iQOO Neo 5 Leaked Again: Supports OIS (Optical Image Stabilization)

In late February, iQOO officially announced that it will release the new iQOO Neo 5 smartphone on March 16. Today, the appearance of iQOO Neo 5 was exposed. Judging from the spotted information, the new machine will adopt a three-camera solution. The word “OIS” will be printed on the camera.

We can understand that the OIS optical image stabilization function can improve the filming rate of  smartphones in low-light environments. It can also improve the shooting effect.

At the same time, “Honor of Kings” announced today that it will update a batch of 90-frame smartphone models. In addition, the iQOO Neo 5 is also listed.

In terms of game visual effects, iQOO Neo 5 will use a hardware-level independent display chip to support “game frame insertion” and “stabilized frame rate” functions.

iQOO Neo 5 parameters

Further, the iQOO Neo 5 has basically confirmed that it will sport Snapdragon 870, 66W ultra-fast flash charging and three-dimensional cooling system. Due to the strong capacity of fast charging, you can charge the battery to 100% in about 30 minutes.  The charging speed is very fast. Combined with today’s declaration of war on “power consumption” the iQOO Neo 5 will bring excellent battery life.

The network access information shows that the product code is V2055A. The latter supports 5G mobile networks. On the other hand, the equipped charger has a maximum output of 20V 3.3A.

In terms of processors, iQOO Neo 5 will sport Qualcomm Snapdragon 870 SoC, including a large 3.2GHz core, three 2.42GHz mid-cores, and four 1.8GHz small cores. The GPU model is Adreno 650. This model is consistent with Snapdragon 865 Plus. The phone will also feature a face-to-face display that supports 120Hz refresh rate.

At the same time, the iQOO Neo 5 will also include a rear three-camera solution. Other specifications are 48MP main camera + 13MP ultra wide-angle + 2MP lens. The main camera is a Sony IMX598 sensor with a 1/2-inch outsole. The unit pixel area is up to 0.8 microns. And the four-in-one pixel support can reach 1.6 microns.

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