pragmatic: Capcom's technological triumph on NVIDIA GeForce RTX 5070 Ti.
After several years of transfers pragmatic finally came out 17 April 2026 year - and immediately became more than just a release, but a technological statement by the industry. Capcom clearly relied not only on plot and atmosphere, but also to demonstrate the capabilities of modern hardware.
The game runs on the updated RE Engine, which in this version has become a full-fledged platform for experiments with lighting, physics and density geometry. As a result, Pragmata quickly gained a foothold in the status of a “graphics benchmark” project, on which GPU limits are tested.
Against this background, NVIDIA GeForce RTX 5070 Ti looks like the perfect balance: not a flagship for astronomical money, but already capable of revealing the key technologies of the game.
Pragmata technology stack
What makes graphics “alive”
Pragmata is not just a pretty picture, and a complex of technologies, working simultaneously:
- Full Path Tracing (path tracing)
Unlike classic Ray Tracing, here the full path of light is simulated.- reflections in the glass panels of the station
- soft shadows from multiple sources
- glare on Diana's spacesuit
- correct light diffusion in dust
- Compute-based Geometry
Geometry is generated and processed through GPU compute units.
This allows:- display a huge amount of small details
- avoid FPS drops even in intense scenes
- dynamically change the environment
- Advanced particle physics
Moon dust is more than just a texture:- reacts to character movements
- participates in lighting (scatters light)
- affects the visual perception of scene depth
It is the combination of these technologies that makes Pragmata one of the most demanding games of its time.
Iron: getting to know RTX 5070 Ti (Blackwell)
NVIDIA GeForce RTX 5070 Ti is built on architecture Blackwell Architecture and represents a new generation of the mid-high segment.
Key characteristics:
- Tehprocess: 4 nm
- Memory: 16 GB GDDR7
- tire: 256 bit
- Bandwidth: ~896 GB/s
Why is this important for Pragmata?
Pragmata is one of the first games, Where GDDR7 really shines.
When using Path Tracing, the amount of data (rays, reflections, global illumination) colossal. Old solutions on GDDR6X:
- quickly run into capacity
- start to choke at 4K + RT
While GDDR7:
- keeps the data flow stable
- reduces latency in complex scenes
- allows you to avoid sudden drawdowns
Performance in different modes
Test scenarios
Let's look at real performance for NVIDIA GeForce RTX 5070 Ti:
| Mode | Native (without DLSS) | DLSS 4.5 ON |
|---|---|---|
| 1440p / Ultra (Raster) | 150+ FPS | 180+ FPS |
| 1440p / RT Ultra | 90–100 FPS | 130–150 FPS |
| 4K / Path Tracing | 35–40 FPS | 120–140 FPS |
The magic of DLSS 4.5
DLSS 4.5 - the key to comfortable gaming in 4K.
Multi Frame Generation (x4)
- generates up to 3 additional frames for each real
- turns 40 FPS → ~140 FPS
- reduces GPU load
Ray Reconstruction
- eliminates noise in shadows
- improves reflections
- makes lighting “cinematic”
As a result, Path Tracing ceases to be a “demo feature” and becomes a truly playable mode.
Visual experience (subjectively)
Pragmata impresses with contrasts:
- Inside the station:
sterile, cold corridors
perfect reflections
controlled light - Outside (Moon):
chaotic dust
sharp shadows
feeling of emptiness and scale
На NVIDIA GeForce RTX 5070 Ti stable frame rate plays a key role:
- hacking sections require precision
- fight scenes - instant reaction
- no drawdown enhances immersion
conclusion
Pragmata is not just a game, and a technological showcase of a new generation of graphics.
NVIDIA GeForce RTX 5070 Ti here acts as optimal solution:
- ideal for 1440p at maximum settings
- confidently handles 4K with DLSS
- Unlocks the potential of Path Tracing
If you are considering an upgrade for one game, this is a rare case, when an argument sounds convincing. Pragmata shows, what will the future of graphics look like?, и RTX 5070 Ti is one of the smartest ways to enter this future.
