I didn't immediately see the imaging effect of the hexagonal honeycomb lens, and Wu Hao still had a little regret. But to see such a lens is also very happy for him.

After all, this project has lasted so long and invested so much, and it is indeed very difficult to achieve results now.

Although this hexagonal honeycomb lens will not be available in a relatively short period of time, Wu Hao is very confident in its market prospects.

You know, there are two kinds of images that we currently see on all screens, one is made with computer technology, and the other is taken by various imaging equipment.

With people's pursuit of high-definition pictures and appreciation ability is getting higher and higher, you also have higher and higher requirements for the quality of high-definition imaging equipment.

After all, without better high-definition imaging equipment, how can we shoot better images? Therefore, higher-quality imaging equipment has high application value in various fields.

For example, in the field of scientific research, it can be used to observe some microscopic worlds that we usually cannot implement, or earth remote sensing observation, and it can also be used in some other special scientific research application scenarios.

For another example, it can be applied to the field of astronomical observation, and this technology can be used to manufacture large compound eye cameras, which greatly solves the technical problem that large lenses are not easy to manufacture and process.

And the biggest effect, or the most concerned by countries, is its application in the military field. For example, high-altitude and high-speed unmanned reconnaissance aircraft using compound lenses, military reconnaissance satellites in space, or optical imaging seekers installed on various equipment, and so on.

The most economic value should be its application in electronic goods, especially in digital products.

First of all, let's talk about the application of this lens on the mobile phone, it can replace the many lenses on the mobile phone, and such a hexagonal honeycomb lens can replace all other lenses.

In this way, it can not only free up a lot of space on the north side of the mobile phone. It can make the north façade more concise and easier to design. Instead of now, the entire north side of the phone is almost filled with lenses.

Secondly, it is to release the space for the internal position of the mobile phone and the integrated circuit board. Use these free spaces to house other electronic components, or to add more battery space to increase range.

There is such a lens that not only has many functions, but also can present a higher quality picture, truly achieving one lens with multiple functions and one machine with multiple functions.

Finally, the compound lens has a very good depth-of-field effect, which means that it can be used to shoot higher quality depth-of-field images, and even 3D images.

You must know that the so-called 3D picture or 3D camera actually uses multiple lenses to shoot a target together, so as to use the depth of field effect brought by the intersection of images to achieve a 3D stereoscopic effect.

The compound eye camera can have more lenses than the 3D camera, and theoretically its 3D imaging effect is much better than that of the 3D camera.

This not only means that they may be able to develop better 3D cameras than that. It also means that they can make the lens on everyone's personal mobile device, smartphone, camera, or smart AR glasses have a 3D stereoscopic effect.

It also means that 3D imaging will be popularized at that time.

Even in the future, the picture of our video call can be 3D stereoscopic.

And the benefits brought by this are absolutely huge, even immeasurable, which is why Wu Hao is very confident in this.

Of course, Wu Hao's establishment of this R&D project and the establishment of a R&D team is not only for this purpose, he also has actual needs and greater ambitions.

What is the actual demand, it is because Wu Hao and they currently need a high-quality lens.

You have to know that in their current products, lens technology is very important, and he has a pivotal position in the whole product.

It can be said that a good lens is directly related to the overall performance quality of these products.

The first is the most well-known by the public, that is, smart AR glasses. You must know that the interaction of smart AR glasses is all realized by the lens as a medium bridge between the real world and virtual data.

On the smart AR glasses, it is equipped with six high-definition cameras. Together with the large-aperture high-definition lens on the host of smart AR glasses, there are a total of seven lenses, which is not too many.

But each lens has its own role and a role, and no one is missing. The R&D team also tried to compress the number of shots, but ultimately failed.

And now with other manufacturers releasing their own AR glasses one after another, there is still a lot of pressure on Wu Hao and them. How to stay ahead of the fierce competition is also a problem they urgently want to solve.

And in the competition of such digital products, marketing is important, but it is not the most important. The most important thing is technology, you have to have the most advanced technology, have advanced technology that no one else has and can't catch up.

From the previously released products, Wu Hao has done it. But whether it will be able to maintain the lead, everyone is not sure.

So the only way is to keep working hard and keep on being ahead of the curve.

Wu Hao believes that after the release of this hexagonal honeycomb compound lens lens, they will be able to continue to maintain a leading position in this field for a long time.

In addition, Wu Hao is also an important supplier of drone technology, and their related drones and drone technology have been applied in a variety of fields.

Especially in terms of special UAVs, Wu Hao and they occupy a large market.

For example, security patrol drones, logistics and transportation drones, light and shadow show drones, and some drones used in the military field.

A large number of sensors and lenses are installed in these drones, especially for security patrol drones and logistics and transportation drones, as well as some drones in the military field, which have higher requirements for lens quality.

The higher the quality of the lens, the better the quality of the image it will produce. The better the picture, the more useful information it will present. Through intelligent image recognition technology, relevant objects can be identified more quickly and accurately, which is very important in some application scenarios.

For example, walking through dense forests at high speed, or flying through complex cities. In addition to the various sensors carried by the drones themselves, the quality of the lenses is also related to the flight safety of these drones.

The reason why Wu Hao's drone can safely travel at high speed in such a complex scene is because it uses the intelligent image recognition technology they developed, which is very dependent on the quality of the lens.

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