Structural light is about to use commercial gas | OPPO black technology inventory

With the intense competition, China's mobile phone market resources are rapidly converging. It is changing from an 'inverted triangle' to a 'T-shaped structure'. Among them, TOP5 manufacturers account for 80% of the market, and OPPO is an important one of TOP5.

In many people's minds, OPPO has always been a remarketing company, overwhelming advertisements, celebrity endorsements, and offline stores everywhere. However, as everyone knows, OPPO did not loosen up on innovation, and patent applications have always ranked The forefront of domestic mobile phone manufacturers, its R & D on the mobile phone industry has formed an important upside.

Recently, OPPO held a 5G&3D structural light technology communication conference in Shenzhen titled 'Connecting the Three-Dimensional Future', which demonstrated the progress in 5G and 3D structured light. This is undoubtedly another breakthrough for OPPO through deep insight into consumer demand. In this event, OPPO also became the first manufacturer to adopt 3D structured light technology in the Android industry, and took the lead in the world to complete 3G video calls based on 3D structure. It also announced that 3D structured light technology will formally appear within 6 months. In the product, the clear business time shows the full confidence of OPPO, then let us take the opportunity to review the OPPO's black technology over the years to see how convincing it is.

Photographs

The world's first beauty smartphone: OPPO U701

Nowadays, self-portraits of mobile phones have become very commonplace. Almost any smartphone supports beauty selfies. The world's first beauty smartphone is the U701 launched by OPPO.

The OPPO U701 was launched in June 2012 and was equipped with the leading 2 megapixel front camera at the time (yes, you heard it wrong, it was 2 megapixels. Now the front camera has reached 20 megapixels, 6 The time is upgraded by 10 times, and it is equipped with Beauty+ Makeup Engine. It can intelligently recognize and modify the skin and beautify the facial features. Now everyone seems to be familiar with beauty phones and beauty functions, but in front of that single camera, AI has not yet been introduced. In the age of the algorithm, we can see the OPPO's insight into user needs for R&D.

The first pre-megapixel mobile phone: OPPO Ulike 2

In December of the same year, OPPO released Ulike 2. Its design was inspired by Chanel lipstick, equipped with a 500-megapixel front camera, and once again became the highest pixel mobile phone in the front camera. At the time, the industry’s most common were 2 million pixels. Front camera.

At the same time, Ulike 2 also further enhance the beauty features, the introduction of beauty features 2.0, can achieve dermabrasion, whitening, face-lift and other functions, and support beauty self-timer real-time preview, self-timer experience to further enhance.

Rotating camera

OPPO N1

In September 2013, OPPO launched the OPPO N1 smart phone, which received wide attention due to its rotating camera. The OPPO N1 uses a 13 million-pixel Sony stackable lens, which is the first Android phone to use the 6P lens module.

The most commendable is that the OPPO N1's camera supports 206 degrees of free rotation, and innovatively combines the front and rear cameras into a single, can always view the screen from the screen within a variety of effective viewing angles. , Lens changes the way to get the best viewfinder.

Moreover, OPPO N1 uses an independent original painting engine image processing module. The improved AWB algorithm can more accurately handle the color balance and improve the authenticity of the screen restoration. At the same time, there are seven scene modes that can be customized and recognized: indoor, landscape, Night scenes, portraits, macros, sports and mixed lights.

World's first electric rotary camera phone: OPPO N3

Following OPPO N1, in October 2014, OPPO launched the annual flagship OPPO N3, which not only carries a 16-megapixel camera certified by Schneider Electric, but is also the world's first mobile phone equipped with an electric rotary camera.

The 16-megapixel camera on the OPPO N3, aperture F/2.2, has a blue glass coated lens, with a center resolution of 2,600, an edge resolution of 1800, and a pixel size of 1.34 μm. At the same time, the OPPON3 is equipped with PI original paintings. Engine 2.0+, changed the form of the fixed shooting function of the PI original painting engine 2.0, making the shooting interface more intelligent. The arbitrary setting allows the user to find the shooting function they need at the fastest speed, making the OPPO N3 the 2014 year. One of the strongest Android camera phones.

New Image Stabilization Technology: SmartSensor

At MWC 2016, OPPO brought a new anti-shake technology SmartSensor. It achieved jitter compensation in three dimensions: pitch axis, Yaw axis and Roll axis.

