Search
Close this search box.

Novastar A10s Plus-N LED Receiving Card

Novastar A10s Plus-N LED Receiving Card supports resolutions up to 512×512@60Hz, Supporting the exclusive Image Booster technology of NovaStar, 32 groups of parallel RGB data
Novastar A10s Plus-N LED Receiving Card

Overview

The Novastar A10s Plus-N is an advanced and versatile small receiving card developed by Xi’an NovaStar Tech Co., Ltd. With its cutting-edge technology and remarkable features, it sets a new benchmark for LED display performance. This high-end receiving card supports resolutions up to 512×512@60Hz for PWM driver ICs, ensuring stunning visual clarity and precision. Leveraging NovaStar’s exclusive Image Booster technology, the A10s Plus-N delivers precise color gamut and grayscale calibration, improving grayscale by 64 times. It also offers pixel-level brightness and chroma calibration, individual gamma adjustment for RGB, low latency, 3D and HDR functions, elevating brightness, grayscale, and color performance to new heights. 

The A10s Plus-N ensures stability with high-density connectors, mitigating the effects of dust and vibration. It supports up to 32 groups of parallel RGB data or 64 groups of serial data, providing flexibility for diverse applications. The A10s Plus-N’s EMC Class B compliant hardware design enhances electromagnetic compatibility, making it suitable for demanding on-site installations.

Features

LED Image Booster: Unleashing the Full Potential of LED Displays

The LED Image Booster function of the Novastar A10s Plus-N is a game-changer in enhancing LED display effects. It introduces three key functions that significantly elevate the visual experience from multiple perspectives.

  1.  Color Management: This feature empowers users to seamlessly switch between different color gamuts, enabling them to achieve precise and vibrant colors that align with their specific requirements. Whether it’s a rich and dynamic color palette or a more subdued and natural color rendition, the A10s Plus-N puts the control in the hands of users.
  2. Precise Grayscale: To address common display problems at low grayscale levels, such as brightness spikes, dips, color cast, and mottling, the A10s Plus-N offers precise grayscale calibration. With the ability to individually correct the 65,536 levels of grayscale (16-bit) offered by the driver IC, this feature ensures a smooth and uniform image. By synergizing effectively with other display technologies like 22bit+ and individual gamma adjustment for RGB, it takes image quality to a whole new level.
  3. 22bit+: Grayscale performance is significantly improved with this remarkable feature, which enhances the LED display grayscale by 64 times. By mitigating grayscale loss due to low brightness, the A10s Plus-N unveils intricate details in dark areas, resulting in a remarkably smoother image that captivates viewers.

Pixel-Level Brightness and Chroma Calibration: Unmatched Uniformity and Consistency

The A10s Plus-N sets new standards in brightness and chroma calibration by offering pixel-level precision. By seamlessly integrating with NovaStar’s high-precision calibration system, this advanced feature ensures exceptional uniformity and consistency in brightness and chroma across every pixel on the display. It effectively eliminates variations in brightness and chroma, guaranteeing a visually pleasing and harmonious viewing experience.

Quick Adjustment of Dark or Bright Lines: Enhancing Visual Experience

Module or cabinet splicing can sometimes result in the appearance of dark or bright lines, which can detract from the overall visual experience. However, with the A10s Plus-N, these lines can be easily adjusted, improving the overall display quality. This feature enables users to make quick adjustments that take effect immediately, enhancing the visual aesthetics and ensuring a seamless viewing experience.

Low Latency: Seamless Video Source Playback

The A10s Plus-N addresses the issue of latency in video source playback with its low-latency feature. By reducing the latency of the video source on the receiving card end to just one frame, it ensures that content is displayed with minimal delay, resulting in smooth and synchronized video playback. This feature is especially valuable in applications where real-time content, such as live events or interactive displays, requires an instantaneous response and accurate timing.

3D Functionality: Immersive Visual Experiences

With support for 3D image output, the A10s Plus-N opens up possibilities for creating immersive visual experiences. When paired with a sending card that supports 3D function, this feature allows for the seamless integration of 3D content into LED displays. Whether it’s a 3D video, gaming application, or virtual reality showcase, the A10s Plus-N brings depth and realism to the forefront, captivating audiences and elevating the overall viewing experience.

