7 Products
LED Video Processors
We supply professional LED display video processors by NovaStar, ColorLight, and Huidu,Built for large-scale LED display control, these LED video processors enable seamless video input switching, accurate resolution scaling, and stable image processing.
They are widely used in professional LED walls for concerts, stage displays, control rooms, and commercial signage systems.
Don’t see the model you need? please CONTACT US — we’ll assist with availability checks or alternative solutions.
Lead Time
Orders are typically processed and shipped within 1–3 business days from our main warehouse.
Fulfillment Details
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Shipping Origin: All products ship directly from our warehouse.
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Standard: 9–18 days | Express: 5–9 days.
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Shipping Costs: Calculated based on cart weight, dimensions, and destination.
Compare LED Video Processors
| Brand | Model | Input Ports | Output Ports | Max Resolution | Features |
|---|---|---|---|---|---|
| NovaStar | VX1000 | HDMI ×1, DVI ×1 | 10 Ethernet Ports | 3840×2160 | 4K scaling, multi-layer, seamless switching |
| ColorLight | X20 | HDMI ×2, DVI ×2 | 8 Ethernet Ports | 1920×1200 | Dual image processing, flexible layout |
| Huidu | VP210 | DVI ×1, VGA ×1 | 2 Ethernet Ports | 1280×1024 | Async + sync support, basic scaling |
Expandable
An LED video processor receives multiple signal sources (such as HDMI, DP, SDI, VGA), performs image scaling, splicing, and signal optimization, and outputs to the sending card/controller. This ensures the video matches the LED display’s resolution and layout.
Modern video processors typically support mainstream inputs such as HDMI, DisplayPort (DP), SDI, DVI, and VGA, and are compatible with signals from computers, media players, and cameras.
Screen resolution determines the number of pixels the video processor must handle. When selecting, ensure the processor’s maximum output capability is equal to or greater than the display’s resolution to prevent downsampling or distortion.
Yes. High-performance video processors better handle high-speed signals and high refresh rate outputs, reducing lag or flicker and enabling smooth dynamic visuals.
Ensure that the processor’s connections to the signal source, sending card, and display are secure, interfaces match correctly, and avoid long unamplified signal runs that can degrade quality. Also ensure stable power and proper cooling.