KENEKSI X6 specs.
Mobiles >> KENEKSI >> KENEKSI X6| Specifications | Reviews | Secret codes |
General characteristics KENEKSI X6
Band:
GSM 900/1800
Type:
telephone
Enclosure type:
classic
Housing material:
plastic
Management:
navigation key
The number of SIM-cards:
2
Mode of operation of multiple SIM cards:
alternating
Weight:
110 g
Dimensions (WxHxT):
51x118x16.7 mm
Screen KENEKSI X6
Screen type:
color
Screen Size:
This diagonal display size is usually measured in inches.
This diagonal display size is usually measured in inches.2.4 inch.
Image size:
240x320
Calls KENEKSI X6
Ringtones type:
polyphonic, MP3 ringtones
Vibrating alert:
yes
Multimedia features KENEKSI X6
Camera:
0.10 million pixels., the built-in flash
Recording movies:
yes
Video playback:
MP4, H263, 3gp, AVI
Audio:
MP3, FM-radio
Recorder:
yes
Communication KENEKSI X6
Interfaces:
Bluetooth 2.1
Internet access:
no
Memory and processor KENEKSI X6
Memory card support:
microSD (TransFlash), up to 8GB
Message KENEKSI X6
MMS:
yes
Power KENEKSI X6
Battery type:
Li-Ion
Battery capacity:
1800 mAh
Talk time:
18 h
Standby time:
600 h
Other functions KENEKSI X6
A2DP profile:
yes
Flashlight:
yes
Phonebook and organizer KENEKSI X6
Organizer:
alarm clock, calculator
Comments, Questions and Answers about KENEKSI X6
Ask a question about KENEKSI X6
Shortly before its launch, the REDMI K90 Max smartphone appeared in the Geekbench database. The benchmark revealed its performance and, at the same time, disclosed some of the key specifications of the brand's upcoming flagship.
The realme smartphone lineup has been expanded with the new affordable Narzo 100 Lite 5G model. It combines an unusual mix of features typically found in more expensive devices with budget-friendly hardware.
A week after the Honor 600 Lite went on sale, the company shared details about one of the device's key features?its metal body. It is crafted using technology employed in the aerospace and automotive industries.
The Honor 600 Lite is built around an all-metal frame created using vacuum die-casting technology instead of traditional stamping. This new method allows for complex geometric shapes to be achieved directly in the mold, while the frame's wall thickness is less than 0.25 mm?a feat impossible to achieve with conventional machining without sacrificing strength.