Individual Gamma Adjustment for RGB: Achieving Image Uniformity

The A10s Plus-N offers individual gamma adjustment for red, green, and blue (RGB) channels, working in conjunction with NovaLCT (V5.2.0 or later) and a compatible sending card. This feature enables precise control over image nonuniformity under low grayscale and white balance offset conditions. By fine-tuning the gamma values of each color channel, the A10s Plus-N ensures optimal image uniformity and color accuracy, resulting in lifelike visuals that faithfully represent the original content.

Image Rotation at Any Angle: Flexible Display Configurations

For applications that require unconventional display orientations or unique configurations, the A10s Plus-N offers support for image rotation at any angle. By leveraging SmartLCT software and the MCTRL R5 LED display controller, users can freely rotate the displayed image to suit their specific requirements. This feature unlocks new creative possibilities, enabling captivating visuals in various settings, from artistic installations to immersive environments.

HDR Support: Lifelike and Dynamic Visuals

The A10s Plus-N embraces the High Dynamic Range (HDR) function, working seamlessly with a sending card that supports HDR. By accurately parsing HDR video sources, the A10s Plus-N faithfully reproduces the original brightness range and color space, resulting in visuals that are lifelike, vibrant, and dynamic. Whether it’s high-contrast imagery or scenes with a wide range of luminance, this feature enhances the viewing experience, delivering stunning visuals that leave a lasting impression.

Smart Module Compatibility: Streamlined Monitoring and Control

When used with a dedicated firmware, the A10s Plus-N supports Smart module functionality, introducing a range of powerful monitoring and control features. These include module ID management, storage of calibration coefficients and module parameters, temperature, and voltage monitoring, flat cable communication status monitoring, LED error detection, and runtime recording. With Smart module compatibility, users gain valuable insights into module performance and can ensure optimal display operation with ease.

Automatic Module Calibration: Streamlining Replacement Processes

The Novastar A10s Plus-N LED Screen control card simplifies the process of module replacement with its automatic module calibration feature. When a new module with flash memory is installed to replace an existing one, the calibration coefficients stored in the flash memory are automatically uploaded to the receiving card upon power-up. This eliminates the need for manual calibration adjustments, saving time and effort during maintenance and ensuring consistent performance across modules.

Quick Uploading of Calibration Coefficients: Efficiency and Convenience

To further enhance efficiency, the A10s Plus-N supports quick uploading of calibration coefficients. With this feature, users can rapidly upload calibration coefficients to the receiving card, significantly reducing the time required for calibration adjustments. This streamlines workflows and allows for swift deployment and optimization of LED display systems.

Support for Module Flash Management: Enhanced Control and Customization

With the A10s Plus-N, users have the ability to manage the information stored in the flash memory of modules. This includes the storage and retrieval of calibration coefficients and module IDs. By leveraging this feature, users can easily store and access important module data, enabling efficient management and customization of LED display systems. Whether it’s preserving calibration settings or organizing modules based on specific criteria, the A10s Plus-N empowers users with enhanced control and flexibility.

One-Click Application of Calibration Coefficients in Module Flash: Convenient Optimization

For modules equipped with flash memory, the A10s Plus-N offers the convenience of a one-click application of calibration coefficients. When the Ethernet cable is disconnected, users can simply press and hold the self-test button on the cabinet to upload the calibration coefficients stored in the flash memory of the module to the receiving card. This eliminates the need for complex manual procedures and ensures that calibration settings are easily applied, promoting efficiency and streamlining the optimization process.

Mapping Function: Easy Identification and Configuration

To simplify the identification and configuration of receiving cards within a display system, the A10s Plus-N features a mapping function. This function enables cabinets to display the receiving card number and Ethernet port information, providing users with a clear overview of the locations and connection topology of receiving cards. With this visual mapping capability, users can easily manage and troubleshoot their LED display setups, minimizing errors and maximizing operational efficiency.

