Kingdom Come: Deliverance 2 Won’t Fully Flex Your RTX 50-Series GPU

Kingdom Come: Deliverance 2 can use the extra horsepower of an RTX 50-series graphics card, especially at 4K and on its demanding Experimental preset. But it does not showcase the technologies that most clearly separate Blackwell GPUs from older cards: conventional hardware ray tracing and native DLSS Multi Frame Generation.

That makes KCD2 a strong test of raw raster performance—and a relatively poor showcase for RTX 50-series-exclusive features.

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The short answer

An RTX 50-series card is not wasted in Kingdom Come: Deliverance 2. A faster GPU can deliver higher frame rates, better 4K headroom and more freedom to use Ultra or Experimental settings. The RTX 5090, in particular, is useful for native 4K and high-refresh play.

However, the game does not currently provide a radically different rendering mode for RTX 50 owners. The official technical FAQ describes Voxel Cone Tracing rather than conventional hardware ray tracing, and its documented DLSS support centers on Super Resolution—not native DLSS Multi Frame Generation.

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So the right conclusion is: KCD2 rewards a faster RTX 50-series GPU, but mainly through ordinary rendering performance rather than its headline Blackwell features.

Which RTX 50-series features does the game actually use?

It has advanced lighting—but not conventional hardware ray tracing

Calling KCD2 “non-ray-traced” does not mean it has simple lighting. Its world can look highly detailed because of its geometry, materials, foliage, shadows, volumetric effects and lighting system.

Warhorse uses Voxel Cone Tracing, an alternative lighting and shading technique intended to produce ray-tracing-like results without requiring conventional hardware ray tracing. It is not identical to hardware RT, and the game should not be treated as an RT benchmark in the same way as Cyberpunk 2077 or Alan Wake 2.

This explains the apparent contradiction: KCD2 can look technically sophisticated and still leave one of the most recognizable RTX features out of its rendering pipeline.

DLSS 4 is not one single feature

NVIDIA’s terminology makes this easy to misunderstand. “DLSS 4” can refer to several separate technologies:

• DLSS Super Resolution: renders internally at a lower resolution and reconstructs the output.
• DLSS Transformer model: a newer reconstruction model that can improve image quality and stability.
• DLAA: uses DLSS technology for anti-aliasing at native resolution instead of upscaling.
• DLSS Frame Generation: creates an additional frame between traditionally rendered frames.
• DLSS Multi Frame Generation: creates multiple additional frames and is the RTX 50-series headline feature.

NVIDIA’s RTX 50-series announcement identifies KCD2 as a DLSS-enhanced game and says the NVIDIA app can apply the newer Transformer model or DLAA. That does not turn the game into a full DLSS 4 Multi Frame Generation showcase.

In practical terms, an RTX 50 card can improve the game’s reconstructed image or render more native pixels per second, but you should not expect the enormous generated-frame multipliers NVIDIA advertises for games with native MFG support. Those “up to 8X” claims are not transferable to KCD2.

Why the game can still challenge a flagship GPU

The absence of hardware ray tracing does not make KCD2 easy to run. It is a large, dense RPG with demanding world detail, foliage, lighting, NPC activity, streaming and simulation.

The regular Ultra preset is already demanding. The Experimental preset is a more severe test and can be substantially slower. Independent testing from TechSpot and ComputerBase places RTX 4090-, RTX 5080- and RTX 5090-class cards in the relevant tier for 4K Experimental performance, with the RTX 5080 only narrowly clearing 60 fps in one ComputerBase test configuration.

Those are review-lab results, not universal guarantees. Results vary with the CPU, driver, game version, test route, upscaling mode and whether the reported number is an average or a low-percentile result. The game also lacks a built-in benchmark, so a countryside average may not represent a busy town, combat or traversal.

Separate testing from DSOGaming found the RTX 5090 capable of exceeding 60 fps at native 4K with maximum settings in its test system, while 4K DLSS Quality approached 100 fps. Again, this demonstrates the card’s brute-force headroom—not a special MFG-driven mode.

GPU-limited or CPU-limited? It depends

KCD2 can be limited by either component.

When the GPU is likely to matter most

• Native 4K rendering.
• Ultra or Experimental settings.
• High-quality shadows, foliage, volumetrics and lighting.
• Minimal upscaling.
• High-refresh gaming where the CPU can keep up.

When the CPU can become the limit

• 1080p or lower resolutions.
• DLSS Performance or Ultra Performance modes.
• High-refresh targets with a very fast GPU.
• Busy towns and scenes with many NPCs.
• An older or midrange processor paired with an RTX 5080 or RTX 5090.

