As for the second technology, it is the Level of Detail (LOD) technology.
The more geometric polygons a 3D model has, the higher the picture quality and the more realistic it becomes.
For example, the rendered scenes in big-budget movies are indistinguishable from reality.
However, the drawback is that the more geometric polygons a 3D model has, the greater the pressure on the graphics card, and the higher the requirements for the reading speed of memory, hard drives, and other hardware devices.
Conversely, the fewer geometric polygons a 3D model has, the more fake and rough the picture quality becomes.
The advantage is that the rendering speed is faster, the frame rate is higher, the requirements for the graphics card and hardware are lower, and more hardware devices are supported.
The quantity of these polygons and the sampling rate can be described by resolution.
Therefore, the higher the resolution, the clearer and more realistic the picture; the lower the resolution, the more blurred and fake the picture.
In reality, when we look at distant scenery with our naked eyes.
The farther away an object is, the more blurred it appears to the naked eye, until it is displayed as a single pixel.
The closer we are to an object, the clearer it appears to our naked eyes, and we can see more of its textures and details.
Using this principle, we developed the Level of Detail technology.
Based on the distance of the character from the camera and the viewing angle, we can automatically and dynamically select 3D models of different precision levels.
Therefore, in our Geek Super Game Engine, the result displayed is that the closer the screen, the clearer the object.
The farther the screen, the more blurred it becomes, until the 3D model is reduced to the level of a single pixel.
This technology of lossless magnification and compression of 3D model clarity is the Level of Detail technology.
Through this Level of Detail technology, we can once again reduce the number of polygons that the computer graphics card needs to process.
Finally, in conjunction with other auxiliary technologies, we have successfully compressed the number of polygons that the computer graphics card needs to process to the level of millions or tens of millions!
Hearing Gao Nian's words, the expressions of the people present were varied.
However, most of the expressions were basically amazement and admiration.
After all, regardless of anything else, the Dynamic Global Illumination and Reflection Technology and the Virtual Micropolygon Geometry Technology developed by Geek Technology Company.
Indeed, while improving the game's visuals and realism, it significantly reduces the pressure on the graphics card.
So Geek Technology Company is really amazing, actually developing so many black technologies.
"Damn it!"
At the press conference, Apple CEO Cook cursed inwardly with a grimace.
Because the Geek Super Game Engine not only has a full version, but also a mini version.
Gao Nian once stated that this mini version can also support Geek S3 smartphones, so with such a powerful Geek Super Game Engine.
In the future, many game companies will definitely adopt Geek Technology Company's virtual game engine.
Relying on the powerful picture effects of the Geek Super Game Engine, even if the gameplay and plot are terrible.
It will also successfully attract many players, ultimately increasing the sales of Geek phones and Xiaomi phones.
This is like adding insult to injury for Apple Company and the iPhone5 smartphone.
In this regard, Gao Nian does not know how ugly Cook's face is at this time.
If Gao Nian knew, he would probably lament that the principle of 'when the boss and the second-in-command fight, the bystander third-in-command will be killed' is true.
After all, Gao Nian can guarantee that he really did not specifically target Apple Company or the iPhone5 smartphone.
The fact that the mini version of the Geek Super Game Engine will hurt friendly merchants after its release is really a 'pleasant surprise'!
And time passed slowly like this, Gao Nian spent more than thirty minutes, directly introducing the Geek Super Game Engine and the mini Geek Super Game Engine.
Although the technical principles of the entire game engine are quite complex, in the words of the players, the picture quality is simply next-generation game visuals, completely suitable for making movies.
They are quite satisfied and pleasantly surprised with the game visuals of the Geek Super Game Engine, without any nitpicking.
Therefore, they are quite satisfied with the Geek Super Game Engine, and the Geek Super Game Engine mini version that can run on computers and Geek smartphones.
However, their satisfaction does not prevent them from looking forward to the introduction of the next product, the Phoenix graphics card!
"Next, I will introduce the next product, the Phoenix graphics card."
After Gao Nian finished speaking, the image of the Phoenix graphics card appeared on the projection screen behind him.
And the appearance of this graphics card also made people exclaim in surprise, because the Phoenix graphics card in front of them was a bit too big.
Especially the three large fans on the graphics card were particularly conspicuous, letting people know that the heat dissipation capacity of this graphics card was very strong.
"Our Phoenix graphics cards have only six configurations, they are Phoenix 1030 graphics card, Phoenix 1050 graphics card, Phoenix 1060 graphics card, Phoenix 1070 graphics card, Phoenix 1080 graphics card, Phoenix 1090 graphics card!"
After a pause, looking at the people who were listening intently to his words, Gao Nian continued:
"Among them, the Phoenix 1090 graphics card adopts graphics card chip-level graphics card CrossFire technology.
It directly integrates two Phoenix 1080 graphics card chips on one graphics card, ultimately possessing the strongest performance!"
Hearing Gao Nian's words, the people present also nodded slightly in understanding.
Because similar technology has already appeared, that is Nvidia's GTX590 graphics card.
Nvidia's GTX590 graphics card directly inherits the graphics card chips of two GTX580 graphics cards together, allowing them to work together.
Ultimately, the performance of the GTX590 graphics card exceeds the performance of the GTX580 graphics card by more than 50%, thus becoming the strongest graphics card in the world.
I didn't expect that Geek Technology Company at this time also adopted a similar technology.
I just don't know whether the performance of Geek Technology Company's Phoenix 1090 graphics card has improved by 50% compared to the Phoenix 1080 graphics card.
"Next, let me introduce the Phoenix 1080 graphics card, because theoretically it is the core of the Phoenix series of graphics cards.
As for the Phoenix 1090 graphics card with stronger performance, due to price factors, only a few people can afford this graphics card."
After a pause, Gao Nian continued:
"First of all, the Phoenix graphics card adopts our self-developed Phoenix multimedia instruction set and RISC-V open-source instruction set,
The graphics card architecture is the Fuxi architecture.
Fuxi is one of the Three Sovereigns in Chinese mythology and created the far-reaching Eight Trigrams.
These Eight Trigrams are composed of Yin and Yang, and using them in computer binary represents zero and one, which also means that it has super computing power."
After a pause, Gao Nian continued:
"What is special about this Fuxi architecture Phoenix graphics card compared to other graphics cards?
First of all, it is not just a simple graphics card, it is actually a small heterogeneous computer.
Of course, the graphics card is still its main job, but everyone also knows that the most outstanding feature of the graphics card is its parallel computing capabilities and its many stream processors.
Although the computing power of each of these stream processors is not strong and can only handle very simple computing tasks.
However, the ability of hundreds or even thousands of stream processors to perform parallel computing is still very strong, and it is stronger than CPU processors in some fields.
Therefore, we have specifically used this point to develop the Fuxi parallel computing platform and programming model.
So that developers can use the Phoenix graphics card's many stream processors for parallel computing.
To meet the computing needs of intensive tasks such as scientific computing, engineering simulation, and deep learning training, and to give full play to the advantages of many stream processors."
