Search
Close this search box.

Novastar A5s LED Receiving Card

Novastar A5s LED Receiver Card supports resolutions up to 320×256@60Hz, 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups of serial data)
Novastar A5s LED receiving cards

Overview

The Novastar A5s LED receiving card is an innovative and powerful small-sized solution developed by NovaStar, designed to deliver exceptional performance in a wide range of LED display applications. With its advanced features, cutting-edge technology, and meticulous design, the A5s stands out as a high-end solution that ensures remarkable display effects and elevates user experiences to new heights. This comprehensive article provides a detailed overview of the A5s and its outstanding capabilities, demonstrating its superiority in the LED display industry.

Features

Pixel Level Brightness and Chroma Calibration

One of the standout features of the A5s is its ability to support precise pixel-level brightness and chroma calibration. This groundbreaking capability sets a new standard in display quality by effectively eliminating any variations or discrepancies in brightness and chroma levels across the entire LED display. By seamlessly integrating with NovaStar’s state-of-the-art high-precision calibration system, the A5s ensures unparalleled consistency in brightness and chroma, resulting in captivating visuals and exceptional color accuracy.

Quick Adjustment of Dark or Bright Lines

Addressing a common challenge in LED displays, the A5s offers a sophisticated solution for quick adjustment of dark or bright lines that may appear during the module or cabinet splicing process. With its advanced algorithms and intelligent control, the A5s empowers users to effortlessly fine-tune these irregularities, significantly enhancing the overall visual experience. By seamlessly blending adjacent modules or cabinets, the A5s creates a seamless and immersive display with no distracting lines or discrepancies.

Support for 3D Function

Pushing the boundaries of visual technology, the A5s introduces support for 3D function, taking LED displays to new dimensions. When combined with compatible sending cards, the A5s unlocks the ability to output stunning 3D images that captivate viewers with depth and realism. Whether it’s for immersive virtual environments, gaming displays, or cutting-edge multimedia presentations, the A5s brings content to life like never before, providing an unforgettable visual experience that truly stands out from the crowd.

Individual Gamma Adjustment for RGB

Setting new standards in image quality, the A5s offers individual gamma adjustment for red, green, and blue channels, providing users with unparalleled control over color accuracy and uniformity. Through seamless integration with NovaLCT (V5.2.0 or later) and compatible sending cards, the A5s allows precise adjustment of gamma values for each color channel. This level of control ensures exceptional image uniformity, even in low grayscale levels, and enables precise white balance adjustments, resulting in lifelike visuals with vibrant colors and sharp contrast.

Image Rotation in 90° Increments

Flexibility and adaptability are key strengths of the A5s, as it allows for image rotation in 90° increments (0°/90°/180°/270°). This versatile feature enables users to achieve the desired display orientation based on specific installation requirements and content compatibility. Whether it’s a landscape display, portrait display, or a unique arrangement, the A5s ensures optimal alignment and seamless integration of the LED display, providing a captivating visual experience in any setting.

Support for Smart Module

Embracing the future of LED display technology, the A5s seamlessly integrates with smart modules, unlocking a myriad of advanced functionalities that streamline operation and enhance control. Through this intelligent integration, the A5s enables comprehensive module management, including module ID control, storage of calibration coefficients and parameters, real-time monitoring of module temperature, voltage, and communication status via flat cables, precise LED error detection, and runtime recording. These smart features empower users to efficiently monitor and maintain the LED display system, ensuring optimal performance and maximum reliability.

Automatic Module Calibration

Simplifying the installation process and ensuring consistent performance, the A5s features automatic module calibration. When a new module with flash memory is installed to replace an old one, the A5s seamlessly facilitates the transfer of calibration coefficients stored in the flash memory to the receiving card during power-up. This automated calibration process eliminates the need for manual intervention, saving time and effort while ensuring that the new module seamlessly integrates with the existing display, maintaining uniformity and image quality.

Quick Uploading of Calibration Coefficients

Efficiency is at the core of the A5s design, and it is exemplified by its quick uploading of calibration coefficients. This feature allows users to swiftly and effortlessly upload calibration coefficients to the receiving card, significantly reducing configuration time. By streamlining the setup process, the A5s empowers users to focus on creating captivating visual content rather than spending excessive time on technical configurations, improving productivity and overall user experience.

