Lin Chen acquired Minolta's camera and imaging division, and naturally acquired the built-in CCD body anti-shake IBIS technology!
This in-body anti-shake IBIS technology is extraordinary. In its previous life, the 2020 Pingguo iPhone E 12 Pro Max mobile phone was equipped with in-body anti-shake IBIS technology.
Among them, Pingguo iPhone E 13 mobile phone is directly equipped with this technology across the board. Of course, they do not call it in-body anti-shake IBIS technology, but sensor-displacement optical anti-shake technology.
But the things are the same thing, just called differently.
Among them, it is called in-body anti-shake IBIS technology on cameras, and it is called sensor-displacement optical anti-shake technology on Pingguo mobile phones.
The principle is the same, but the name is different. It is an optical anti-shake technology that is different from lens-type OIS optical anti-shake technology.
As for the difference between in-body anti-shake IBIS technology and OIS lens-based optical anti-shake technology?
The traditional OIS optical anti-shake technology is to compensate for the displacement of the lens group, and finally realize the optical anti-shake function.
But as time goes by, and after 2020, people have higher and higher requirements for taking photos.
The lens-type OIS optical anti-shake technology of Lao Pingguo mobile phones can no longer meet the needs, because the lens group movement of the lens-type OIS optical anti-shake technology may cause the edge image quality to deteriorate.
In order to solve this problem, Pingguo mobile phones in previous generations invented a further sensor-displacement optical image stabilization technology, which is the body image stabilization IBIS technology on SLR cameras.
Compared with lens-type OIS optical anti-shake technology, sensor-displacement optical anti-shake technology can solve the problem of edge image quality degradation caused by lens group movement.
As for how to achieve it, it is actually to control the entire mobile phone lens module!
Among them, OIS optical anti-shake technology can be understood as the previous method of separately controlling the lens for optical anti-shake, and the photosensitive sensor did not actually move and was fixed there.
The current sensor-displacement optical anti-shake technology treats the mobile phone lens set and the photosensitive sensor as one, and directly controls the displacement together to obtain optical anti-shake capabilities.
In this case, because the lens group does not move, there is naturally no problem of edge image quality deterioration caused by the movement of the lens group.
The final performance was naturally quite eye-catching, successfully winning global acclaim and reestablishing Pingguo’s status as the god of mobile phones.
That’s why Pingguo mobile phones in the previous life will be directly equipped with this technology in the Pingguo iPhoneE 13 mobile phone.
In this case, the built-in CCD body anti-shake technology that Sugon Technology has at this time is naturally quite valuable.
Although this is actually just a basic patent and is not as complete as the sensor-shift optical image stabilization technology of previous Pingguo phones, it can stymie others.
If others want to have in-body anti-shake IBIS technology, they can't bypass Sugon Technology. So in this life, Pingguo wants to have sensor-shift optical anti-shake technology?
They should first find a way to obtain the authorization of the basic patent of Sugon Technology's body anti-shake IBIS technology.
Without the basic front-end patent authorization of IBIS, which is in-body image stabilization, they actually developed an in-body image stabilization mobile phone lens and sold their products aggressively.
Then Shuguang Technology can sue them to vomit blood. This is the importance of basic patent authorization!
Therefore, the built-in CCD body anti-shake technology among the many patents obtained by Sugon Technology is quite valuable.
Although this technology is currently used in cameras, Sugon Technology can shrink it.
After the reduction is successful, Sugon Technology will have the superb optical image stabilization capability that was only available in the previous 2020 Apple iPhone E 12 Pro Max mobile phone.
You can imagine how desperate other mobile phone manufacturers around the world were when this mobile phone with sensor-shift optical image stabilization was released!
Of course, Shuguang Technology also needs to develop the traditional lens-type OIS optical anti-shake technology, because the lens-type OIS optical anti-shake technology can be applied to mid-range mobile phones in the future.
In this way, sensor-displacement optical image anti-shake technology can be formed in the future, that is, body anti-shake IBIS technology can be applied to high-end mobile phones.
Lens-type OIS optical anti-shake technology is applied to mid-range mobile phones, forming a ladder to better differentiate and sell high-end mobile phones.
Of course, the IBIS technology for body image stabilization actually has more potential to be explored.
In the previous generation, the body anti-shake IBIS technology of Pingguo mobile phones could only control displacement on two axes, that is, it could only move up, down, left, and right. It had no actual anti-shake effect on the front and back shaking or even tilted arc shaking of the phone.
If you hold an action camera for comparison, you will find that the action camera performs quite smoothly under the same circumstances, as if the holder is not running but walking.
On the contrary, if you take the iPhone E 13 to shoot a running video, the picture will be dazzling, and the optical image stabilization function will feel like it is not there.
This is the disadvantage of having only two axes that can move, and there is no anti-shake effect on front and rear shaking and tilting shaking.
If Lin Chen could implement the three-axis or even five-axis body anti-shake IBIS technology that was only available in previous SLR cameras on his mobile phone, that would be truly amazing.
But this is easier said than done. Although SLR cameras in previous generations were generally able to achieve five-axis body image stabilization, this was due to the large size of the SLR camera!
The mobile phone is really too small, and the lens of the mobile phone is also too small. It is not easy to achieve five-axis body image stabilization.
Of course, even if it can't have five axes, it's still very powerful with only two axes. Didn't the previous Pingguo mobile phone also arouse a lot of praise for its two-axis anti-shake technology?
Of course, you still have to pursue it, just in case it comes true.
If five-axis body anti-shake technology is implemented on mobile phones, then Sugon mobile phones will be really amazing in taking pictures.
Even if other configurations are weaker by then, the superb anti-shake camera effect alone will make people buy Sugon phones with their eyes closed.
Why were Pingguo phones so powerful in previous lives? Their photography performance is absolutely amazing, which definitely accounts for a large part of the factor.
Therefore, Sugon Technology not only develops two-axis body anti-shake technology that allows the lens to move up, down, left, and right.
In the future, we should focus on the five-axis body anti-shake technology that can shake up and down, left, right, front and back, or even tilt in an arc!
Of course, these are all things in the future. At this time, we have just acquired the camera and imaging division of Minolta.
Sugon Technology has a lot of work to do next.
The current focus of Sugon Technology is to quickly integrate those lens production factories, lens measurement factories, lens grinding and polishing factories, lens coating factories, and ultra-precision metal processing factories that produce precision camera components...
In addition, the camera and imaging equipment research and development team, the core backbone of the factory, etc. must be invited to Daxia. Even if the overseas subsidy is equivalent to more than half of the salary, it is a price that must be paid.
As for the factory and R&D team remaining in the island country, this is impossible, because Lin Chen's purpose is to set up his own team, a team with Daxia people as the core in the future.
(End of chapter)
