Pure hardware FPGA architecture; Efficient and stable.
365 days, 7x24 hours operation.
Automatic operation after booting, support power-off protection.
Built-in 32G/64G storage and high-definition player, automatically play high-definition video.

Optimize the geometric correction grid map, support customizing the color of the geometric correction grid line, each channel supports a maximum of 64×32 point grid geometric correction, Not only can the display screen be corrected according to the shape of the projection screen (flat, curved, spherical, etc.), Match with the projection screen, adjust the overlap area between the projectors to achieve pixel-level overlap and alignment, At the same time, it can perfectly handle the deformation of any shape such as wall corners, and improve the image display effect after edge fusion.

Support roaming, PIP, zooming in/out, stretching, scene switch.
Support opening up to 8 windows on each screens，support roaming, overlay, zoom in/out, multi-window switching, picture-in-picture, signal clip and a variety of display modes such as split screen, full screen and combination screen.

Support loop playback and random playback of video content.
Support switching control of start and pause of video content.

Support the use of mobile phones, IPAD, tablet computers and other mobile terminals to switch the layout and scene display of the large screen.
Can send barrage via mobile.

The system has split-screen display and split-screen control functions; A single BR20 can control the independent display and independent control of two large screens at the same time, reducing the number of equipment and user costs, and enhancing the flexibility of solution design and scene application.

BR20 supports controlling the projector's power on and off.

The system has an extended cascading function; when the number of integrated projectors exceeds 9, the number of integrated channels can be expanded through network cascading to achieve ultra-large-scale integrated applications.