Pre-Stored Image Customization: Personalized Startup Visuals

With the A10s Plus-N, users have the ability to customize the image displayed during startup or when the Ethernet cable is disconnected or there is no video signal. This feature allows for the inclusion of personalized content or branding elements, creating a distinct and engaging visual experience for viewers. By leveraging this customization capability, users can make a memorable first impression and tailor the display to their specific needs and preferences.

Temperature and Voltage Monitoring: Proactive System Management

The A10s Plus-N offers temperature and voltage monitoring functionality, providing users with real-time information about the operating conditions of the receiving card. This feature eliminates the need for additional monitoring peripherals and allows for proactive system management. By keeping a close eye on temperature and voltage levels, users can identify potential issues or anomalies, take preventive measures, and ensure the stable and reliable operation of their LED display system.

Cabinet LCD Display: Convenient Performance Monitoring

When connected to an LCD module, the A10s Plus-N enables the display of key information such as temperature, voltage, single run time, and total run time of the receiving card directly on the cabinet. This convenient feature eliminates the need for separate monitoring devices and provides users with quick access to vital performance metrics. With the cabinet LCD display, users can easily monitor the health and status of their LED display system, enabling efficient maintenance and troubleshooting.

Bit Error Detection: Enhanced Communication Quality Monitoring

To ensure optimal communication quality, the A10s Plus-N incorporates bit error detection functionality. This feature allows users to monitor the Ethernet port communication quality of the receiving card and records the number of erroneous packets. By actively monitoring communication integrity, users can identify and address network communication problems promptly, maintaining reliable data transmission and minimizing disruptions in the LED display system.

Dual Power Supply Status Detection: Redundancy and Reliability

In applications where dual power supplies are employed, the A10s Plus-N offers support for the detection of their working status. This feature provides users with valuable insights into the health and functionality of the power supply units, ensuring redundancy and reliability in power delivery. By monitoring the status of dual power supplies, users can take proactive measures to address any power-related issues, safeguarding the continuous operation of the LED display system.

Firmware Program Readback: Secure Program Management

The A10s Plus-N allows users to read back and save the firmware program of the receiving card to their local computer. This feature provides an additional layer of security and convenience for program management. Users can easily access and back up the firmware program, ensuring that they have a copy for future reference or in case of any program-related issues. By offering firmware program readback functionality, the A10s Plus-N enhances the overall reliability and manageability of the LED display system.

Configuration Parameter Readback: Seamless Configuration Backup

In addition to firmware program readback, the A10s Plus-N supports the readback and saving of configuration parameters of the receiving card. This feature enables users to retrieve and store their configuration settings on a local computer. Having a backup of configuration parameters ensures seamless system recovery in the event of configuration loss or changes. With this capability, users can maintain consistency and easily restore their preferred settings, streamlining the configuration management process.

Dual Card Backup and Status Monitoring: Uninterrupted Display Operation

For applications requiring high reliability, the A10s Plus-N supports dual card backup configuration. By mounting two receiving cards onto a single hub board, the system ensures the uninterrupted operation of the display. In the event of a primary receiving card failure, the backup card seamlessly takes over, minimizing downtime and ensuring a consistent visual experience. NovaLCT provides real-time monitoring of the primary and backup receiving cards, enabling users to keep track of their status and take necessary actions.

Loop Backup: Fault Tolerance for Enhanced System Reliability

To enhance system reliability, the A10s Plus-N features loop backup capability. By forming a loop between the receiving card and the sending card via main and backup line connections, the system maintains display functionality even if a fault occurs at a specific location in the lines. This fault-tolerant design ensures that the screen continues to display the image without interruption, offering peace of mind and enhanced reliability in mission-critical applications.

Dual Backup of Configuration Parameters: Redundancy for Configuration Management

To provide an extra layer of redundancy and flexibility in configuration management, the Novastar A10s Plus-N LED receiver supports dual backup of configuration parameters. The receiving card stores configuration parameters in both the application area and factory area simultaneously. While users typically use the parameters in the application area, they have the option to restore the configuration parameters from the factory area if needed. This dual backup mechanism ensures that users can easily switch between configurations and recover settings, offering versatility and reliability in managing the LED display system.

