A new height? This up and down double bangs phone configuration is not bad

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A new height? This up and down double bangs phone configuration is not bad

2018-11-17 00:25:11 112 ℃

According to foreign media reports, Sharp's mobile phone, the originator of the beautiful screen, released the concept film of the new machine Aquos R2 Compact. Surprisingly, the machine actually adopted the design of the upper and lower grooves.

Specificly, in order to achieve a higher screen ratio, the top uses a water hole digging design, which is what we call "beautiful tip" or "drop screen", retaining the front camera .

At the same time, "Liu Hai" is placed on the bottom chin, this phone is opened at the bottom of the screen. A small mouth with a frontal fingerprint module inside, the overall shape is very gratifying.


The design of this "water drop" + "double chin" coexist is currently the first in the industry, but it is also called the ugliest smartphone of the year.


The Sharp R2 Compact front will feature a 5.2-inch 19:9 ratio FHD+ IGZO display with a resolution of 2280X1080 and a 120Hz refresh rate for an advanced gaming experience.


Other configurations, the new machine is equipped with the Snapdragon 845 mobile platform, equipped with 4GB RAM + 64GB ROM storage combination, front lens is 8 million pixels, rear 22.6 million pixel single camera, support Optical image stabilization. The battery is 2500mAh, supports Bluetooth 5.0 and IP68 waterproof design, has USB-C interface, retains 3.5mm headphone jack, supports memory card support, pre-installed memory card expansion. Equipped with Android Pie system.

It is reported that the Sharp R2 Compact will be launched in Japan around January 2019, and the price is unknown. However, it will be difficult to say whether this mobile phone will be recognized by the market.

At present, in the comprehensive screen gameplay, manufacturers have spared no effort to achieve higher screen ratio, which is currently on the market. With Liu Haiping, water drop screen, lifting structure, sliding screen structure, double screen structure... Can't help but sigh, is it already the bottleneck period of the full screen?


It is known that to achieve the goal of the front screen, the first thing is to solve the earpiece on the forehead, the front camera, and the light sensor and distance sensor. Others are still good to say, where the front camera is placed is a big problem that plagues manufacturers.


The lifting structure used by OV and the sliding screen structure adopted by Xiaomi Glory are all hiding the front camera inside the fuselage, while Nubia uses a dual-screen structure. The front camera is placed on the back of the fuselage, but this is not the best solution, of course, this is also an innovative method for the excessive phase. The ultimate solution currently available online is the screen camera.


Of course, from the current technology, it is not realistic to realize the real screen camera technology. At present, the transmittance of OLED screen is only 40%, which is far from the camera. Level.


But there is another screen camera solution mentioned by the industry - opening a hole in the screen, that is, a small area on the screen is not displayed, leaving it to the camera . Samsung has recently been exposed to adopting this design on new machines.


According to TheElec, the Samsung S10, which will be released next spring, will use an OLED display with almost no borders. There will be two openings in the screen for components such as the front camera. In order to punch the screen, Samsung will use a DPSS laser (diode pumped solid-state laser).


In addition, in order to adapt to the new screen camera design, Samsung also adjusted the system UI, the status bar signal, notification icon, time, The power is optimized accordingly; in full-screen scenes such as watching videos, the camera opening will be hidden.


Not long ago, the foreign news giant @evleaks also exposed this new machine. According to him, the Samsung S10 will use a new boring front camera, but the size and position are still uncertain.

At the same time, it is reported that the Samsung S10's in-screen boring front camera, instead of the real under-screen camera technology, is mainly featured on the display panel. A circular hole is punched out for the front camera, and the periphery of the front camera can be displayed normally. Obviously, compared with the current beauty of the market, Liu Haiping, such processing will bring a higher screen ratio.


Not only Samsung, but Huawei is also exposed to the technology of developing a camera under the screen. After the release of the Huawei Mate 20 series, a photo of the camera solution with a hole on the screen flows out, and the photo is in the mobile phone. There is only one opening of the camera on the screen, and the screen is relatively high.


In addition, Apple has never stopped exploring the full screen. Recently, foreign media reported that they found in a patent file submitted by Apple in June this year that Apple submitted a patent application for a full-screen technology titled "Integration of the camera under the glass and the production of a cover glass to provide a camera window. System and method."

The patent also states: "These devices, systems and methods are especially suitable for covering glass, display screens (such as LCD panels) and assembling them. To small electronic devices such as handheld electronic devices."


It seems that Apple is likely to launch a front-end camera and various sensors in the future. Integrated at the bottom of the screen, there is no bangs full screen iPhone. The patent application for the in-screen lens also occurred in LG, OPPO, Samsung and Huawei.


Of course, these are either speculations made by the media based on some sporadic information exposed by the manufacturers, or only patents applied by the manufacturers, specifically how to wait until the real machine is listed, but can be bold Guess, once this way of punching holes on the screen is applied to the mobile phone, just like this year's Liu Haiping, it will become a sought after practice of many manufacturers, and even become the standard for future comprehensive screens. So which of the above designs is the perfect screen solution that is close to perfection in your heart?