Motorola DROID MAXX
Motorola DROID MAXX
- Display 5.0" 720 x 1280 pixels
- Camera 10 MP / 2 MP front
- Processor Motorola X8, Dual-core, 1700 MHz
- Storage 32 GB
- Battery 3500 mAh
- Fingerprint
- Lightweight
- Thin
- LTE
- Waterproof
- NFC
- Dual SIM
Display
Display size:
Resolution:
Pixel density:
Technology:
Screen-to-body ratio:
Features:
Camera
Rear:
- gallery
Hardware Features:
Specifications:
Flash:
Video recording:
Front:
Design
Dimensions:
Weight:
the average is 6 oz (172 g)
Materials:
Features:
Hardware & Performance
- benchmark
System chip:
Processor:
GPU:
RAM:
Internal storage:
OS:
Battery
Capacity:
Charging:
Stand-by time:
the average is 21 days (509 h)
Cellular
LTE (FDD):
UMTS:
GSM:
CDMA:
Data:
SIM type:
Connectivity
Bluetooth:
Wi-Fi:
Connector:
Features:
Location:
Other:
Phone features
Sensors:
Notifications:
Hearing aid compatibility:
Other features:
Multimedia
Screen mirroring:
Speakers:
Headphones connector:
Additional microphone(s):
Regulatory Approval
Head:
Body:
This device is also known as Motorola XT-1080M
US CARRIER AVAILABILITY
Discontinued
Description
Motorola DROID MAXX has a 3500 mAh battery, which is 200 mAh more than its predecessor, and the kind of capacity only phablets get equipped with nowadays, and cited for up to 48 hours of battery life. That capacity is keeping the lights on a very interesting set of specs - 5" HD OLED display (not PenTile), 1.7 GHz homemade processor, 2 GB of RAM and 32 GB of internal memory. Exact dimensions go as follows: 137.5x71.20x8.5 mm, so pretty thin despite the giant battery, and fairly light for a 5-incher at 160 grams, or 5.6 ounces. The "Motorola X8 Mobile Computing System" SoC sports 1.7 GHz dual-core application processor, 400 MHz quad-core GPU, natural language processor, and a contextual computing processor, for an octa-core concoction, claims Moto. The 10 MP camera on the back sports the new ClearPixel technology, which applies different RGBC color filter than the traditional Bayer RGBG one, bringing in more photons at low-light scenarios thus dealing better with blur and noise, at least on theory.
