Frequently Asked Questions

Yes. Many models in the PIF Series support high refresh rates and excellent grayscale performance, making them suitable for broadcasting studios, exhibitions, and camera environments. Depending on pixel pitch and configuration, they can achieve smooth motion, deeper contrast levels, and flicker-free recording.

• The PIF Series spans fine pixel pitches from 1.25 mm to 4.0 mm, with tighter pitches offering higher resolution and smoother visuals.
• Lower pitch (e.g., 1.25 / 1.53 mm) suits close-view indoor displays such as retail signage or museum walls, while higher pitch (e.g., 3.0 / 4.0 mm) fits larger architectural or stage environments. Select based on viewing distance, content detail, and installation scale.

PIF Series modules are designed for indoor creative LED installations, including curved walls, artistic displays, retail signage, museums, exhibitions, stage backgrounds, and immersive commercial experiences. Their flexible PCB and magnetic installation enable seamless curvature and precise visual performance for dynamic indoor environments.

PIF Series modules generally feature magnetic front-service design, allowing quick tool-free removal for maintenance. This simplifies installation and ongoing service, especially for curved walls or tight spaces, saving time and lowering maintenance costs.

Yes. Thanks to their highly flexible PCB substrates and bendable structure, PIF modules can be seamlessly integrated into concave, convex, cylindrical or custom-shaped indoor LED walls, enabling creative display designs with minimal visual seams.

They are designed with IP65-level protection on the module surface and sealed connectors, providing resistance to rain, dust, humidity, and temperature fluctuations common in outdoor environments.

The POF series modules combine high brightness, weather resistance, and a flexible design, making them ideal for outdoor applications requiring both creative design and durability. Compared to traditional rigid modules, their silicone encapsulation technology allows them to adapt to various mounting surfaces, such as cylindrical, wavy, and uneven surfaces. The modules offer a high level of protection, resisting rain, dust, and UV rays while maintaining stable brightness and color performance. Their reliability and maintainability are excellent for projects requiring all-weather, long-term operation.

The POF Series is compatible with mainstream LED controllers and receiving cards commonly used in outdoor LED displays, allowing easy integration into existing control architectures.

Yes. The flexible substrate and encapsulation design allow both concave and convex bending within a controlled radius, enabling creative shapes without stressing the LEDs or solder joints.

Typical applications include curved building façades, outdoor columns, creative advertising displays, stage backdrops, themed installations, and architectural LED features requiring both flexibility and outdoor durability.

The PID Series includes two main sub-series. PID-S uses standard SMD indoor LED modules and is aimed at conventional indoor fixed-installation projects. PID-G uses GOB-protected front-service modules, which provide better surface protection and are more suitable for indoor environments where impact resistance and durability are important. The site overview lists PID-S brightness at 600–800 nits and PID-G at 600–700 nits.

Yes. The PID Series uses a standardized 320 × 160 mm front-service LED module and supports quick installation and front-access maintenance through a magnetic mounting structure. This makes it a practical choice when rear access is limited.

Yes. PID modules can be purchased individually and then assembled into a custom indoor LED display. The series page specifically states that LED display modules are the core building blocks of a complete screen and can be bought separately for custom configurations.

For indoor projects, smaller pixel pitches such as P2.0 and below are better for close viewing and high-definition applications like meeting rooms, control centers, broadcast studios, and premium retail spaces. Conventional pitches such as P2.5 and above are more cost-effective for shopping malls, hotel lobbies, public information displays, stage backdrops, and larger indoor areas. The series page specifically recommends small pitch for viewing distances of 4 meters or less, and conventional pitch for projects with viewing distances of 6 meters or more.

Yes. The POD series features an IP65 protection rating, allowing stable operation in rain and snow under normal outdoor conditions, as long as proper installation and drainage are ensured.

Yes. With the control system, content can be managed and updated remotely, including scheduled playback and synchronized updates.

No. The modular design allows easy replacement of individual modules, and routine cleaning and inspection are usually sufficient.

They are ideal for outdoor advertising, building façades, traffic information displays, public message boards, and other commercial or municipal projects requiring continuous operation

Yes. With brightness up to 5,500–6,000 nits and automatic brightness adjustment, the display remains clear even in direct sunlight.

A small pixel pitch LED module has a very short distance between individual pixels (typically under 2.5 mm), resulting in a higher pixel density and finer image detail than standard modules. This makes it ideal for close-range viewing with smooth, high-resolution visuals.

Yes. Their fine pixel pitch and high resolution make small pixel modules ideal for close-range viewing environments such as meeting rooms, control rooms, or broadcast studios.

