Two-in-One Video Processor
Arbitrary Image Scaling: Images can be scaled in any proportion, allowing changes in horizontal and vertical resolution without hardware modifications.
Dual-Clock Data Expansion Design: Solves the issue of insufficient data lines for transparent screens by supporting dual-clock data expansion.
Adapted for Irregular Transparent Screen Cabinets: Mooncell's control system can quickly achieve row, column, and pixel extraction for irregularly shaped transparent screens.
Irregular Structure with Visualized Debugging: Allows pre-adjustments based on blueprints or the relative position of installed cabinets, enabling easy completion of screen designs and connection programs for various cabinet shapes.
System Components | Product Model | Parameter Features |
---|---|---|
LED Transparent Screen | P3.91-7.81 |
Size: 1000mm × 1000mm Resolution: 256 × 128 Refresh Rate: ≥3840Hz Screen Size: 25m × 10m Resolution: 6400 × 1280 Transparent Display |
Receiving Card | L4S Pro |
2x120PIN high-precision interfaces - Maximum pixel loading capacity: 512 × 384 - Supports BOX parameter reading and marking - Supports receiving card serial number detection - 18bit+ grayscale output, independent RGB Gamma adjustment - Network error rate detection |
Two-in-One Processor | MVB20S |
20 Gigabit Ethernet Ports Output; Total Loading Capacity of 13 Million Pixels. Input Interfaces: HDMI 2.0 × 1, DP 1.2 × 1, DVI × 2, HDMI 1.3 × 2, 3G-SDI × 1 Supports displaying up to 5 separate screens with flexible adjustment and switching between displays. Allows creation and saving of up to 10 user-defined scenarios as templates for quick access. Supports 3D display, screen configuration parameter inspection, and SD card backup for easy maintenance. |
Playback & Control Media Server | MC-C2KX | Featuring 4 x DP outputs, each with a maximum resolution of 4096×2160 per channel, and 1 additional output from the integrated graphics card. Supports 8K×4K output for high-resolution video decoding, with capabilities for flexible image segmentation, recombination, geometric distortion, and rotation, enabling seamless image splicing in various shapes and angles. |