Embracing the Doogee phone with the largest battery capacity - 22,000 mAh Doogee V Max,
Main Specifications
- Mobile Phone Type
- SmartPhone
- Operating System
- Android
- SIM
- Dual
- Release Year
- 2023
- Colour
- Black
- Package Contents
- Charging Cable, Screen Protection
Processor & Memory
- Processor Model
- MediaTek Dimensity 1080
- Processor Power
- 2.6 GHz
- Processor Cores
- 2+6
- RAM
- 12 GB
- Capacity
- 256 GB
- Card Slot
- Yes
Display
- Size
- 6.58 "
- Analysis
- 2408 x 1080 pixels
- Refresh Rate
- 120 Hz
- Maximum Brightness
- -
- Handling
- Touch screen
- Type
- IPS
- Definition
- Full HD
Camera
- Rear Camera
- Triple
- Rear Camera Lenses
- Night Vision 20MP, Wide Angle 108MP, Ultra Wide Angle 16MP
- Rear Camera Video Resolution
- 1080p 30fps, 4K 30fps
- Rear Camera Flash
- Yes
- Selfie Camera Lenses
- Wide Angle 32MP
- Features
- HDR
Network & Connectivity
- Network Connection
- 5G
- Connectivity
- Bluetooth, USB-C, Wi-Fi
- NFC
- Yes
Battery
- Capacity
- 22000 mAh
- Removable
- No
- Fast Charging
- Yes
- Charging Power
- 33 W
- Wireless Charging Qi
- No
Special Features
- Protection
- Dust Resistant, Rugged, Water Resistant
- Protection Certification
- IP68, IP69K
- Type
- Accelerometer, Proximity, Gyroscope, Compass
- Fingerprint
- Sideways
Dimensions
- Length
- 178.5 mm
- Width
- 83.1 mm
- Thickness
- 27.3 mm
AI Features
- AI Photo Editing
- No
- AI Text Generation
- No
- AI Call/Speech Translation
- No
- AI Image Search
- No
Important information
Specifications are collected from official manufacturer websites. Please verify the specifications before proceeding with your final purchase. If you notice any problem you can report it here.
Description
The largest battery capacity ever
Embracing the Doogee phone with the largest battery capacity - 22,000 mAh Doogee V Max,
What it's like to have 22,000mAh in your hands..
A Huge Power Bank
Battery comparison with an iPhone 14
WiFi6
Up to 3.6 Gbps! Lightning-fast download speeds
L1 + L5 Dual Band GPS
The first dual-frequency GPS. L1+L5 dual-frequency, the signals work together and positioning accuracy increases up to 10 times. Even in complex urban environments, accurate positioning can be achieved.