Dual Backup of Application Program: Safe Program Update

To safeguard against abnormal issues during program updates, the A10s Plus-N employs dual backup of the application program. The receiving card contains two copies of the firmware program in its application area, minimizing the risk of disruptions during program updates. In the event of any unexpected behavior, the system can revert to the backup program, ensuring the continuous and reliable operation of the LED display. This dual backup approach provides added security and peace of mind during program maintenance and updates.

Dual Backup of Calibration Coefficients: Reliable Calibration Management

The A10s Plus-N offers dual backup of calibration coefficients, storing them in both the application area and factory area of the receiving card. Users typically use the calibration coefficients in the application area, but they have the flexibility to restore the coefficients from the factory area when necessary. This dual backup feature ensures the reliable management of calibration settings, allowing users to maintain consistency and easily recover calibration data when needed. With this redundancy, users can confidently optimize the display performance and maintain accurate color reproduction.

Appearance

Appearance of Novastar A10s Plus-N LED Receiver card

Dimensions

Dimensions Chart of Novastar A10s Plus-N LED Receiver card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The Novastar A10s Plus-N LED Card supports resolutions up to 512×512@60Hz, providing high-definition display capabilities for your LED screen.

The A10s Plus-N can support up to 32 groups of parallel RGB data or 64 groups of serial data, offering flexible options for data transmission based on your specific setup requirements.

Yes, the A10s Plus-N is capable of handling serial data transmission, allowing for efficient and reliable communication between the receiving card and other components of your LED display system.

The price of the Novastar A10s Plus-N LED Receiver card typically falls within the range of $50 – $70, offering a competitive and cost-effective solution for high-quality LED display applications.

The A10s Plus-N is compatible with NOVALCT and NOVACLB software, providing users with powerful and user-friendly tools to control and manage their LED display system effectively.

The Novastar A10s Plus-N is designed to work seamlessly with Novastar’s own software, but it is also compatible with popular third-party applications such as Linsn, HUIDU, and Colorlight, giving users flexibility in choosing the control software that best suits their needs.

Novastar A10s Plus-N LED Receiving Card

Novastar A10s Plus-N LED Receiving Card supports resolutions up to 512×512@60Hz, Supporting the exclusive Image Booster technology of NovaStar, 32 groups of parallel RGB data
Novastar A10s Plus-N LED Receiving Card

Overview

The Novastar A10s Plus-N is an advanced and versatile small receiving card developed by Xi’an NovaStar Tech Co., Ltd. With its cutting-edge technology and remarkable features, it sets a new benchmark for LED display performance. This high-end receiving card supports resolutions up to 512×512@60Hz for PWM driver ICs, ensuring stunning visual clarity and precision. Leveraging NovaStar’s exclusive Image Booster technology, the A10s Plus-N delivers precise color gamut and grayscale calibration, improving grayscale by 64 times. It also offers pixel-level brightness and chroma calibration, individual gamma adjustment for RGB, low latency, 3D and HDR functions, elevating brightness, grayscale, and color performance to new heights. 

The A10s Plus-N ensures stability with high-density connectors, mitigating the effects of dust and vibration. It supports up to 32 groups of parallel RGB data or 64 groups of serial data, providing flexibility for diverse applications. The A10s Plus-N’s EMC Class B compliant hardware design enhances electromagnetic compatibility, making it suitable for demanding on-site installations.

Features

LED Image Booster: Unleashing the Full Potential of LED Displays

The LED Image Booster function of the Novastar A10s Plus-N is a game-changer in enhancing LED display effects. It introduces three key functions that significantly elevate the visual experience from multiple perspectives.

  1.  Color Management: This feature empowers users to seamlessly switch between different color gamuts, enabling them to achieve precise and vibrant colors that align with their specific requirements. Whether it’s a rich and dynamic color palette or a more subdued and natural color rendition, the A10s Plus-N puts the control in the hands of users.
  2. Precise Grayscale: To address common display problems at low grayscale levels, such as brightness spikes, dips, color cast, and mottling, the A10s Plus-N offers precise grayscale calibration. With the ability to individually correct the 65,536 levels of grayscale (16-bit) offered by the driver IC, this feature ensures a smooth and uniform image. By synergizing effectively with other display technologies like 22bit+ and individual gamma adjustment for RGB, it takes image quality to a whole new level.
  3. 22bit+: Grayscale performance is significantly improved with this remarkable feature, which enhances the LED display grayscale by 64 times. By mitigating grayscale loss due to low brightness, the A10s Plus-N unveils intricate details in dark areas, resulting in a remarkably smoother image that captivates viewers.