Module Flash Management

With advanced module flash management capabilities, the A5s provides users with comprehensive control over the information stored within the modules. Users can easily store and retrieve crucial data such as calibration coefficients and module IDs, facilitating customization and ensuring seamless integration of modules within the display system. This flexibility empowers users to adapt and fine-tune their LED displays according to specific requirements, ensuring optimal performance and delivering stunning visuals.

One-Click Application of Calibration Coefficients in Module Flash

Simplifying the calibration process, the A5s introduces a convenient one-click application of calibration coefficients stored in the module flash memory. Even when the Ethernet cable is disconnected, users can effortlessly initiate the upload of calibration coefficients by simply pressing and holding the self-test button on the cabinet. This user-friendly feature ensures smooth operations, allowing for quick adjustments and updates without the need for complex procedures or extensive technical expertise.

Mapping Function

To enhance ease of use and simplify system management, the A5s incorporates a mapping function. This feature enables the display cabinets to provide information about the receiving card number and Ethernet port, allowing users to easily identify the locations and connection topology of the receiving cards within the LED display system. With this valuable information at hand, users can efficiently troubleshoot and maintain their display setup, minimizing downtime and maximizing overall performance.

Setting of a Pre-Stored Image in Receiving Card

The A5s offers the flexibility to set a pre-stored image in the receiving card, allowing users to customize the display during startup or when the Ethernet cable is disconnected or no video signal is present. This feature provides an opportunity for branding, customization, or showcasing specific content even when the primary video source is not available. By leveraging this feature, users can create a more engaging and tailored visual experience for their audience.

Temperature and Voltage Monitoring

Ensuring the stability and reliability of the display system is paramount, and the A5s facilitates this through temperature and voltage monitoring. Users can conveniently monitor the temperature and voltage of the receiving card without the need for additional peripherals or a complex setup. This real-time monitoring capability enables proactive maintenance, allowing users to identify and address potential issues promptly, ensuring optimal performance and extending the lifespan of the LED display.

Cabinet LCD

With the integration of a cabinet LCD module, the A5s provides valuable information at a glance. Users can view essential data such as temperature, voltage, single run time, and total run time of the receiving card directly from the LCD module connected to the cabinet. This convenient feature eliminates the need for external monitoring devices and simplifies system management, providing users with quick access to critical information for monitoring and maintenance purposes.

Bit Error Detection

To ensure robust network communication, the A5s features bit error detection, allowing users to monitor the Ethernet port communication quality of the receiving card. By recording the number of erroneous packets, users can easily identify and troubleshoot network communication problems, ensuring uninterrupted and reliable data transmission. The bit error detection feature provides valuable insights into the health of the network connection, empowering users to take proactive measures to optimize performance and maintain a seamless visual experience.

Status Detection of Dual Power Supplies

In applications where high reliability is paramount, the A5s offers status detection of dual power supplies. By monitoring the working status of two power supplies, users can ensure redundant power backup and quickly identify any issues or failures. This capability provides an additional layer of reliability and safeguards against power-related disruptions, allowing for uninterrupted operation of the LED display system in critical environments.

Firmware Program Readback

With the A5s, users have the ability to read back and save the firmware program of the receiving card to their local computer. This feature allows for easy backup and version control of the firmware, providing peace of mind and flexibility for future updates or system restorations. By securely storing the firmware program, users can confidently manage the evolution of their LED display system and maintain compatibility with the latest software advancements.

Configuration Parameter Readback

The A5s offers seamless retrieval and backup of configuration parameters. Users can read back and save the configuration parameters of the receiving card to their local computer, ensuring easy access to crucial settings and configurations. This capability simplifies system management, allowing for efficient replication of settings across multiple installations or quick restoration of configurations in case of system upgrades or replacements. The configuration parameter readback feature streamlines workflows, reduces setup time, and enhances overall operational efficiency.

Dual Card Backup and Status Monitoring

For applications demanding the highest level of reliability, the A5s supports dual card backup and status monitoring. By mounting two receiving cards onto a single hub board, users can achieve redundancy and failover capabilities. In the event of a primary receiving card failure, the backup card seamlessly takes over, ensuring uninterrupted operation and display continuity. The A5s, in combination with NovaLCT, allows users to monitor the working status of both the primary and backup receiving cards, providing real-time visibility and proactive management for critical applications.

