Computational Fluid Dynamics Software. When you select a smartphone, which aspect do you care about? The appealing look? Extreme slim body? Or comfortable user experience? As for me, the last aspect is the most important one. Exactly, the new product UMI Plus is such a smartphone, which features almost invisible bezel and high screen-to-body ratio that brings a comfortable user experience.
Designs and Shows
Generally speaking, the UMI Plus does not take great changes in its appearance design, and the prominent different is the size. It has a dimension of 155*75*8.8mm and it weighs 185 grams. 6000 Series aluminum alloy fuselage along with an anodic oxidation processor, it brings an excellent holding feeling. No matter to say the super slim body thickness. Metal unibody design coupled with a 2.5D front panel, it offers an elegant and refined design.
Moreover, it comes with a sharp 5.5-inch full HD screen with a high color saturation of 95% NTSC gamut. Sunlight-readable display with better overall color saturation, it brings a richer viewing experience.
Configuration
It is powered by an outstanding MediaTek Helio P10 MT6755 processor along with an ARM Mali-T860 MP2 GPU for graphics. Based on the TSMC HPC+ technology, this processor has the best EER( Energy Efficient Ratio ) of all Mediatek processors. Computational Fluid Dynamics Software. Besides, with eMMC 5.1 flash memory and 4GB RAM, it can easily handle the multitasking. And it runs Android 6.0 Marshmallow OS. Except for that, it supports dual cards dual standby, quick charging and fingerprint recognition.
In terms of the camera configuration, it is configured with dual cameras of a 13MP rear camera with phase detection autofocus ( PDAF) and a 5MP front camera with anti-glare coating.
Battery
It is built in a Sony 4000mah Lithium-Polymer battery. The UMI Plus uses 690Wh/L high-density battery manufactured with Sony cells, providing 26% more capacity. Combined with the software optimization and the latest Quick Charge PE+ technology, it supports nearly two-days usage in a single charge. Computational Fluid Dynamics Software.
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