Transcript
Lenovo VIBE X2 The Lenovo VIBE X2 smartphone is the world’s first layered smartphone with a unique, layered design crafted to reflect a multilayered lifestyle. As sleek on the inside as it is on the outside, the VIBE X2 delivers MTK's cutting-edge True8Core technology, brilliant dual cameras featuring selfie beautification, innovative click-on accessories and impressive 4G speeds. With a bold choice of colors and premium design features, the VIBE X2 is designed to suit a user’s individual style. Unique layered design that stands out from the crowd MTK’s 4G LTE True8Core processing technology for easy multi-tasking, smooth gaming and power saving features to boost battery life 13MP rear camera with multiple shooting modes 5MP “selfie” cameras featuring beautification features and gesture controls Take experiences further with the Battery Xtension feature, which protects the phone while extending its battery life an additional 75 percent. Hi-fi Xtension amplifies the phone’s sound for enhanced music listening and movie watching Intuitively design VIBE UI 2.0 featuring personalized lock screen, Instant On camera, transparent icons and more LTE (4G) data speeds for fast access to the content users care about most Note: specification may vary by region. Processor MediaTek MT6595m 4G LTE 2.0GHz True8Core Operating System Android™ 4.4 OS (Kit Kat) Display/Resolution 5.0-inch (1920X1080) wide-view FHD display; 5-point multi-touch Color Memory Sound Connectivity Bluetooth Camera Battery Weight Dimensions SIM Support White, Gold, Red and Dark Grey 2GB RAM+ 32GB ROM 1x Speaker; 3.5mm Jack 4G LTE; FDD Band 1,3,7,20; comes with Wi-Fi 802.11 b/g/n/ac; Wi-Fi hotspot; BT4.0 13MP auto-focus rear camera with LED Flash; 5MP fixed-focus front camera 2300mAh (Li-polymer, embedded); talk time up to 17 hours (2G) / 19 hours (3G) / 19.5 hours (4G)*, standby time up to 9.5 days (2G) / 9 days (3G) / 7.5 days (4G)* 120g (4.23 ounces) 140.2 X 68.6 X 7.27mm/ 5.5 X 2.7 X .29 inches Dual (AP region); Single (elsewhere) *Battery life based on simulation results and is an estimated maximum average. Actual battery life may vary based on many factors