Pixel-Level Brightness and Chroma Calibration: Unmatched Uniformity and Consistency

The A10s Plus-N sets new standards in brightness and chroma calibration by offering pixel-level precision. By seamlessly integrating with NovaStar’s high-precision calibration system, this advanced feature ensures exceptional uniformity and consistency in brightness and chroma across every pixel on the display. It effectively eliminates variations in brightness and chroma, guaranteeing a visually pleasing and harmonious viewing experience.

Quick Adjustment of Dark or Bright Lines: Enhancing Visual Experience

Module or cabinet splicing can sometimes result in the appearance of dark or bright lines, which can detract from the overall visual experience. However, with the A10s Plus-N, these lines can be easily adjusted, improving the overall display quality. This feature enables users to make quick adjustments that take effect immediately, enhancing the visual aesthetics and ensuring a seamless viewing experience.

Low Latency: Seamless Video Source Playback

The A10s Plus-N addresses the issue of latency in video source playback with its low-latency feature. By reducing the latency of the video source on the receiving card end to just one frame, it ensures that content is displayed with minimal delay, resulting in smooth and synchronized video playback. This feature is especially valuable in applications where real-time content, such as live events or interactive displays, requires an instantaneous response and accurate timing.

3D Functionality: Immersive Visual Experiences

With support for 3D image output, the A10s Plus-N opens up possibilities for creating immersive visual experiences. When paired with a sending card that supports 3D function, this feature allows for the seamless integration of 3D content into LED displays. Whether it’s a 3D video, gaming application, or virtual reality showcase, the A10s Plus-N brings depth and realism to the forefront, captivating audiences and elevating the overall viewing experience.

Individual Gamma Adjustment for RGB: Achieving Image Uniformity

The A10s Plus-N offers individual gamma adjustment for red, green, and blue (RGB) channels, working in conjunction with NovaLCT (V5.2.0 or later) and a compatible sending card. This feature enables precise control over image nonuniformity under low grayscale and white balance offset conditions. By fine-tuning the gamma values of each color channel, the A10s Plus-N ensures optimal image uniformity and color accuracy, resulting in lifelike visuals that faithfully represent the original content.

Image Rotation at Any Angle: Flexible Display Configurations

For applications that require unconventional display orientations or unique configurations, the A10s Plus-N offers support for image rotation at any angle. By leveraging SmartLCT software and the MCTRL R5 LED display controller, users can freely rotate the displayed image to suit their specific requirements. This feature unlocks new creative possibilities, enabling captivating visuals in various settings, from artistic installations to immersive environments.

HDR Support: Lifelike and Dynamic Visuals

The A10s Plus-N embraces the High Dynamic Range (HDR) function, working seamlessly with a sending card that supports HDR. By accurately parsing HDR video sources, the A10s Plus-N faithfully reproduces the original brightness range and color space, resulting in visuals that are lifelike, vibrant, and dynamic. Whether it’s high-contrast imagery or scenes with a wide range of luminance, this feature enhances the viewing experience, delivering stunning visuals that leave a lasting impression.

Smart Module Compatibility: Streamlined Monitoring and Control

When used with a dedicated firmware, the A10s Plus-N supports Smart module functionality, introducing a range of powerful monitoring and control features. These include module ID management, storage of calibration coefficients and module parameters, temperature, and voltage monitoring, flat cable communication status monitoring, LED error detection, and runtime recording. With Smart module compatibility, users gain valuable insights into module performance and can ensure optimal display operation with ease.

