We have answered the questions of what DLSS and DLSS 2.0 systems, which Nvidia has released with the RTX series, are of great importance for the future of games, how they work.
Nvidia has many advanced technologies offered with its RTX series. DLSS, which is among these technologies, has a structure that is expected to bring an era to games and will break ground in visual processing techniques with artificial intelligence. DLSS It feels pretty fantastic to think that its technology serves to improve the quality of games without you and your system noticing. You play a game and an AI in the background makes the game better for you.
We are talking about a technology that is complex to understand, exciting to use and will determine the future of games. For you What is DLSS, what will work in games, how it will shape the future of the game, we explained in all the details.
What is DLSS?
DLSS stands for “Deep Learning Super Sampling”, which means “Deep Learning Super Sampling”, which has entered our lives with artificial intelligence technology and works with Machine Learning infrastructure. Both English and Turkish equivalents sound complicated, so let’s simplify it a little bit.
DLSS, without burden on the graphics processor, higher resolution and artificial It creates images, and uses artificial intelligence and machine learning for it. This algorithm is constantly learning and training itself to provide a better resolution image of the game you are playing. Moreover, to do this, it does not run the graphics card too much, it uses improved artificial images.
Now let’s explain this situation by illustrating Imagine playing an 8K resolution game with 4K resolution. The DLSS algorithm starts working to give you a resolution above 4K, detecting that the game can run at resolutions greater than 4K. By presenting an image similar to the maximum resolution the game can run, you and your system higher refresh rate and graphics quality offers.
DLSS, to create a much higher resolution and detailed final image without compromising frame rate, like anti-aliasing It also uses graphic techniques. All of this is possible thanks to Nvidia’s tensor cores, which are only available on RTX graphics cards. While RTX 20 series has tensor core, RTX 30 series has second generation tensor core.
What are the advantages of DLSS?
Taking action for graphics quality, which is one of the most attention-grabbing things in today’s gaming market, Nvidia has managed to create better-looking games with the DLSS algorithm. While playing the game in low resolution, the DLSS algorithm serves your system in the background, creating a higher resolution image and allowing you to see it. The purpose of DLSS is, Presenting images as if you were playing the game you are running at 1440p in 4K. DLSS 2.0, on the other hand, offers 4x resolution, running the game in 1080p, offering 4K image quality.
There may be a sense of artificiality and errors in images presented with DLSS. However, it’s important to note that DLSS is still optimized. In fact, Nvidia claims it will continue to improve DLSS over the next months or even years. If this fantastic technology is used in the right conditions, it will not affect the game’s original look and feel. significant performance improvement can provide.
One of the first DLSS technology supported games Final Fantasy XVAlthough there is an improvement of only 5 to 15 FPS in games like Wolfenstein: Youngblood, Deliver Us The Moon after new updates an FPS increase of over 50% without changing visual quality It was reported that it was obtained and made serious improvements in image quality.
How does DLSS, Nvidia’s fantastic technology?
DLSS forces a game to render in lower resolution. Then, artificial intelligence steps in and tries to understand the game in a higher resolution. It does this by using some anti-aliasing effects and sharpening. Later, the details and visual effects required at high resolutions are added on top of the low resolution. The system actually plays the game in low resolution, but the high resolution version is projected on the screen. This whole process in a split second takes place.
This is one of the reasons we call it fantastic technology. Even more fantastic DLSS 2.0 has been released. In the first DLSS release, Nvidia was manually training AI and making it available for certain games. However, with DLSS 2.0, there is no need to train artificial intelligence for every game. We can define DLSS as the real-time version of Ansel technology that improves Nvidia’s screen display.
According to Nvidia, DLSS, whose development has not stopped, will get better over time:
DLSS, a great technology for gamers who cannot reach resolutions above 1080p and experience low frame rates, will continue to develop for years according to Nvidia and will open a new era in the gaming world. DLSS is now thought to be an active feature in every new graphics card from Nvidia. While it may not have as much of an impact as expected, it does have a huge impact on performance. In fact, DLSS technology is very necessary for low-generation graphics cards, but unfortunately it is supported at least RTX 2060 and higher versions. The new RTX 3000 graphics cards state that DLSS aims to increase the graphics resolution above 4K while maintaining fixed frame rates in the future.
DLSS 2.0 contains less artifacts and is more stable than the first version of DLSS. The DLSS 2.0 system, which currently supports less than the number of games that support ray tracing, appeals to about 15 games. However, in the upcoming update, games such as Cyberpunk 2077 and Call of Duty: Black Ops Cold War are now available. It will support DLSS.
Graphics cards that support DLSS:
- Geforce RTX 3090 (20.583tl): 24GB, GDDR6X, 384bit.
- Geforce RTX 3080 (10.410tl): 10GB, GDDR6X, 320
- Geforce RTX 3070 (4.805tl): 8GB, GDDR6, 256bit.
- Geforce RTX 2080 Ti (13.246tl): 11GB, GDDR6, 352bit.
- Geforce RTX 2080 Super (10.657tl): 8GB, GDDR6, 256bit.
- Geforce RTX 2080 (9.255tl): 8GB, GDDR6, 256bit.
- Geforce RTX 2070 (6.108tl): 8GB, GDDR6, 256bit.
- Geforce RTX 2070 Super (6.296tl): 8GB, GDDR6, 256bit.
- Geforce RTX 2060 (3.775tl): 6GB, GDDR6, 192bit.
- Geforce RTX 2060 Super (5.631tl): 8GB, GDDR6, 256bit.
Games supporting DLSS:
- Mechwarrior 5: Mercenaries
- Metro Exodus
- Minecraft
- Wolfenstein: Youngblood
- Monster Hunter World
- Final Fantasy XV
- Battlefield 5
- Control
- Deliver Us the Moon
- Fortnite
- F1 2020
- Shadow of the Tomb Raider
- Death Stranding
- Fear the Wolves
- Darksiders 3
- ARK: Survival Evolved
- Atomic Heart
- JX3
- We Happy Few
- Stormdrivers
- Srious Sam 4: Planet Badass
- Hitman 2
- The Forge Arena
Nvidia’s evolving technology DLSS There is no doubt that there will be hundreds of games supported in the future. In the face of this technology, AMD is also expected to launch a technology that rivals DLSS, which continues to evolve over the years. As the competition between the two major rivals increases, there are players who benefit from them. What do you think will be the technology that the two big companies will present in the future?
