The Chinese company, Lenovo announced its new smartphone - LePhone S2, running the Android operating system and equipped with 8 megapixel sensor with enhanced functionality.
According to the manufacturer, its novelty is equipped with a highly sensitive CMOS sensor resolution of 8 MP and a dedicated image processor made by NEC, allowing you to take pictures with ISO 100 to 3200 with the quality of entry-level SLR cameras. Among the other advantages of the camera indicates the presence of high-speed image processing, quick start camera and low latency during the burst. There is also a place to AF tracking, touch focus and spot metering.
Other photofeatures:
HD video (720p)
HDMI port
Scene Auto Selector
270-degree panoramic photography
Shooting from a distance of 8 cm in the "macro"
The system of face recognition and smile in the picture
The set of artistic filters
Among the software "chips» LePhone S2, indicated the presence of various means of protection of personal data, including anti-virus and remote control lock and wipe data. Also there are several modes of usage of your smartphone - a mode of "owner" with full access to all functions (password) and guest mode with access only to certain functions.
Among other advantages of the apparatus, Lenovo also notes the fact that his body has a greater protection to external shocks - shocks m fall, as well as support for the "heavy» 3D games, thanks to the integrated graphics coprocessor.
Other specifications LePhone S2:
Support for communications standards: WCDMA / HSPA 850/1900/2100 MHz; GSM / GPRS / EDGE 850/900/1800/1900 MHz
Dimensions: 122h60h10, 9 mm
Weight: 120 gr.
Platform: Le OS3.0 (designed based on Android 2.3)
Processor: Qualcomm, MSM8255, 1.4 GHz
Display: 3.8 inch, 800x480 pixels
Camera: 8 MP, support HD (720p) video
Memory: 512 MB (standard) / 1 GB (luxury version) RAM, 8 GB of built-in (standard) / 16 GB (luxury version)
Communications: Wi-Fi (WLAN and WAPI), Bluetooth v2.0 + EDR, HDMI port, USB2.0 Full Speed (Micro USB), GPS, 3.5 mm audio jack
Battery: 1500 mA / h