Mooncell M-TA20 Synchronous LED Display Sending Card

Mooncell M-TA20 Synchronous LED Display Sending Card Description

The Mooncell M‑TA20 Synchronous Sending Card is a high‑capacity LED video sending card designed for large‑scale LED display installations. It features dual DVI input (main and backup) and four network output ports, enabling seamless signal transmission to LED modules. Capable of handling up to approximately 2.6 million pixels per card and around 650,000 pixels per network port, it offers flexible resolution support and enhanced reliability for professional LED display systems.

Product Features:
• Dual DVI video input (primary and secondary for DVI backup) – ensures redundancy and a stable input signal.
• Four network (Ethernet) output ports – support broad signal distribution to LED modules.
• USB interface for PC connection plus USB output interface for cascading additional identical cards or USB peripheral devices.
• Supports a wide variety of common resolutions including: 1024×768, 1280×720, 1280×800, 1366×768, 1600×1200, 1920×1080, 2048×1152, 2560×960. It also supports resolution read‑back (feedback).
• High loading capacity: a single sending card can handle approximately 2.6 million pixels, with each network port supporting ~650,000 pixels. Image positioning is freely adjustable.
• Supports two power supply methods, providing flexible power configuration.
• Includes a color reduction (chroma reduction) or chroma‑restore function to optimize signal and image quality.

Application Notes:
The M‑TA20 is ideal for LED rental screens, large fixed‑installation LED video walls, stage displays, and other professional full‑colour LED display systems. The dual DVI and backup capability increases system reliability, while the high output capacity and flexible resolution support allow integration into a wide range of configurations. When deploying, ensure that the total pixel load across network ports does not exceed the specified ~650,000 pixels per port to maintain signal integrity and performance. Also, ensure proper cooling and power supply arrangements based on your overall system design.