Novastar J6 видео хананд зориулсан LED дэлгэц видео процессор

Novastar J6 LED Screen Video Processor is the latest high-performance multi-screen splicing processor featuring enhanced image processing.

Based on a powerful FPGA processing platform, J6 supports quick seamless switch of any input source and supports transition effects such as fade, гэх мэт., allowing you to experience more flexible screen layouts.

Нэмж хэлэхэд, J6 can work with the new smart management software V-Can to enable more screen splicing effects and better satisfy your needs.

Novastar J6 LED Screen Video Processor For Video Wall Features:

1. Supports a wide range of video inputs divided into 4 groups with 8 connectors, including 1× HDMI (or VGA, or DVI), 4 × DVI, 2 × SDI, ба 1 × DualLink DVI (or HDMI 1.4, or DP1.1).
2. The input resolution of Input A supports 4K×2K@30Hz. Other inputs support 1920×1080@60Hz which are downward compatible.
3. Дэмжуулж 5 × outputs, орно 4 groups with 8 DVI connectors for splicing output, ба 1 × HDMI урьдчилан харах гаралт.
4. The preview connector supports preview of PVW, PGM and 8 × input signals.
5. Output resolution is settable. The splicing width of 4 channels can be up to 15360×600.
6. Шалтгаална, хамаарна 6 windows can be displayed simultaneously and the resolution of each window is up
to 7680×1080@60Hz. J6 also supports one OSD of up to 4K×2K, which can be images or texts.
7. The window position, size, гэх мэт. are adjustable, and each window can be added with borders of custom color and widths.
8. Besides the 6 built-in preset templates, Шалтгаална, хамаарна 16 user presets can be created and saved as templates. All the presets can be used directly and easily.
9. Provides 21 transition effects to enhance and present images with professional quality.
10. An intuitive color LCD on the front panel and clear button indicator lights simplify the
system control operations.
11. Supports Genlock synchronization, allowing you to choose any input source or external
synchronization signal to achieve vertical synchronization.