Loop Backup

To further enhance the robustness of the display system, the A5s offers loop backup functionality. By establishing a loop connection between the receiving card and sending card via main and backup lines, the A5s ensures that even in the event of line faults, the LED display continues to present images without interruption. This feature enhances system reliability, minimizing downtime and ensuring a seamless visual experience even in challenging conditions.

Dual Backup of Configuration Parameters

The A5s provides a dual backup of configuration parameters by storing them in both the application area and factory area of the receiving card. The application area is typically used for regular operations, while the factory area serves as a backup. Users can rely on the factory area to restore the configuration parameters to the application area when needed, providing an extra layer of data protection and flexibility in managing system settings.

Dual Program Backup

To mitigate the risk of firmware update issues, the A5s offers dual program backup. Two copies of the firmware program are stored in the application area of the receiving card at the factory. This redundancy ensures that, in the event of an abnormal firmware update or failure, a stable program copy is readily available, allowing users to quickly restore the receiving card to normal operation without delays or complications.

Dual Backup of Calibration Coefficients

Ensuring the integrity and availability of calibration coefficients, the A5s features dual backup by storing them in both the application area and factory area of the receiving card. This dual storage approach provides an added layer of security and flexibility. Users can utilize the calibration coefficients in the application area for regular operations while retaining the option to restore the factory area coefficients if necessary. This redundancy ensures continuous access to accurate and reliable calibration data, enabling users to maintain optimal image quality and consistency throughout the lifespan of the LED display.

Appearance

Appearance of Novastar A5s LED Receiver card

Dimensions

Dimensions Chart of Novastar A5s LED Receiver card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The A5s supports resolutions up to 320×256 pixels at 60Hz, providing high-quality visuals.

The A5s has the capability to support up to 32 groups of parallel RGB data, allowing for versatile and flexible configurations.

Yes, the A5s can handle serial data transmission and can support up to 64 groups of serial data. Additionally, it can be expanded to accommodate up to 128 groups of serial data for larger-scale installations.

The price range for the Novastar A5s LED receiving card typically falls between $20 and $35, depending on factors such as quantity, location, and specific requirements. I

The A5s LED receiving card supports a range of software options, including the popular NOVALCT for system configuration and control, as well as NOVACLB for calibration and adjustment.

No, the Novastar A5s LED receiving card is specifically designed to be controlled and operated using Novastar Led software

Novastar A5s LED Receiving Card

Novastar A5s LED Receiver Card supports resolutions up to 320×256@60Hz, 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups of serial data)
Novastar A5s LED receiving cards

Overview

The Novastar A5s LED receiving card is an innovative and powerful small-sized solution developed by NovaStar, designed to deliver exceptional performance in a wide range of LED display applications. With its advanced features, cutting-edge technology, and meticulous design, the A5s stands out as a high-end solution that ensures remarkable display effects and elevates user experiences to new heights. This comprehensive article provides a detailed overview of the A5s and its outstanding capabilities, demonstrating its superiority in the LED display industry.

Features

Pixel Level Brightness and Chroma Calibration

One of the standout features of the A5s is its ability to support precise pixel-level brightness and chroma calibration. This groundbreaking capability sets a new standard in display quality by effectively eliminating any variations or discrepancies in brightness and chroma levels across the entire LED display. By seamlessly integrating with NovaStar’s state-of-the-art high-precision calibration system, the A5s ensures unparalleled consistency in brightness and chroma, resulting in captivating visuals and exceptional color accuracy.

Quick Adjustment of Dark or Bright Lines

Addressing a common challenge in LED displays, the A5s offers a sophisticated solution for quick adjustment of dark or bright lines that may appear during the module or cabinet splicing process. With its advanced algorithms and intelligent control, the A5s empowers users to effortlessly fine-tune these irregularities, significantly enhancing the overall visual experience. By seamlessly blending adjacent modules or cabinets, the A5s creates a seamless and immersive display with no distracting lines or discrepancies.

Support for 3D Function

Pushing the boundaries of visual technology, the A5s introduces support for 3D function, taking LED displays to new dimensions. When combined with compatible sending cards, the A5s unlocks the ability to output stunning 3D images that captivate viewers with depth and realism. Whether it’s for immersive virtual environments, gaming displays, or cutting-edge multimedia presentations, the A5s brings content to life like never before, providing an unforgettable visual experience that truly stands out from the crowd.

