Colorlight i8 LED Receiving Card

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Colorlight i8 LED Receiving Card

Colorlight i8 is a high-end receiving card designed for fine-pitch LED screens. It features a large load capacity, supporting up to 32 parallel or 128 serial data groups. Its compact design makes it ideal for concise cabinets. A DDR2 SODIMM interface integrates easily with HUBs and display modules, enabling flexible screen design.

Overviews

Colorlight i8 receiving card is an LED display receiver designed for reliable video processing. It supports high-resolution formats, offers ultra-low latency, and integrates advanced signal processing with precise color calibration. Its robust design ensures stable operation, making it ideal for fixed LED display and LED screen rental applications.

High Loading Capacity: Supports up to 512×384 pixels.
Parallel Signal Output: Provides 32 RGB sets of parallel signal output.
Advanced Video Processing: Supports 8-bit/10-bit video source input, HDR10, and HLG.
Enhanced Display Quality: Utilizes Infi-bit grayscale compensation technology.
Reliable Operation: Supports dual receiving card hot backup and PSU redundancy.

Details

Colorlight i8 LED Receiving Card Feature 1

Colorlight i8 LED Receiving Card Feature 2

More Features

① High-Speed Signal Transmission
The Colorlight i8 employs advanced high-speed data transmission technology, ensuring smooth image refresh on the LED display screen without delay or ghosting.

② Multiple Interface Support
It provides multiple input interfaces, including HDMI, DVI, audio, and network interfaces, compatible with different video signal sources and convenient for various scenarios.

③ High-Precision Image Processing
It features a built-in high-performance image processing chip, achieving accurate color reproduction and grayscale processing, resulting in clearer and more vibrant images.

④ Stable and Reliable Performance
It possesses strong anti-interference capabilities and temperature control protection, ensuring system stability and safety even during prolonged continuous operation.

⑤ Flexible Multi-Screen Splicing Control
It supports large-screen splicing and multi-screen synchronous display, suitable for stage performances, advertising screens, and indoor and outdoor LED display applications in various scenarios.

⑥ Easy Remote Management
Remote control and monitoring can be performed via dedicated software, facilitating quick adjustments to display effects and real-time management of screen status.

Specifications

Control System Parameters
Load Capacity	Maximum 512×384 pixels.
Ethernet Port Exchange	Supported, arbitrary use.
Grayscale	Up to 65536 grayscale.
Display Module Compatibility
Chip Support	PWM chips
Scan Type	Up to 128 scan lines.
Module Dimension	Up to 1024 pixels per data group.
Cable Direction	Route from left to right, from right to left, from top to bottom, from bottom to top.
Data Group	32 groups of parallel RGB full color data and 128 groups of serial RGB data,data groups can be exchanged freely
Data Fold	Horizontal or vertical 2~12 folds.
Module pumping point, row and column	Any pumping point and any pumping row and any pumping column.
Monitoring Function (work with the module with corresponding sensor)
Temperature Monitoring	Temperature of receiver cards: -25°℃~75°C, no need for peripherals.1 port for each card.
Humidity Monitoring	Measuring range: 25%~95%RH.1 port for each card.
Power Supply Monitoring	Monitor the working status of the power supply. 4 ports for each card.
Voltage Monitoring	Monitoring the voltage of the cabinet power supply, 3 monitoring ports available each card. Monitor receiving card’s own voltage is built-in.
Net cable Monitoring	Operating total number of packets, error packets and network quality.
Pixel-by-Pixel Calibration
Brightness Calibration	Up to 14bit calibration accuracy.
Chromaticity Calibration	Up to 14bit calibration accuracy.
Other Features
Redundancy	Loop redundancy, receiving card redundancy, PSU redundancy, firmware redundancy, configuration parameter redundancy and calibration coefficient redundancy.
Optional functions	Cabinet LCD display, module hot swap,irregular screen design, etc.