Comparison Lenovo S60 and Micromax Q415

Show: all features only different features	Lenovo S60	Micromax Q415
General characteristics
Type	smartphone	smartphone
OS version	Android 4.4	Android 5.1
Case type	classic	classic
Control	sensor keyboard	sensor keyboard
SAR level	0.671	—
SIM-card type	micro SIM+nano SIM	micro SIM
SIM-card amount	2	2
Multi SIM mode	alternate	alternate
Weight	128 grams (86%)	148 grams (100%)
Width	72 mm (100%)	68 mm (94%)
Height	143.3 mm (100%)	134 mm (94%)
Thickness	7.7 mm (70%)	11 mm (100%)
Display
Diagonal	5" (100%)	4.5" (90%)
Screen size	1280x720	854x480
Number of pixels per inch (PPI)	294	—
Screen type	colored IPS 16.78 mln colors sensor	colored IPS 16.78 mln colors sensor
Sensor screen type	multitouch capacitive	multitouch capacitive
Automatic display rotation
Multimedia features
Camera	13 megapixels (100%)	5 megapixels (38%)
Camera functions	autofocus	autofocus
Video Recording
Front camera	5 megapixels (100%)	2 megapixels (40%)
Audio	MP3 FM-radio	MP3 AAC WAV FM-radio
Headphone jack	3.5 mm	3.5 mm
Video resolution max	—	1280x720
Connectivity
Standard	GSM 900/1800/1900 3G 4G LTE LTE-A Cat. 4	GSM 900/1800/1900 3G 4G LTE
LTE range support	800, 1800, 2100, 2600 MHz	800, 1800, 2100, 2600 MHz
Interfaces	Wi-Fi 802.11n Bluetooth 4.0 USB	Wi-Fi 802.11n Bluetooth 4.0 USB
Satellite navigation	GPS	GPS
A-GPS system
Storage and processor
CPU	Qualcomm Snapdragon 410 MSM8916 1200 MHz	Qualcomm Snapdragon 210 MSM8909 1100 MHz
Processor cores number	4	4
Video processor	Adreno 306	Adreno 304
Built-in memory	8 GB	8 GB
Amount of RAM	2 GB (100%)	1 GB (50%)
Memory card slot	yes volume of up to 32 GB
Power supply
Battery type	Li-polymer	—
Battery capacity	2150 mA⋅h (100%)	1800 mA⋅h (84%)
Battery	non-removable	—
Talk time	30 hours (100%)	6 hours (20%)
Standby time	336 hours (100%)	300 hours (89%)
Connector type for charging	micro-USB	micro-USB
Other functions
Speakerphone (built-in speaker)		—
Control	sensor keyboard	sensor keyboard
Airplane mode
Sensors	illumination sensor approaching sensor compass	illumination sensor approaching sensor
Flashlight
A2DP profile	—