Vivo V23 test: a beautiful smartphone that attracts selfie lovers

Vivo V23 test: a beautiful smartphone that attracts selfie lovers

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At the rear, this V23 chooses a configuration that is now quite common. So we are entitled to a 64 Mpx wide angle lens with an aperture of f / 1.9, an exceptional 8 Mpx wide angle (f / 2.2) and a 2 Mpx macroscope sensor (f / 2, 4).

A set comparable to that of the recent Oppo Find X5 Lite, which is equipped with quite similar sensors.

Main unit: 64 megapixel, f / 1.9, ex. 24 millimeters

The 64 Mpx unit takes advantage of its technology pixel commitment, which allows the pixels (here, by four) to be merged in order to capture more light and provide more clarity. Therefore, the phone provides snapshots at 16 megapixels by default.



Oppo Find X5 Lite (16 Mpx, f / 1.7 eq. 25 mm, ISO 230, 1/50 sec.)


Vivo V23 (16 Mpx, f / 1.9 eq. 24 mm, ISO 183, 1/100 s)

The two smartphones choose a rather different treatment. V23 highlights contrast to offer a clearly legible scene (see map). But we lose sight of the Find X5 Lite, which offers more detail and a slightly more saturated overall colorimetry that flatters the eye. The patterns are clear in both shots, but that of the Vivo lacks a bit of sharpness. On the other hand, he does well in the periphery, something that is not visible in this part of the photo.



Oppo Find X5 Lite (16 Mpx, f / 1.7 eq. 25 mm, ISO 6902, 1/10 sec.)


Vivo V23 (16 Mpx, f / 1.9 eq. 24 mm, ISO 4954, 1/15 s)

At night, the situation is quite similar. This V23 captures the scene quite well, but the Find X5 Lite offers a bit more detail (see both portraits) and slightly brighter colors. The exhibition is also better managed and the patterns a little more intense. However, the difference is not obvious.

64 MP operation

It is possible to impose a complete definition on the settings. As usual, we isolated an area of ​​the same size in each of the shots. You can see the difference in the definition.



64MP Night mode


Day operation 64 MP

In good conditions, full definition performance is interesting and allows you to enjoy a sharper and more detailed image. In the dark, on the other hand, the result is much less convincing than with pixel commitment activated. The sharpness is much lower than in standard mode. As you will understand, we recommend this feature during the day, even if the downloads inevitably outweigh the (generous) storage of this V23.

Extremely wide angle unit: 8 megapixels, f / 2.2, ex. 16 millimeters



Oppo Find X5 Lite (8 Mpx, f / 2.2, equivalents 15 mm, ISO 288, 1/100 s)


Vivo V23 (8 Mpx, f / 2.2, equivalents 16 mm, ISO 339, 1/100 s)

At first glance, it is easy to understand that this second sensor does not have the same ambitions. In fact, it is very frustrating. A hazy fog fell over the scene and the level of detail fell sharply. We can still distinguish the main elements, but the algorithm fails to force the contrast to highlight each object more clearly and make the whole thing really usable. In addition, the distortion in the peripheral areas of the image is very pronounced. The Find X5 Lite is far from shining in exercise, but its results are even more legible.



Oppo Find X5 Lite (8 Mpx, f / 2.2, ex. 15 mm, ISO 7812, 1/20 sec.)


Vivo V23 (8 Mpx, f / 2.2, equivalents 16 mm, ISO 4995, 1/15 s)

Few smartphones manage this exercise at night. As expected, this V23 is having a hard time and its low exposure prevents it from regaining enough detail. The result is final.

Front unit and video unit

The V23 main sensor allows 4K and Full HD resolution at 30 fps. The result is quite good and benefits from a natural finish. There are always some difficulties with managing tags, but this often happens in this price segment. Electronic stabilization is quite effective in both units.

This Vivo V23 stands out with the presence of a dual photo sensor on the front. There is a 50 Mpx master unit combined with an extremely wide 8 Mpx angle. As in the previous version, they are assisted by two LED floodlights located at the top of the screen. These make it possible to take superior quality selfies in any situation. We decided to present them on the stage of our test in a special laboratory article.

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