Automatic Module Calibration: Streamlining Replacement Processes

The Novastar A10s Plus-N LED Screen control card simplifies the process of module replacement with its automatic module calibration feature. When a new module with flash memory is installed to replace an existing one, the calibration coefficients stored in the flash memory are automatically uploaded to the receiving card upon power-up. This eliminates the need for manual calibration adjustments, saving time and effort during maintenance and ensuring consistent performance across modules.

Quick Uploading of Calibration Coefficients: Efficiency and Convenience

To further enhance efficiency, the A10s Plus-N supports quick uploading of calibration coefficients. With this feature, users can rapidly upload calibration coefficients to the receiving card, significantly reducing the time required for calibration adjustments. This streamlines workflows and allows for swift deployment and optimization of LED display systems.

Support for Module Flash Management: Enhanced Control and Customization

With the A10s Plus-N, users have the ability to manage the information stored in the flash memory of modules. This includes the storage and retrieval of calibration coefficients and module IDs. By leveraging this feature, users can easily store and access important module data, enabling efficient management and customization of LED display systems. Whether it’s preserving calibration settings or organizing modules based on specific criteria, the A10s Plus-N empowers users with enhanced control and flexibility.

One-Click Application of Calibration Coefficients in Module Flash: Convenient Optimization

For modules equipped with flash memory, the A10s Plus-N offers the convenience of a one-click application of calibration coefficients. When the Ethernet cable is disconnected, users can simply press and hold the self-test button on the cabinet to upload the calibration coefficients stored in the flash memory of the module to the receiving card. This eliminates the need for complex manual procedures and ensures that calibration settings are easily applied, promoting efficiency and streamlining the optimization process.

Mapping Function: Easy Identification and Configuration

To simplify the identification and configuration of receiving cards within a display system, the A10s Plus-N features a mapping function. This function enables cabinets to display the receiving card number and Ethernet port information, providing users with a clear overview of the locations and connection topology of receiving cards. With this visual mapping capability, users can easily manage and troubleshoot their LED display setups, minimizing errors and maximizing operational efficiency.

Pre-Stored Image Customization: Personalized Startup Visuals

With the A10s Plus-N, users have the ability to customize the image displayed during startup or when the Ethernet cable is disconnected or there is no video signal. This feature allows for the inclusion of personalized content or branding elements, creating a distinct and engaging visual experience for viewers. By leveraging this customization capability, users can make a memorable first impression and tailor the display to their specific needs and preferences.

Temperature and Voltage Monitoring: Proactive System Management

The A10s Plus-N offers temperature and voltage monitoring functionality, providing users with real-time information about the operating conditions of the receiving card. This feature eliminates the need for additional monitoring peripherals and allows for proactive system management. By keeping a close eye on temperature and voltage levels, users can identify potential issues or anomalies, take preventive measures, and ensure the stable and reliable operation of their LED display system.

Cabinet LCD Display: Convenient Performance Monitoring

When connected to an LCD module, the A10s Plus-N enables the display of key information such as temperature, voltage, single run time, and total run time of the receiving card directly on the cabinet. This convenient feature eliminates the need for separate monitoring devices and provides users with quick access to vital performance metrics. With the cabinet LCD display, users can easily monitor the health and status of their LED display system, enabling efficient maintenance and troubleshooting.

Bit Error Detection: Enhanced Communication Quality Monitoring

To ensure optimal communication quality, the A10s Plus-N incorporates bit error detection functionality. This feature allows users to monitor the Ethernet port communication quality of the receiving card and records the number of erroneous packets. By actively monitoring communication integrity, users can identify and address network communication problems promptly, maintaining reliable data transmission and minimizing disruptions in the LED display system.

Dual Power Supply Status Detection: Redundancy and Reliability

In applications where dual power supplies are employed, the A10s Plus-N offers support for the detection of their working status. This feature provides users with valuable insights into the health and functionality of the power supply units, ensuring redundancy and reliability in power delivery. By monitoring the status of dual power supplies, users can take proactive measures to address any power-related issues, safeguarding the continuous operation of the LED display system.

