Atomic Heart RTX Tech Demo Download: How to Experience the Soviet Sci-Fi Shooter with Ray Tracing
If you are a fan of first-person shooters with stunning graphics and immersive environments, you might want to check out the Atomic Heart RTX tech demo. This demo lets you explore a small portion of the upcoming game Atomic Heart, a sci-fi shooter set in an alternate-history Soviet Union where robots have gone rogue. In this article, we will tell you what Atomic Heart is, what RTX technology is, and how to download and run the Atomic Heart RTX tech demo.
atomic heart rtx tech demo download
What is Atomic Heart?
Atomic Heart is a single-player first-person shooter developed by Mundfish and published by Focus Entertainment and 4Divinity. The game was released for the PlayStation 4, PlayStation 5, Windows, Xbox One, and Xbox Series X/S on February 21, 2023. The game received generally positive reviews upon release.
The game is set in an alternate-history Soviet Union where the USSR won World War 2 and made phenomenal technological leaps in the following decade. The game features a wide variety of enemies, which may be mechanical, biomechanical, biological, and some of which are airborne. The principal character of the game is a special agent P-3, who after an unsuccessful landing on enterprise \"3826\" is trying to figure out what went wrong.
The game's combat consists of shooting and slashing with improvised weapons. A wide variety of weapons are featured, which may be upgraded with elemental effects using \"canisters\". The player also wears a special glove, the Polymer Glove, which grants powers such as telekinesis, freezing, and electricity to defeat foes. Ammo in the game is scarce, and there is a stealth option. Quick-time events are featured in the game.
What is RTX Technology?
RTX is proprietary technology made by Nvidia to harness the power of ray tracing in computer 3D graphics. Its a complex visual computing platform designed to create scientific visualizations, large-scale models, and more. Its also used to enable real-time ray tracing in games and other 3D applications.
Ray tracing is a rendering technique used in computer graphics to create a more realistic lighting and shadow simulation. It works by tracing the path of light as it travels around the scene, translating it into pixels within the image plane, and simulating light effects on the virtual objects in its path. Ray tracing can create photorealistic effects such as reflections, refractions, soft shadows, chromatic aberration, light scattering, and more.
The Atomic Heart RTX tech demo showcases some of the RTX features that enhance the graphics of the game. These include:
How to download and run Atomic Heart RTX Tech Demo on Windows 10
Atomic Heart RTX Tech Demo performance and graphics comparison with DLSS on and off
Atomic Heart RTX Tech Demo system requirements and recommended settings
Atomic Heart RTX Tech Demo review and impressions: ray tracing reflections and shadows in action
Atomic Heart RTX Tech Demo vs Unreal Engine 4.22 Ray Tracing Demo: which one looks better?
Atomic Heart RTX Tech Demo troubleshooting guide: how to fix common issues and errors
Atomic Heart RTX Tech Demo gameplay and walkthrough: exploring the photo-realistic environment
Atomic Heart RTX Tech Demo modding and customization: how to tweak and enhance the demo
Atomic Heart RTX Tech Demo download link and file size: where to get the demo and how much space it needs
Atomic Heart RTX Tech Demo behind the scenes: how Mundfish created the graphically-advanced demo
Atomic Heart RTX Tech Demo features and details: what to expect from the demo and the upcoming game
Atomic Heart RTX Tech Demo benchmarks and tests: how well does the demo run on different GPUs and CPUs
Atomic Heart RTX Tech Demo tips and tricks: how to get the most out of the demo and enjoy it more
Atomic Heart RTX Tech Demo feedback and suggestions: how to share your thoughts and opinions with Mundfish and NVIDIA
Atomic Heart RTX Tech Demo release date and updates: when will the demo be available and what's new in it
Atomic Heart RTX Tech Demo vs other NVIDIA ray tracing demos: how does it compare to Reflections, Justice, and Quake II RTX
Atomic Heart RTX Tech Demo vs other ray tracing games: how does it compare to Cyberpunk 2077, Metro Exodus, and Control
Atomic Heart RTX Tech Demo vs other Mundfish games: how does it compare to Soviet Lunapark VR, Soviet Space Engineers, and Mundfish VR Museum
Atomic Heart RTX Tech Demo vs other Unreal Engine 4 games: how does it compare to Gears 5, Borderlands 3, and Fortnite
Atomic Heart RTX Tech Demo vs other sci-fi games: how does it compare to Half-Life: Alyx, BioShock Infinite, and Prey
Atomic Heart RTX Tech Demo vs other horror games: how does it compare to Resident Evil 2, Outlast 2, and The Evil Within 2
Atomic Heart RTX Tech Demo vs other action-adventure games: how does it compare to Tomb Raider, Uncharted, and God of War
Atomic Heart RTX Tech Demo vs other first-person shooter games: how does it compare to Doom Eternal, Call of Duty, and Battlefield