Moreover, the precision of the SmartSensor image chip image stabilization technology is 0.3 micrometers, and in terms of the jitter speed, the SmartSensor image chip image stabilization technology requires only 15 millisecond response time, which is 3 times higher than that of the conventional lens stabilization technology, and its anti-shake. As the technical quality becomes smaller, the lens heating can be effectively reduced when working, so that the effect of imaging due to heat can be avoided.

5x lossless zoom

At the 2017 MWC, OPPO released its first '5x lossless zoom' technology. It is based on the world's first periscope-based dual camera, and applies optical image stabilization to telephoto lenses that require anti-shake.

Unlike the traditional dual camera side-by-side arrangement, the OPPO has a telephoto lens arranged horizontally to form a vertical layout with a wide-angle lens. Special optical prisms allow the light image to refract into the lens group to achieve imaging. Ingenious structure allows the lens module to be perfectly integrated into the light and thin The camera body has been expanded to a 3x optical zoom range with a periscope lens, and after OPPO's high-precision image fusion technology, it has achieved up to 5 times the lossless zoom effect of the image quality!

OPPO's periscope dual camera will bring only 5.7mm lens module to the mobile phone, the total lens thickness will also be thin to 7.8mm and has 0.0025 ° image stabilization accuracy. Contrast to the current dual camera lens, '5 "Loose-less zoom" technology increases the optical image stabilization of mobile phones by more than twice, while the thickness is reduced by about 10%, and the anti-shake performance is improved by 40% at the same time!

3-HDR

OPPO is the first to use 3-HDR technology on the R15. Everyone should have some understanding of HDR. The basic principle is to take multiple photos with different exposures in the same scene, and then use the high-definition dark details, and the low-light highlights. The details and the normal exposure middle information are combined to solve the problem of too bright or too dark in the high-contrast photo scene.

The 3-HDR function of the OPPO R15 comes with a pixel-level classification exposure technology. In the RGB pixel, different exposures are used between the sub-pixels to realize real-time HDR at the hardware level. The viewfinder has been able to The user sees what it looks like, WYSIWYG. At present, most of the market rely on software to complete the HDR camera phone before pressing the shutter, people do not know whether it can achieve the desired effect.

Moreover, it is worth mentioning that the HDR function is often a function of the smart phone's rear camera, but the OPPO R15 has successfully implemented the 3-HDR function on the front camera, bringing in enough shoulder or even surpassing other models. Set portrait photography experience.

Charging

VOOC flash charge

'Recharge five minutes, call 2 hours' This slogan should be familiar to everyone. The technology it relies on is VOOC flash charge.

VOOC Flash Charge is OPPO's independent research and development of low-voltage fast charging technology. It has applied for 18 patents, increased the fastest charging speed by more than 4 times, and has impeccable intelligent full-end five-level protection. It is the fastest and safest in the world. Mobile phone charging technology. The first time that Find 7 released by OPPO 2014 was launched and used. More importantly, in that era of universal 5V 1A charging, OPPO's VOOC flash has become an important driving force for the mobile phone industry. After the release of the 7th, various manufacturers followed suit to carry various types of fast charging technologies.

Then at Barcelona MWC 2016, OPPO demonstrated the VOOC Super Flash Charging technology, from the previous 'charge five minutes, call 2 hours' upgrade to 'charge five minutes, call 10 hours'.

Next-generation technology

3D light structure

Back to the beginning of the article, on May 10, OPPO held the 5G&3D structured optical technology media communication conference in Shenzhen on the theme of 'Connecting the Three-Dimensional Future.' At the conference, OPPO not only announced the company’s progress in both 5G and 3D structural light technologies. The direction of future research and development will also demonstrate the more mature results at this stage.

Regarding 3D structured light, the basic principle is simply that, after the structural light projects specific light information onto the surface of the object, the camera captures the projected information, and inversely pushes down the influence of the surface structure of the analyzed object on the projected light signal. The position and depth of the object and other related information, and then restore the stereoscopic 3D structure.

According to different scenarios and application areas, OPPO has now divided the exploration of 3D structured light application scenes into four large blocks, including: secure payment, 3D reconstruction, AR, and games. Many of them have made good progress. For example, OPPO combines the two hot technologies of 5G and 3D structured light, successfully implemented the world's first 3D video call based on 5G transmission, and 3D structured light face unlocking. This is OPPO's insight on user needs, and is based on the user's needs. The important manifestation of guidance. Technology is important, but what kind of experience can be brought to consumers is more important.