Firmware Program Readback: Secure Program Management

The A10s Plus-N allows users to read back and save the firmware program of the receiving card to their local computer. This feature provides an additional layer of security and convenience for program management. Users can easily access and back up the firmware program, ensuring that they have a copy for future reference or in case of any program-related issues. By offering firmware program readback functionality, the A10s Plus-N enhances the overall reliability and manageability of the LED display system.

Configuration Parameter Readback: Seamless Configuration Backup

In addition to firmware program readback, the A10s Plus-N supports the readback and saving of configuration parameters of the receiving card. This feature enables users to retrieve and store their configuration settings on a local computer. Having a backup of configuration parameters ensures seamless system recovery in the event of configuration loss or changes. With this capability, users can maintain consistency and easily restore their preferred settings, streamlining the configuration management process.

Dual Card Backup and Status Monitoring: Uninterrupted Display Operation

For applications requiring high reliability, the A10s Plus-N supports dual card backup configuration. By mounting two receiving cards onto a single hub board, the system ensures the uninterrupted operation of the display. In the event of a primary receiving card failure, the backup card seamlessly takes over, minimizing downtime and ensuring a consistent visual experience. NovaLCT provides real-time monitoring of the primary and backup receiving cards, enabling users to keep track of their status and take necessary actions.

Loop Backup: Fault Tolerance for Enhanced System Reliability

To enhance system reliability, the A10s Plus-N features loop backup capability. By forming a loop between the receiving card and the sending card via main and backup line connections, the system maintains display functionality even if a fault occurs at a specific location in the lines. This fault-tolerant design ensures that the screen continues to display the image without interruption, offering peace of mind and enhanced reliability in mission-critical applications.

Dual Backup of Configuration Parameters: Redundancy for Configuration Management

To provide an extra layer of redundancy and flexibility in configuration management, the Novastar A10s Plus-N LED receiver supports dual backup of configuration parameters. The receiving card stores configuration parameters in both the application area and factory area simultaneously. While users typically use the parameters in the application area, they have the option to restore the configuration parameters from the factory area if needed. This dual backup mechanism ensures that users can easily switch between configurations and recover settings, offering versatility and reliability in managing the LED display system.

Dual Backup of Application Program: Safe Program Update

To safeguard against abnormal issues during program updates, the A10s Plus-N employs dual backup of the application program. The receiving card contains two copies of the firmware program in its application area, minimizing the risk of disruptions during program updates. In the event of any unexpected behavior, the system can revert to the backup program, ensuring the continuous and reliable operation of the LED display. This dual backup approach provides added security and peace of mind during program maintenance and updates.

Dual Backup of Calibration Coefficients: Reliable Calibration Management

The A10s Plus-N offers dual backup of calibration coefficients, storing them in both the application area and factory area of the receiving card. Users typically use the calibration coefficients in the application area, but they have the flexibility to restore the coefficients from the factory area when necessary. This dual backup feature ensures the reliable management of calibration settings, allowing users to maintain consistency and easily recover calibration data when needed. With this redundancy, users can confidently optimize the display performance and maintain accurate color reproduction.

Appearance

Appearance of Novastar A10s Plus-N LED Receiver card

Dimensions

Dimensions Chart of Novastar A10s Plus-N LED Receiver card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The Novastar A10s Plus-N LED Card supports resolutions up to 512×512@60Hz, providing high-definition display capabilities for your LED screen.

The A10s Plus-N can support up to 32 groups of parallel RGB data or 64 groups of serial data, offering flexible options for data transmission based on your specific setup requirements.

Yes, the A10s Plus-N is capable of handling serial data transmission, allowing for efficient and reliable communication between the receiving card and other components of your LED display system.

The price of the Novastar A10s Plus-N LED Receiver card typically falls within the range of $50 – $70, offering a competitive and cost-effective solution for high-quality LED display applications.

The A10s Plus-N is compatible with NOVALCT and NOVACLB software, providing users with powerful and user-friendly tools to control and manage their LED display system effectively.

The Novastar A10s Plus-N is designed to work seamlessly with Novastar’s own software, but it is also compatible with popular third-party applications such as Linsn, HUIDU, and Colorlight, giving users flexibility in choosing the control software that best suits their needs.

Related Post

Contact Us

Our sale team will give full support and price you needed.