Atomic Heart RTX Tech Demo vs other RPG games: how does it compare to Fallout, The Witcher, and Skyrim
Atomic Heart RTX Tech Demo vs other indie games: how does it compare to Firewatch, Inside, and Limbo
How to download and install NVIDIA GeForce drivers for Atomic Heart RTX Tech Demo
How to enable and disable ray tracing in Atomic Heart RTX Tech Demo
How to use NVIDIA Ansel in Atomic Heart RTX Tech Demo to capture stunning screenshots
How to use NVIDIA GeForce Experience in Atomic Heart RTX Tech Demo to optimize performance and share gameplay videos
How to use NVIDIA ShadowPlay in Atomic Heart RTX Tech Demo to record high-quality gameplay footage
How to use NVIDIA Freestyle in Atomic Heart RTX Tech Demo to apply filters and effects to the game graphics
How to use NVIDIA Highlights in Atomic Heart RTX Tech Demo to automatically capture your best moments
How to use NVIDIA G-SYNC in Atomic Heart RTX Tech Demo to eliminate tearing and stuttering
How to use NVIDIA SLI in Atomic Heart RTX Tech Demo to boost performance with multiple GPUs
How to download and install Unreal Engine 4.22 for Atomic Heart RTX Tech Demo development
How to enable and disable VXGI in Unreal Engine 4.22 for Atomic Heart RTX Tech Demo development
How to use ray tracing features in Unreal Engine 4.22 for Atomic Heart RTX Tech Demo development
How to use DLSS features in Unreal Engine 4.22 for Atomic Heart RTX Tech Demo development
How to use Blueprints in Unreal Engine 4.22 for Atomic Heart RTX Tech Demo development
Ray-traced reflections: These add accurate, real-time reflections to curved objects and surfaces, shiny labs, water, and other game elements.
Ray-traced shadows: These add realistic shadows that cast from multiple light sources and account for occlusion and penumbra effects.
DLSS (Deep Learning Super Sampling): This is an AI-powered technique that boosts performance by rendering at a lower resolution and then using neural networks to upscale the image to a higher resolution with minimal loss of quality.
How to Download and Run the Atomic Heart RTX Tech Demo
If you want to experience the Atomic Heart RTX tech demo, you will need a PC that meets the following system requirements:
Minimum
Recommended
OS: Windows 10 64-bit
OS: Windows 10 64-bit
CPU: Intel Core i5-7400 or AMD Ryzen 5 1600
CPU: Intel Core i7-8700K or AMD Ryzen 7 2700X
RAM: 8 GB
RAM: 16 GB
GPU: Nvidia GeForce GTX 1060 6 GB or AMD Radeon RX 580 8 GB
GPU: Nvidia GeForce RTX 2080 Ti or AMD Radeon RX 6800 XT
Storage: 22 GB available space
Storage: 22 GB available space
DirectX: Version 12
DirectX: Version 12
You can download the Atomic Heart RTX tech demo from the following links:
To install and launch the Atomic Heart RTX tech demo, follow these steps:
Download the demo from one of the links above.
Run the installer and follow the instructions on the screen.
Launch the demo from your desktop or library.
Select your preferred language and resolution.
Enjoy the demo!
To get the best performance and visual quality from the Atomic Heart RTX tech demo, we recommend you to use the following settings and controls:
Enable RTX and DLSS in the graphics options.
Set the graphics quality to high or ultra, depending on your hardware.
Use a mouse and keyboard for optimal control.
Use WASD to move, space to jump, left mouse button to shoot, right mouse button to aim, E to interact, R to reload, Q to switch weapons, F to use glove powers, C to crouch, and Esc to pause.
Explore the environment and interact with objects and enemies.
Conclusion
The Atomic Heart RTX tech demo is a great way to experience the Soviet sci-fi shooter with ray tracing. It showcases some of the amazing graphics and gameplay features that the full game will offer. If you are interested in Atomic Heart, you can pre-order it from for more updates and news. We hope you enjoyed this article and found it helpful. Have fun with the Atomic Heart RTX tech demo!
FAQs
Q: When will Atomic Heart be released?
A: Atomic Heart was released on February 21, 2023 for PC, PS4, PS5, Xbox One, and Xbox Series X/S.
Q: How long is the Atomic Heart RTX tech demo?
A: The Atomic Heart RTX tech demo is about 10 minutes long. It lets you explore a small area of the game world with some enemies and objects to interact with.
Q: Can I play the Atomic Heart RTX tech demo without an RTX card?
A: Yes, you can play the Atomic Heart RTX tech demo without an RTX card, but you will not be able to enable ray tracing or DLSS. You will need a GPU that supports DirectX 12 and has at least 6 GB of VRAM.
Q: What is the difference between ray tracing and rasterization?
A: Ray tracing is a rendering technique that simulates how light behaves in real life. It creates realistic effects such as reflections, shadows, refractions, and more. Rasterization is a rendering technique that converts geometric shapes into pixels on a screen. It is faster than ray tracing but less accurate and realistic.
Q: What is DLSS and how does it work? 44f88ac181