With the intense competition, China's mobile phone market resources are rapidly converging. It is changing from an 'inverted triangle' to a 'T-shaped structure'. Among them, TOP5 manufacturers account for 80% of the market, and OPPO is an important one of TOP5.

In many people's minds, OPPO has always been a remarketing company, overwhelming advertisements, celebrity endorsements, and offline stores everywhere. However, as everyone knows, OPPO did not loosen up on innovation, and patent applications have always been ranked. The forefront of domestic mobile phone manufacturers, its R & D on the mobile phone industry has formed an important upside.

Recently, OPPO held a 5G&3D structural light technology communication conference in Shenzhen titled 'Connecting the Three-Dimensional Future', which demonstrated the progress in 5G and 3D structured light. This is undoubtedly another breakthrough for OPPO through deep insight into consumer demand. In this event, OPPO also became the first manufacturer to adopt 3D structured light technology in the Android industry, and took the lead in the world to complete 3G video calls based on 3D structure. It also announced that 3D structured light technology will formally appear within 6 months. In the product, the clear business time shows the full confidence of the OPPO, then let us take the opportunity to review the OPPO's black technology over the years to see how convincing it is.

Photographs

The world's first beauty smartphone: OPPO U701

Nowadays, self-portraits of mobile phones have become very commonplace. Almost any smartphone supports beauty selfies. The world's first beauty smartphone is the U701 launched by OPPO.

The OPPO U701 was launched in June 2012 and was equipped with the leading 2 megapixel front camera at the time (yes, you heard it wrong, it was 2 megapixels. Now the front camera has reached 20 megapixels, 6 The time is upgraded by 10 times, and it is equipped with Beauty+ Makeup Engine. It can intelligently recognize and modify the skin and beautify the facial features. Now everyone seems to be familiar with beauty phones and beauty functions, but in front of that single camera, AI has not yet been introduced. In the age of the algorithm, we can see the OPPO's insight into user needs for R&D.

The first pre-megapixel mobile phone: OPPO Ulike 2

In December of the same year, OPPO released Ulike 2. Its design was inspired by Chanel lipstick, equipped with a 500-megapixel front camera, and once again became the highest pixel mobile phone in the front camera. At the time, the industry’s most common were 2 million pixels. Front camera.

At the same time, Ulike 2 also further enhance the beauty features, the introduction of beauty features 2.0, can achieve dermabrasion, whitening, face-lift and other functions, and support beauty self-timer real-time preview, self-timer experience to further enhance.

Rotating camera

OPPO N1

In September 2013, OPPO launched the OPPO N1 smart phone, which received wide attention due to its rotating camera. The OPPO N1 uses a 13 million-pixel Sony stackable lens, which is the first Android phone to use the 6P lens module.

The most commendable is that the OPPO N1's camera supports 206 degrees of free rotation, and innovatively combines the front and rear cameras into a single, can always view the screen from the screen within a variety of effective viewing angles. , Lens changes the way to get the best viewfinder.

Moreover, OPPO N1 uses an independent original painting engine image processing module. The improved AWB algorithm can more accurately handle the color balance and improve the authenticity of the screen restoration. At the same time, there are seven scene modes that can be customized and recognized: indoor, landscape, Night scenes, portraits, macros, sports and mixed lights.

World's first electric rotary camera phone: OPPO N3

Following OPPO N1, in October 2014, OPPO launched the annual flagship OPPO N3, which not only carries a 16-megapixel camera certified by Schneider Electric, but is also the world's first mobile phone equipped with an electric rotary camera.

The 16-megapixel camera on the OPPO N3, aperture F/2.2, has a blue glass coated lens, with a center resolution of 2,600, an edge resolution of 1800, and a pixel size of 1.34 μm. At the same time, the OPPON3 is equipped with PI original paintings. Engine 2.0+, changed the form of the fixed shooting function of the PI original painting engine 2.0, making the shooting interface more intelligent. The arbitrary setting allows the user to find the shooting function they need at the fastest speed, making the OPPO N3 the 2014 year. One of the strongest Android camera phones.

New Image Stabilization Technology: SmartSensor

At MWC 2016, OPPO brought a new anti-shake technology SmartSensor. It achieved jitter compensation in three dimensions: pitch axis, Yaw axis and Roll axis.

