, detail, or effects if those controls are available.
- Close background workloads and retest.
- Check driver installation and compare behavior after a clean restart.
If the frame rate remains low after these changes, note the exact build, resolution, GPU, driver, and scene. Without published benchmarks, those details are more useful than comparing the result with an assumed universal preset.
Good opening performance but stutter in later waves
Repeat the test at the same later wave and watch for frame-time spikes rather than only the average. Reduce shadows or effects, then test again. Keep the camera and game speed consistent so that you can tell whether the change helped. A late-wave result is especially important because the current requirements do not describe performance at high unit counts.
Solo play is fine but co-op is uneven
Compare a solo scene and a four-player scene at the same display settings. Record whether the slowdown is a sustained frame-rate drop, intermittent hitching, or a network-related pause. Lowering graphics quality can help a GPU-bound problem, but it will not necessarily fix a CPU, network, or server issue. The developer has not published separate co-op performance requirements.
Stutter after changing settings
Return to the last known profile, then change one option at a time. Confirm that the selected display mode and resolution actually applied. Restart the game if the build appears not to have reloaded a profile correctly. Preserve your notes so that a patch can be evaluated against the same baseline.
How to evaluate settings when the final build arrives
A useful comparison should report conditions, not just a single FPS number. Test the same scene on each preset and record:
| Measurement | Why it matters |
|---|---|
| Average FPS | Shows the general rendering rate during the chosen scene |
| 1% lows or frame-time consistency | Reveals hitching and short slowdowns that an average can hide |
| Output resolution and render scale | Identifies how many pixels the GPU is processing |
| Shadow quality | Shows the cost of shadow rendering at each preset |
| Effects and detail quality | Shows the effect of object and visual-complexity changes |
| VRAM use | Helps identify graphics-memory pressure on cards near the 2 GB floor |
| Late-wave behavior | Tests a dense scenario rather than an easy opening scene |
| Four-player behavior | Shows whether co-op changes frame pacing or responsiveness |
Run more than one pass when possible. Note the game version, operating system, CPU, GPU, RAM, driver, resolution, and background applications. This makes a result reproducible and prevents a one-time hitch from being mistaken for a settings rule.
What not to assume from early guides
- A minimum requirement is not a recommended specification.
- 2 GB of VRAM does not imply a high-quality preset or a particular resolution.
- DirectX 11 support does not establish 60 FPS.
- Meeting 8 GB of RAM does not guarantee smooth late-wave or four-player play.
- A preset from another game, or from an early Tabletop TD build, is not a verified launch configuration.
- A lower graphics setting cannot correct every CPU, driver, thermal, storage, or network problem.
Use the official minimum as a starting boundary, then rely on repeatable testing once the game is available. The most defensible “best” setting is the highest image quality that keeps frame pacing stable in the busiest scene you actually play.
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