Individual Gamma Adjustment for RGB

Setting new standards in image quality, the A5s offers individual gamma adjustment for red, green, and blue channels, providing users with unparalleled control over color accuracy and uniformity. Through seamless integration with NovaLCT (V5.2.0 or later) and compatible sending cards, the A5s allows precise adjustment of gamma values for each color channel. This level of control ensures exceptional image uniformity, even in low grayscale levels, and enables precise white balance adjustments, resulting in lifelike visuals with vibrant colors and sharp contrast.

Image Rotation in 90° Increments

Flexibility and adaptability are key strengths of the A5s, as it allows for image rotation in 90° increments (0°/90°/180°/270°). This versatile feature enables users to achieve the desired display orientation based on specific installation requirements and content compatibility. Whether it’s a landscape display, portrait display, or a unique arrangement, the A5s ensures optimal alignment and seamless integration of the LED display, providing a captivating visual experience in any setting.

Support for Smart Module

Embracing the future of LED display technology, the A5s seamlessly integrates with smart modules, unlocking a myriad of advanced functionalities that streamline operation and enhance control. Through this intelligent integration, the A5s enables comprehensive module management, including module ID control, storage of calibration coefficients and parameters, real-time monitoring of module temperature, voltage, and communication status via flat cables, precise LED error detection, and runtime recording. These smart features empower users to efficiently monitor and maintain the LED display system, ensuring optimal performance and maximum reliability.

Automatic Module Calibration

Simplifying the installation process and ensuring consistent performance, the A5s features automatic module calibration. When a new module with flash memory is installed to replace an old one, the A5s seamlessly facilitates the transfer of calibration coefficients stored in the flash memory to the receiving card during power-up. This automated calibration process eliminates the need for manual intervention, saving time and effort while ensuring that the new module seamlessly integrates with the existing display, maintaining uniformity and image quality.

Quick Uploading of Calibration Coefficients

Efficiency is at the core of the A5s design, and it is exemplified by its quick uploading of calibration coefficients. This feature allows users to swiftly and effortlessly upload calibration coefficients to the receiving card, significantly reducing configuration time. By streamlining the setup process, the A5s empowers users to focus on creating captivating visual content rather than spending excessive time on technical configurations, improving productivity and overall user experience.

Module Flash Management

With advanced module flash management capabilities, the A5s provides users with comprehensive control over the information stored within the modules. Users can easily store and retrieve crucial data such as calibration coefficients and module IDs, facilitating customization and ensuring seamless integration of modules within the display system. This flexibility empowers users to adapt and fine-tune their LED displays according to specific requirements, ensuring optimal performance and delivering stunning visuals.

One-Click Application of Calibration Coefficients in Module Flash

Simplifying the calibration process, the A5s introduces a convenient one-click application of calibration coefficients stored in the module flash memory. Even when the Ethernet cable is disconnected, users can effortlessly initiate the upload of calibration coefficients by simply pressing and holding the self-test button on the cabinet. This user-friendly feature ensures smooth operations, allowing for quick adjustments and updates without the need for complex procedures or extensive technical expertise.

Mapping Function

To enhance ease of use and simplify system management, the A5s incorporates a mapping function. This feature enables the display cabinets to provide information about the receiving card number and Ethernet port, allowing users to easily identify the locations and connection topology of the receiving cards within the LED display system. With this valuable information at hand, users can efficiently troubleshoot and maintain their display setup, minimizing downtime and maximizing overall performance.

Setting of a Pre-Stored Image in Receiving Card

The A5s offers the flexibility to set a pre-stored image in the receiving card, allowing users to customize the display during startup or when the Ethernet cable is disconnected or no video signal is present. This feature provides an opportunity for branding, customization, or showcasing specific content even when the primary video source is not available. By leveraging this feature, users can create a more engaging and tailored visual experience for their audience.

Temperature and Voltage Monitoring

Ensuring the stability and reliability of the display system is paramount, and the A5s facilitates this through temperature and voltage monitoring. Users can conveniently monitor the temperature and voltage of the receiving card without the need for additional peripherals or a complex setup. This real-time monitoring capability enables proactive maintenance, allowing users to identify and address potential issues promptly, ensuring optimal performance and extending the lifespan of the LED display.

Cabinet LCD

With the integration of a cabinet LCD module, the A5s provides valuable information at a glance. Users can view essential data such as temperature, voltage, single run time, and total run time of the receiving card directly from the LCD module connected to the cabinet. This convenient feature eliminates the need for external monitoring devices and simplifies system management, providing users with quick access to critical information for monitoring and maintenance purposes.

