Linsn RV927M Receiving Card

The Linsn RV927M is a high-performance LED receiving card, offering advanced monitoring capabilities and flexible data output options, making it ideal for high-resolution displays in various environments.

Key Features:

• Data Output Options

  • 16 sets of RGBR data output per single card.

  • 20 sets of RGB data output per single card.

  • 24 sets of RGB data output per single card.

  • 32 sets of serial data output per single card for enhanced flexibility.

• Resolution Support

  • Supports up to 1024 x 256 pixels, enabling high-definition display configurations.

• Power and Monitoring Features

  • VCC foot on each port allows direct power supply from the unit board, simplifying wiring.

  • Temperature detection for monitoring internal components.

  • Box door switch detection ensures that the display is properly enclosed and secure.

  • Two-way fan speed detection for managing cooling and maintaining optimal operating conditions.

  • Humidity detection (requires additional humidity module) to prevent moisture-related issues.

  • Smoke detection (additional smoke sensing module required) for enhanced safety monitoring.

  • Three-way voltage detection for monitoring the receiving card voltage and two external voltages.

• Color and Image Calibration

  • Point-by-point brightness correction to ensure consistent brightness across the display.

  • Single-card chroma space conversion for improved color consistency and quality.

• Network and Error Monitoring

  • Network line error testing for troubleshooting and maintaining stable communication.

• Redundancy and High-Performance Features

  • Hot backup of dual receiving cards ensures continuous operation in case of failure.

  • Supports high refresh rates (high brush) and high gray levels (high ash) for superior image quality and smooth performance with most chipsets.

The Linsn RV927M is designed to meet the demands of modern LED display systems, offering advanced monitoring, flexible configuration options, and high reliability for enhanced display performance.