How is Dangbei Projector UI design and content?

Celine2020

Member
Dangbei Projector UI design and content are both mainstream and personalized. Dangbei Projector is using Dangbei OS. The interactive experience is great,. massive resources are provided, giving users great freedom to install. We will know the specific performance when we start up the projectors.

How is Dangbei Projector UI design and content?

The UI interface of Dangbei OS carried by Dangbei Project F1C adopts the classic left navigation and display mode. Each navigation item supports user-defined increase and decrease and sorting, and users can perform the UI desktop according to their own preferences. Organize, friends who like to streamline should not be missed.

How is Dangbei Projector UI design and content?

The setting menu pops up on the right. Keystone correction is a highlight of this flagship new product upgrade. By using multiple sets of ToF lasers, acceleration sensors, CMOS camera modules, and internal ichips image processing chips, the projector can be used together . The projected screen captures information. When any angle changes in the projection, it can quickly sense and adjust the screen synchronously, in order to present the user with a square screen.


How is Dangbei Projector UI design and content?

The dual algorithm of ToF and CMOS camera help the focusing to be more rapid and accurate. After real-time focusing is turned on, the projector will automatically perceive the focus of the current picture, and quickly achieve instantaneous clarity without too much perception by the user. Affect the viewing experience.

How is Dangbei Projector UI design and content?


According to the evaluation, long press the side button of the remote control. In the past, it took many rounds and the image of the focus image disappeared. Automatic sensorless focus is quickly realized on the current page, and the effect is remarkable.
 
When Beibei F1C projector adopts Texas Instruments 0.33 inch DMD display chip, the real physical resolution is 1280 × 720, which shows that there are only 920,000 microcrystalline imaging chips
 
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