Bit Error Detection

To ensure robust network communication, the A5s features bit error detection, allowing users to monitor the Ethernet port communication quality of the receiving card. By recording the number of erroneous packets, users can easily identify and troubleshoot network communication problems, ensuring uninterrupted and reliable data transmission. The bit error detection feature provides valuable insights into the health of the network connection, empowering users to take proactive measures to optimize performance and maintain a seamless visual experience.

Status Detection of Dual Power Supplies

In applications where high reliability is paramount, the A5s offers status detection of dual power supplies. By monitoring the working status of two power supplies, users can ensure redundant power backup and quickly identify any issues or failures. This capability provides an additional layer of reliability and safeguards against power-related disruptions, allowing for uninterrupted operation of the LED display system in critical environments.

Firmware Program Readback

With the A5s, users have the ability to read back and save the firmware program of the receiving card to their local computer. This feature allows for easy backup and version control of the firmware, providing peace of mind and flexibility for future updates or system restorations. By securely storing the firmware program, users can confidently manage the evolution of their LED display system and maintain compatibility with the latest software advancements.

Configuration Parameter Readback

The A5s offers seamless retrieval and backup of configuration parameters. Users can read back and save the configuration parameters of the receiving card to their local computer, ensuring easy access to crucial settings and configurations. This capability simplifies system management, allowing for efficient replication of settings across multiple installations or quick restoration of configurations in case of system upgrades or replacements. The configuration parameter readback feature streamlines workflows, reduces setup time, and enhances overall operational efficiency.

Dual Card Backup and Status Monitoring

For applications demanding the highest level of reliability, the A5s supports dual card backup and status monitoring. By mounting two receiving cards onto a single hub board, users can achieve redundancy and failover capabilities. In the event of a primary receiving card failure, the backup card seamlessly takes over, ensuring uninterrupted operation and display continuity. The A5s, in combination with NovaLCT, allows users to monitor the working status of both the primary and backup receiving cards, providing real-time visibility and proactive management for critical applications.

Loop Backup

To further enhance the robustness of the display system, the A5s offers loop backup functionality. By establishing a loop connection between the receiving card and sending card via main and backup lines, the A5s ensures that even in the event of line faults, the LED display continues to present images without interruption. This feature enhances system reliability, minimizing downtime and ensuring a seamless visual experience even in challenging conditions.

Dual Backup of Configuration Parameters

The A5s provides a dual backup of configuration parameters by storing them in both the application area and factory area of the receiving card. The application area is typically used for regular operations, while the factory area serves as a backup. Users can rely on the factory area to restore the configuration parameters to the application area when needed, providing an extra layer of data protection and flexibility in managing system settings.

Dual Program Backup

To mitigate the risk of firmware update issues, the A5s offers dual program backup. Two copies of the firmware program are stored in the application area of the receiving card at the factory. This redundancy ensures that, in the event of an abnormal firmware update or failure, a stable program copy is readily available, allowing users to quickly restore the receiving card to normal operation without delays or complications.

Dual Backup of Calibration Coefficients

Ensuring the integrity and availability of calibration coefficients, the A5s features dual backup by storing them in both the application area and factory area of the receiving card. This dual storage approach provides an added layer of security and flexibility. Users can utilize the calibration coefficients in the application area for regular operations while retaining the option to restore the factory area coefficients if necessary. This redundancy ensures continuous access to accurate and reliable calibration data, enabling users to maintain optimal image quality and consistency throughout the lifespan of the LED display.

Appearance

Appearance of Novastar A5s LED Receiver card

Dimensions

Dimensions Chart of Novastar A5s LED Receiver card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The A5s supports resolutions up to 320×256 pixels at 60Hz, providing high-quality visuals.

The A5s has the capability to support up to 32 groups of parallel RGB data, allowing for versatile and flexible configurations.

Yes, the A5s can handle serial data transmission and can support up to 64 groups of serial data. Additionally, it can be expanded to accommodate up to 128 groups of serial data for larger-scale installations.

The price range for the Novastar A5s LED receiving card typically falls between $20 and $35, depending on factors such as quantity, location, and specific requirements. I

The A5s LED receiving card supports a range of software options, including the popular NOVALCT for system configuration and control, as well as NOVACLB for calibration and adjustment.

No, the Novastar A5s LED receiving card is specifically designed to be controlled and operated using Novastar Led software

Related Post

Contact Us

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