Yes. With high pixel density, small pixel pitch modules can achieve high or ultra-high resolutions such as 4K and even 8K in compact display sizes.

Yes. Fine pixel pitch LED modules are typically compatible with mainstream LED controllers and support common video input formats for easy system integration.

Yes. Due to precise manufacturing and design, fine pixel modules can be tightly tiled with minimal visual seams, enabling large-area high-resolution displays.

Yes. High-end NovaStar controllers such as the NovaStar VX1000 or TU4K Pro support 4K and higher pixel loading with HDR, making them suitable for large-scale high-resolution LED walls.

The controller sends video signals to receiving cards via sender boxes (such as MCTRL series), and the receiving cards drive the LED modules. Common connection interfaces include HUB75 and Ethernet.

Yes. With Nova Cloud or related software, NovaStar systems can support remote content updates, preview, and monitoring—ideal for distributed installations.

The sending card receives video input and transmits it to the receiving cards, which then send the data to the LED modules to display the image. Both are required for full LED display control.

A-series cards feature HDR optimization, high-load capacity, and support for advanced functions like calibration, smart module management, and 5G transmission readiness.

Yes. When choosing a controller, consider the total pixel count, resolution, and screen layout. Larger or high-resolution screens need controllers with higher pixel loading capacity to ensure stable performance and support for multiple inputs and screen splicing.

The controller (or sending box) transmits processed video data via network cable or fiber optic to the receiving card, which then distributes it to LED modules, ensuring stable long-distance transmission and display.

Yes. With Colorlight Cloud or compatible software, users can remotely monitor display status (temperature, voltage, signal strength) and push content updates, making central management easier.

Yes. Combined with receiving cards, Colorlight controllers support multi-screen splicing, segmented display, and expanded layouts, suitable for large video walls and custom display configurations.

Yes. Mooncell systems support irregular screen structures, allowing module-level cropping and pixel extraction for seamless display on irregular shapes like circles, rings, or custom designs.

Yes. Using dedicated software or cloud platforms, remote monitoring and display content scheduling/updates are supported, helping centralized management of distributed screens.

Synchronous control displays content in real time, ideal for live video and large LED displays. Asynchronous control downloads content to the controller before playback, suitable for non-real-time ad loops or scheduled playback. Both are supported by Mooncell systems.

Yes. Mooncell offers dedicated setup and calibration software, such as AutoLED, for screen configuration, splicing adjustment, brightness and color calibration, and content import.

Yes. With Huidu’s cloud platform (e.g., XiaoHui Cloud) or software tools, users can remotely update content, schedule playback, and monitor device status, improving centralized management efficiency.

Yes. Huidu supports multi-screen synchronized playback, allowing the same or coordinated content to display across multiple screens for enhanced visual impact.

The number of LED modules controlled by a receiving card depends on its pixel loading capacity. Typical receiving cards support around 256×256 to 512×512 pixels, which usually corresponds to multiple LED modules within a cabinet. Larger LED walls often use multiple receiving cards working together to control different sections of the screen.

A sending card is installed in the control computer or video processor and transmits video data to the LED display. The receiving card, installed inside each cabinet, receives that data and converts it into signals that drive the LED pixels. Together they form the core communication system of an LED display.

When selecting a receiving card, consider these key factors:

• Maximum pixel loading capacity
  
• Compatibility with LED control systems (NovaStar, Colorlight, Huidu, etc.)
  
• Number of RGB data groups or HUB ports
  
• Supported scan modes and driver IC types
  
• Refresh rate and grayscale performance
  

Choosing a card that matches your module specifications ensures stable performance and optimal image quality.

Yes. Most modern LED receiving cards support multiple scan modes such as static, 1/8 scan, 1/16 scan, or even higher scan ratios, allowing them to work with different LED module designs and driver ICs.

LED receiving cards are widely used in various LED display installations, including:

• Indoor LED video walls
• Outdoor advertising billboards
• Stage and rental LED screens
• Retail digital signage
• Control room display walls

These cards ensure accurate signal processing and stable image output across all LED panels.

Yes. The processing capabilities of the sending card influence signal transmission. High-performance sending cards support higher refresh rates and more stable dynamic output, reducing flicker and dropped frames.

Most sending cards do not support hot swapping. Power should be off before inserting or removing cards to prevent damage or instability. Sending boxes may vary by design—refer to the manufacturer’s documentation.

Most sending cards support mainstream inputs such as HDMI, DVI, DisplayPort (DP), SDI, etc., and can receive signals from computers, media players, cameras, or image processors.

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.