LED Receiving Control Card-Sivision Integrated intelligent control solution service provider

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The LED receiving card is a critical core device that drives LED displays. It can receive signals from the video controller, enabling precise control over the LED display effects—such as grayscale control, color correction, and brightness adjustment—thus delivering a wide variety of stunning LED visual experiences.

The S7516, S3208, and A7 receiving cards are three versatile models launched by VisionX to better meet user needs. They support a maximum load of 260,000 pixel points. Developed with deep consideration for real-world user requirements and leveraging VisionX’s strong R&D capabilities, these two receiving cards feature the HUB75E port, HUB320 port, and a high-density 120-pin interface, enabling seamless, high-quality display performance without the need for adapter cards. Additionally, their hardware design adheres to EMC standards, significantly enhancing the product’s electromagnetic compatibility and making it suitable for installation in a wide range of applications.

Firmware never requires an upgrade.

The receiver card firmware is permanently embedded within the chip, eliminating the need for future upgrades and boosting hardware stability by several orders of magnitude, while significantly reducing after-sales maintenance costs.

One-click card replacement

The software features a one-click backup/restore function for LED large-screen parameters, enabling quick saving of configurations and emergency recovery of settings—ensuring data integrity and minimizing the risk of data loss.

Engineering Lock Encryption

To fortify the security defenses of LED displays, prevent malicious tampering of playback content, and safeguard against unauthorized access and operations, ensuring the screen accurately executes pre-set display commands, the receiving card specially supports engineering-lock encryption, thereby providing robust protection for the rights and interests of display owners.

Data Readback

The receiving card supports parameter readback; by saving the configured parameters of the readback receiving card to a computer, you can effectively avoid redundant configuration steps and significantly improve work efficiency.

Data Group Exchange

Through the cabinet display, the serial number of the receiving card and its loaded area are shown, allowing you to quickly identify the cascade configuration and physical location of the receiving cards. Additionally, the data group exchange function ensures a one-to-one correspondence between the displayed image and the physical placement of the modules, eliminating the need to adjust the cable positions of the receiving cards.

Lower power consumption, lower heat generation, longer lifespan

The VisionRuiXun architecture receiving card reduces power consumption by a direct 40% compared to commonly available traditional architecture receiving cards on the market, while simultaneously delivering enhanced stability and performance for superior overall performance.

Mapping

Enable Mapping, and the receiver card number along with port information will be directly displayed on the target enclosure, allowing you to easily grasp the receiver card location and cabling logic without needing extra searches—making debugging even more convenient.

Deep Optimization of Driver ICs

Specialized parameter tuning is implemented for the driver ICs of different module models, ensuring that the actual display performance of the LED large screen matches the industry's leading standards by precisely aligning with the core hardware characteristics.

RGB Independent Gamma Correction

Supports independent RGB Gamma correction, delivering professional-grade image processing capabilities and enabling multi-dimensional image parameter adjustments. Users can precisely fine-tune image brightness and contrast for accurate control over light and dark tones. Additionally, it features advanced built-in color correction algorithms that effectively eliminate color discrepancies, ensuring color accuracy at a professional-level standard of ΔE < 2—and significantly enhancing overall picture quality.

Low-ash compensation

High-precision control systems and specialized software algorithms meticulously adjust the brightness of each pixel, enhancing the subtlety of low-gray-scale images while ensuring accurate and error-free brightness adjustments for every single pixel.

Dual Backup for Configuration Parameters

The receiving card configuration parameters are stored simultaneously in both the application area and the factory area of the receiving card.

Users can restore the configuration parameters from the factory area to the application area whenever needed while normally operating the configuration parameters in the application area.

Screen rotation

Supports 90°, 180°, or 270° standard-angle rotation of individual box displays. This rotation feature employs advanced image-processing algorithms, ensuring that the picture maintains high-definition quality throughout the process—without any distortion or pixel loss.

Ultra-low latency

Ultra-low latency, combined with low-latency transmission devices, effectively ensures real-time synchronization between the displayed image and the playback source, perfectly meeting the needs of various synchronized display scenarios such as stage performances and live sports broadcasts.

HDR High Dynamic Range Display

Supports HDR high dynamic range display, featuring a wide color gamut, high dynamic range, and high contrast—delivering richer colors and more delicate picture quality for a more natural and realistic depiction of the world.

Model	S7516	S3208	A7
Equipment Appearance
Load-bearing capacity	260,000 items	220,000 points	200,000 items
Connection port	HUB75E	HUB320	120-pin high-density data transfer interface
Power input	DC 5V
Signal input	Any RJ-45 port—Port 1 takes priority.		120-pin high-density data transfer interface
Cascaded signal output	Any RJ-45 port		——
Data Output	32 sets of RGB data, CLK, LAT, EN, A, B, C, D
Transmission medium	Cat-5e Network Cable		120-pin high-density data transfer interface
Operating temperature	-20°C to 60°C
External dimensions	144mmx91mm		70mmx45mm
Installation method	Fixed-hole type
Weight	Receiver card: 98.2 g + Receiver card box: 12.5 g ± 0.1 g	Receiver card: 91.8 g + receiver card box: 12.5 g ± 0.1 g	Receiving card: 19.2g

Related Downloads

S7516 Receiver Card Specification Sheet

Download

S3208 Receiver Card Specification Sheet

Download

A7 High-Density Receiver Card Specification Sheet

Download

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