Journalists tested the camera of the new Realme 14 Pro+: first impressions of the camera and shooting capabilities (photos)

By: Nastya Bobkova | today, 08:11
Journalists tested the camera of the new Realme 14 Pro+: first impressions of the camera and shooting capabilities (photos) How the Realme 14 Pro+ camera shoots has been revealed. Source: Realme

GSMArena journalists tested Realme 14 Pro+ and shared their impressions of its camera and design. The media prepared a large gallery of pictures taken in day and night conditions using all three cameras of the smartphone.

Here's What We Know

The location for the tests is Copenhagen, Denmark.

Although the exact specifications of the camera have not yet been announced, we can see that one of the lenses is a periscope telephoto zoom. The main camera showed sharpness and high-quality colour reproduction in daytime conditions, and the 2x zoom shots also look detailed, even if the lighting is not ideal.

An ultra-wide-angle camera was also tested, which demonstrated sharpness across the entire field of view. At night, the three-flash system helps to reproduce natural skin tones without excessive lighting.

We also tested 4K video recording from the main and telephoto cameras, as well as an electronic stabilisation test (EIS).

The main camera showed excellent results in low light conditions, maintaining clarity and colour saturation.

The design of the Realme 14 Pro+ has attracted attention thanks to its unique thermochrome back panel. The new models of the flagship Realme 14 Pro line use thermochromic pigments that allow the back panel to change colour. At temperatures below 16°C, it gradually turns from pearly white to bright blue, and with increasing temperature, it returns to its original shade.

According to Realme representatives, there are currently no similar solutions on the market. Although chameleon smartphones exist in the lines of other Android brands, their colour changes not due to temperature but under the influence of lighting and the angle of incidence of sunlight.

Source: GSMArena