Cubot King Kong Mini - Secure Microphone

The name of the new Cubot smartphone - KingThe Kong Mini is itself a good enough reason to draw attention to the model. Oxymorons are rare in this environment, and Mini King Kong is a typical representative of this literary device. However, the name is honest, it adequately reflects both the mini-size of the device and its mini-price tag - a smartphone will cost only $ 120 (7885₽).

Cubot King Kong Mini fits in mediumthe sizes of a palm. It can be compared in size with a credit card. The screen is 4 inches, once there were smaller ones, but these times have long been forgotten, so the King Kong Mini will easily win the competition of microphones. At the same time, the aspect ratio is modern, 9:18. Resolution 540 × 1080 pixels - not bad for this diagonal, 302 ppi.

Iron is not good news, but at leastrelatively modern - MediaTek Helio A22. RAM capacity is 3 GB. The drive is 32 GB expandable. The battery is not very impressive - 2000 mAh, but it wouldn’t fit there anymore, the device has dimensions of 119 x 58 x 12.1 mm. The cameras, most likely, are not very cool, and although the main one is depicted as double, nothing is said about the additional module - only the main resolution is mentioned in the specifications - 13 MP. The front camera is 8 MP.

Dust-moisture protection and shock resistance are promised (at the same time, the magic combination IP68 is not mentioned on the official website).

There is no NFC support or fingerprint scanner. But there is a gyroscope.

Key Features of Cubot King Kong Mini:

Screen 4 ″, 540 × 1080, 302 ppi, touch, capacitive, multitouch
IronMediaTek Helio A22
2 GHz, 4 x Cortex-A53, PowerVR GE8320
Memory: RAM 3 GB, ROM 32 GB, Micro-SD up to 128 GB, separate slot
Mobile Internet LTE
HSDPA, HSUPA
Edge
Mobile networksLTE Bands 1,3,7,8,19,20
UMTS 900, 2100
GSM 850, 900, 1800, 1900
Battery Li-Ion, 2000 mAh
Dimensions119 x 58 x 12.1 mm
Camera 13 MP, flash, autofocus, f / 2.2
frontal: 8 MP
Navigation GPS
OSAndroid 9.0 Pie
Sensors Accelerometer, Gyroscope, Compass, Approximation, Illumination

Tatyana Kobelskaya