OPPO's new flagship mobile phone, Find 7, was officially released on March 19. Like the rumors before, Find 7 does have dual versions, except for 1080P+ +In addition to the lightweight version of the 2G Ram, there is also the high configuration version of the 2K screen+8974AC+3G Ram. What's so remarkable about this phone? Let's go to the press conference to experience it.

OPPO Find 7 looks similar to the previous generation flagship Find 5 in front, but it is narrower in the "chin" and more flexible ▼

At the same time, the arc breathing light ▼ is innovatively added below the touch key

This one is a lightweight Find 7. Its back is pure black with matte texture, which is relatively low-key ▼

Find 7 uses a 13 million pixel stack camera. The sensor is Sony's IMX214, 6P lens, F2.0 aperture, and two LED fill lights. Above the camera is a noise reducing microphone ▼

On the right side of the fuselage is the volume key ▼

On the left side of the fuselage is the power button ▼

3.5mm headphone connector ▼ on the top

At the bottom is a special 7pin microUSB interface that supports VOOC fast charging technology. From the appearance, it is the same as the general microUSB interface, but it can also use the general data cable. Next to it is a microphone ▼

There is a small metal contact at the lower right of the fuselage, and the back cover can be opened smoothly by pressing it with a small needle. The author tried to remove the rear cover by hand, and it was also successful ▼

The design of removable back cover and battery is also a highlight of Find 7. Apart from Korean products, this is rare in high-end mobile phones ▼

The battery capacity of the lightweight version is 2800mAh ▼

The lightweight version uses a 5.5 inch 1080P screen, with a PPI of 403, and the screen fineness has been completely satisfactory ▼

This is a high configuration white Find 7. The white of the back cover is the same as that of the lightweight version ▼

Small grid pattern on the back ▼

There are some differences between the border and black ▼

The keys are silver frosted and painted ▼

The 5.5 inch 2K screen is indeed impeccable in terms of parameters, but in fact, for this size of screen, the difference between 1080P and 2K screen is really small, and the bandwidth and GPU requirements brought by 2K resolution are relatively high, so SoC at this stage is a little difficult ▼

The high configuration Find 7 can also remove the back cover and battery, and the battery capacity is larger than the light version, up to 3000mAh ▼

There are eight battery contacts, which is also to cooperate with VOOC fast charging technology ▼

The elegant high profile black back cover is made of three-dimensional woven materials, which is more personalized, and is somewhat similar to MOTO's "Kevlar" ▼

The texture is better than that of the light version in black and white ▼

Find 7 uses ColorOS 1.2 when it leaves the factory (it will be upgraded to 2.0 on March 21). The UI design is similar to that on N1 ▼

The screenshot here uses the advanced version of Find 7, model X9077, and the system is based on Android 4.3 ▼

The processor is Snapdragon 801 MSM8974AC 2.5GHz, the memory is 3G (2.78G can be recognized), and the body is 32G Rom (more than 23G at the user's disposal) ▼

Pull down on the right side of the taskbar, and a notice and shortcut menu will appear, with the brightness adjustment ▼

ColorOS still has the design of secondary menu, and the icon is in the form of simulacrum ▼

The setting menu is divided into three parts: general, sound and display ▼

Find 7 is also the first mobile phone that supports MAXXAUDIO. From the interface, perhaps we can understand it as an advanced "EQ" ▼

According to different scenes, you can adjust different sound intensification ▼ of bass, treble and voice

The high configuration Find 7 uses the top model MSM8974AC 2.5GHz processor of Qualcomm Snapdragon 801. We also have some tests to see the strength of this SoC. MSM8974AC is composed of four Krait 400 cores. The CPU frequency is 2457MHz. From the screenshot, it can be seen that all the four cores are switched on at the highest frequency. Some images may be incomplete due to the 2K screen ▼

A total of 3G RAM, 1.36G ▼ available

Next, let's look at the features of the GPU. The MSM8974AC is paired with Adreno 330@578MHz This is the same frequency as the MSM8974AB we tested. The Android 4.3 system of Find 7 also provides support for OpenGL ES 3.0. The GPU drives V53 ▼

MSM8974AC's It is PVS11, in the upper middle level ▼

The following is the voltmeter of this processor, which can reach 2.3GHz at 975mv and 2.5GHz at 1010mv

According to the evaluation of Anthare, the score is not as high as expected, but this is also a normal phenomenon. The machine tested on the spot is a bit warm, which will lead to CPU frequency reduction and affect efficiency ▼

The 3D drawing has more than 9800 points, which is the same as the 2K screen Similar ▼

When running Anthare, you can see that the CPU frequency can reach 2.5GHz, but before that, there is a frequency reduction phenomenon ▼

When running the "Little Yellow Man" game, we can see that the CPU has dual core 2.5GHz, and the GPU can reach the highest frequency 578MHz. As for the specific game frames, we can only reveal ▼ after we get the evaluation machine

The number of GBA simulator frames tested reached 170. With the high frequency of 2.5GHz, MSM8974AC has surpassed Exynos 5410 and Tegra 4 (1.8GHz), two quad core A15 processors, in burst performance, and is quite powerful

Find 7 has made many improvements in photographing, including 50 million pixels, 32 second slow shutter, focusing and other features. When shooting, we just need to "tick" the object to focus on, and then move the mobile phone, and the focus will still stay on the object ▼

Normal mode photo sample (click to view the original picture) ▼

8 seconds long exposure, the picture purity is not bad (click to view the original picture) ▼

After 16 seconds of exposure, the picture has begun to be overexposed. Of course, the shutter time of 16S or even 32S is not used for mobile phones (click to view the original picture) ▼

50 million pixel sample, ISO is too high, noise is relatively large, it seems that it needs to be optimized for night view (click to view the original image) ▼

 
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