Once the GPU finishes rendering the requested image faster than the game can prepare the next frame, more GPU power produces diminishing returns. Low GPU utilization at 1080p does not necessarily indicate a problem with the graphics card; it may indicate a simulation, draw-call or streaming bottleneck.

What settings make the most sense?

Use Ultra before Experimental

Experimental is useful when you want to stress the system, but Ultra is often the more sensible daily preset. It offers a better performance-to-image-quality balance, particularly if maintaining stable frame times matters more than chasing the highest possible setting.

Prefer DLSS Quality when it meets your target

At 1440p or 4K, start with DLSS Quality. It preserves more detail than Balanced or Performance while reducing the GPU workload. Move to Balanced only when necessary, and use Performance modes primarily when the target frame rate or resolution requires them.

Judge towns and lows, not just averages

A high average frame rate can hide drops in settlements, during combat, in poor weather or while the game streams new areas. Watch frametime consistency and 1% lows where available. A stable 60 fps can feel better than a higher average interrupted by severe dips.

Test native rendering separately

Native 4K is the clearest way to measure raw GPU performance. Upscaling is often the right way to play, but it can shift the bottleneck toward the CPU and make a flagship GPU look underused.

What the RTX 50-series models are good for

RTX 5070

A sensible 1440p option for Ultra settings with DLSS, with some 4K use depending on the target and settings. It should not be purchased with an expectation of native 4K Experimental at high refresh rates.

RTX 5070 Ti

A stronger high-quality 1440p and entry-level 4K choice. Its 16 GB-class memory configuration can be useful for a demanding modern game, but it is not a native 4K Experimental, high-refresh flagship.

RTX 5080

Better suited to 4K Ultra and a realistic route toward 4K Experimental. Independent testing places it near the 4K/60 Experimental threshold depending on the test setup. It is a more meaningful choice for 4K than for 1080p or ordinary 1440p gaming.

RTX 5090

The clearest choice for native 4K, maximum settings and additional high-refresh headroom. Its advantage in KCD2 is primarily raw rendering capacity. Buy it for the pixels and frame-rate headroom—not because the game will suddenly activate Multi Frame Generation.

Should you upgrade specifically for KCD2?

If you own an RTX 4080 or RTX 4090

An upgrade is difficult to justify solely for this game unless you want native 4K, Experimental settings, a 120Hz or 144Hz display, or a higher frame-rate floor than your current card can provide. Expect a meaningful performance increase from a newer card, but not a generation-defining visual feature jump.

If you own an RTX 20- or 30-series card

An RTX 50-series upgrade can be substantial, but compare it against discounted RTX 40-series cards and relevant AMD options. Because KCD2 does not depend on native MFG, raster performance, memory capacity, price and power requirements matter more than the DLSS 4 marketing label.

If you are building a new PC

Choose around your display and target:

• 1440p/60: prioritize a balanced GPU and CPU rather than a flagship card.
• 1440p/120 or 144: a stronger GPU helps, but CPU performance and town scenes remain important.
• 4K/60: RTX 5080-class performance is a more appropriate target for high settings, with DLSS available when needed.
• Native 4K Experimental or high refresh: the RTX 5090 provides the most headroom, provided the CPU is fast enough.

Do not ignore the rest of the system. A flagship GPU paired with a weak CPU may deliver less improvement than a platform upgrade.

If you only want to play this one game

A discounted RTX 40-series card may offer better value than an RTX 50-series model. GeForce NOW is another option listed as compatible by the publisher, although cloud gaming trades local control and minimum latency for avoiding a hardware purchase. AMD cards can also be relevant if price and raster performance are your priorities, but they do not provide NVIDIA’s DLSS-specific options.

Check the official requirements before upgrading

Use the publisher’s current PC requirements page for the supported operating system, processor, graphics card, memory and storage requirements. Treat those formal requirements separately from third-party recommendations: a “recommended” specification does not guarantee a particular frame rate at 4K Experimental.

The game launched on PC and ninth-generation consoles on February 4, 2025. Driver behavior, game patches and the versions of bundled technologies can change, so launch-era benchmark numbers should be read as configuration-specific evidence rather than permanent guarantees.

Verdict

Kingdom Come: Deliverance 2 is a good stress test for raw GPU performance, but a poor showcase for RTX 50-series-exclusive technology. The cards can render it faster—especially at 4K and on Experimental—but the game does not currently expose conventional hardware ray tracing or native DLSS Multi Frame Generation in the documented feature set.

Buy an RTX 50-series card for KCD2 when you need more native-resolution performance, higher settings or better high-refresh headroom. Do not buy one expecting the game to deliver the dramatic DLSS 4 transformation seen in titles built around Multi Frame Generation.

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