Moreover, the precision of the SmartSensor image chip image stabilization technology is 0.3 micrometers, and in terms of jitter speed, the SmartSensor image chip image stabilization technology requires only 15 milliseconds response time, which is 3 times higher than the conventional 50 milliseconds of the lens stabilization technology, and its anti-shake. As the technical quality becomes smaller, the lens heating can be effectively reduced when working, so that the effect of imaging due to heat can be avoided.

5x lossless zoom

At the 2017 MWC, OPPO released its first '5x lossless zoom' technology. It is based on the world's first periscope-based dual camera, and applies optical image stabilization to telephoto lenses that require anti-shake.

Unlike the traditional dual camera side-by-side arrangement, the OPPO has a telephoto lens arranged horizontally to form a vertical layout with a wide-angle lens. Special optical prisms allow the light image to refract into the lens group to achieve imaging. Ingenious structure allows the lens module to be perfectly integrated into the light and thin The camera body has been expanded to a 3x optical zoom range with a periscope lens, and after OPPO's high-precision image fusion technology, it has achieved up to 5 times the lossless zoom effect of the image quality!

OPPO's periscope dual camera will bring only 5.7mm lens module to the mobile phone, the total lens thickness will also be thin to 7.8mm and has 0.0025 ° image stabilization accuracy. Contrast to the current dual camera lens, '5 "Loose-less zoom" technology increases the optical image stabilization of mobile phones by more than twice, while the thickness is reduced by about 10%, and the anti-shake performance is improved by 40% at the same time!

3-HDR

OPPO is the first to use 3-HDR technology on the R15. Everyone should have some understanding of HDR. The basic principle is to take multiple photos with different exposures in the same scene, and then use the high-definition dark details, and the low-light highlights. The details and the normal exposure middle information are combined to solve the problem of too bright or too dark in the high-contrast photo scene.

The 3-HDR function of the OPPO R15 comes with a pixel-level classification exposure technology. In the RGB pixel, different exposures are used between the sub-pixels to realize real-time HDR at the hardware level. The viewfinder has been able to The user sees what it looks like, WYSIWYG. At present, most of the market rely on software to complete the HDR camera phone before pressing the shutter, people do not know whether it can achieve the desired effect.

Moreover, it is worth mentioning that the HDR function is often a function of the smart phone's rear camera, but the OPPO R15 has successfully implemented the 3-HDR function on the front camera, bringing in enough shoulder or even surpassing other models. Set portrait photography experience.

Charging

VOOC flash charge

'Recharge five minutes, call 2 hours' This slogan should be familiar to everyone. The technology it relies on is VOOC flash charge.

VOOC Flash Charge is OPPO's independent research and development of low-voltage fast charging technology. It has applied for 18 patents, increased the fastest charging speed by more than 4 times, and has impeccable intelligent full-end five-level protection. It is the fastest and safest in the world. Mobile phone charging technology. The first time that Find 7 released by OPPO 2014 was launched and used. More importantly, in that era of universal 5V 1A charging, OPPO's VOOC flash has become an important driving force for the mobile phone industry. After the release of the 7th, various manufacturers followed suit to carry various types of fast charging technologies.

Then at Barcelona MWC 2016, OPPO demonstrated the VOOC Super Flash Charging technology, from the previous 'charge five minutes, call 2 hours' upgrade to 'charge five minutes, call 10 hours'.

Next-generation technology

3D light structure

Back to the beginning of the article, on May 10, OPPO held the 5G&3D structured optical technology media communication conference in Shenzhen on the theme of 'Connecting the Three-Dimensional Future.' At the conference, OPPO not only announced the company’s progress in both 5G and 3D structural light technologies. The direction of future research and development will also demonstrate the more mature results at this stage.

Regarding 3D structured light, the basic principle is simply that, after structured light projects specific light information onto the surface of the object, the camera captures the information after projection, and inversely pushes the effect of analyzing the surface structure of the object on the projected light signal. The position and depth of the object and other related information, and then restore the stereoscopic 3D structure.

According to different scenarios and application areas, OPPO has now divided the exploration of 3D structured light application scenes into four large blocks, including: secure payment, 3D reconstruction, AR, and games. Many of them have made good progress. For example, OPPO combines the two hot technologies of 5G and 3D structured light, successfully implemented the world's first 3D video call based on 5G transmission, and 3D structured light face unlocking. This is OPPO's insight on user needs, and is based on the user's needs. The important manifestation of guidance. Technology is important, but what kind of experience can be brought to consumers is more important.

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