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Novastar A8s LED Receiving Card

Novastar A8s LED Receiver Card supports resolutions up to 512×384@60Hz, 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups of serial data)
Novastar A8s LED Receiving Card

Overview

Novastar A8s, a top-tier compact LED receiving card developed by NovaStar, offers impressive features for LED displays. With a maximum resolution of 512×384 pixels, it ensures precise calibration of color gamut and grayscale, enhancing grayscale by 64 times. Supporting pixel-level brightness and chroma calibration, individual gamma adjustment for RGB, and low latency, the A8s significantly improves brightness, grayscale, and color performance, providing users with a seamless, vibrant, and lifelike visual experience.

Utilizing high-density connectors, the A8s ensures stable communication while minimizing the impact of dust and vibration. It supports up to 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups), offering flexibility for different display configurations. Additionally, its reserved pins enable users to customize functions based on their specific requirements.

The A8s stands out with its EMC Class B compliant hardware design, enhancing electromagnetic compatibility and making it suitable for demanding on-site setups. With its advanced technology and robust construction, the A8s is a reliable choice for various applications that demand high performance and stability.

Features

Enhancing Display Quality: LED Image Booster

To provide an outstanding display effect, the A8s incorporates the revolutionary LED Image Booster technology. This advanced feature brings color management, precise grayscale correction, and 22bit+ grayscale enhancement. With the ability to switch color gamuts in real time and correct grayscale levels, the A8s ensures every detail on the screen is vibrant and lifelike.

Superior Consistency: Pixel-Level Calibration

Achieving consistent brightness and chroma across the display is crucial. The A8s supports pixel-level brightness and chroma calibration, working seamlessly with NovaStar’s high-precision calibration system. This powerful combination eliminates any variances, delivering a visually stunning and uniform display.

Seamless Video Playback: Low Latency

When it comes to video playback, latency matters. The A8s significantly reduces the video source latency to just one frame. This ensures a seamless and synchronized playback experience, making it ideal for applications that demand real-time video content.

Immersive Visuals: 3D Function

Take your display to the next level with the A8s’ support for 3D functionality. When paired with a compatible sending card, the receiving card enables the output of captivating 3D images. Whether it’s for entertainment venues, exhibitions, or immersive experiences, the A8s ensures your content comes to life in a way that truly engages your audience.

Optimal Color Control: Individual Gamma Adjustment for RGB

The A8s offers precise control over color reproduction. By leveraging NovaLCT (V5.2.0 or later) and a sending card that supports this function, users can individually adjust the gamma values for red, green, and blue channels. This customization allows for precise color calibration, resulting in a more realistic and accurate image representation.

Flexible Display Orientation: Image Rotation

The A8s provides the flexibility to rotate the displayed image in 90° increments. Whether you require landscape or portrait orientation, this feature enables you to effortlessly achieve the desired display setup. With the ability to choose between 0°, 90°, 180°, or 270° rotation, the A8s ensures your content is presented exactly as intended.

Lifelike Image Reproduction: HDR Support

Experience stunning visual fidelity with the A8s’ HDR support. When paired with a compatible sending card, the receiving card accurately parses HDR video sources, faithfully reproducing the original brightness range and color space. This feature brings your content to life with enhanced dynamic range and a more immersive viewing experience.

Enhanced Management: Smart Module Support

With the A8s, managing LED modules becomes effortless. When used in conjunction with a smart module, the receiving card offers advanced functionalities such as module ID management, calibration coefficient storage, temperature and voltage monitoring, LED error detection, and more. These features streamline module management and ensure optimal performance.

Efficient Configuration: Quick Uploading and Backup

Configuring the A8s is a breeze. The card supports quick uploading of calibration coefficients, significantly improving efficiency during setup. Additionally, with dual backup capabilities for configuration parameters, application programs, and calibration coefficients, you can rest assured that your settings are safeguarded.

Mapping Function: Easy Receiving Card Identification

With the A8s, identifying and locating receiving cards is a breeze. The cabinets display the receiving card number and Ethernet port information, making it effortless to identify and manage multiple receiving cards within a display system. This feature simplifies troubleshooting and maintenance, saving valuable time and effort.

Customizable Startup Image: Personalize Your Display

The A8s allows users to set a pre-stored image that is displayed during startup, when the Ethernet cable is disconnected, or when there is no video signal. This customization feature enables you to showcase your brand or personalize the display, making a lasting impression on your audience.

Temperature and Voltage Monitoring: Proactive Maintenance

Monitoring the temperature and voltage of the receiving card is essential for maintaining optimal performance. The A8s provides built-in monitoring capabilities, eliminating the need for additional peripherals. By keeping an eye on these vital parameters, users can proactively address any issues and ensure the longevity of their display system.

Cabinet LCD: Comprehensive Display Information

The A8s supports the connection of an LCD module to the cabinet, which displays crucial information such as temperature, voltage, single run time, and total run time of the receiving card. This real-time monitoring feature empowers users with valuable insights, enabling them to assess the performance and health of their display system at a glance.

Bit Error Detection: Trouble-free Network Communication

Maintaining reliable network communication is vital for uninterrupted display operation. The A8s features bit error detection, which monitors the communication quality of the Ethernet port. By recording the number of erroneous packets, users can identify and troubleshoot any network communication issues promptly, ensuring a seamless and reliable connection.

Dual Power Supply Status Detection: Redundancy Assurance

In applications where high reliability is paramount, the A8s supports the detection of dual power supply statuses. By monitoring the working status of two power supplies, users can ensure that their display system remains operational even if one power supply fails. This redundancy feature guarantees uninterrupted performance and peace of mind.

Firmware and Configuration Readback: Data Backup and Management

To provide added convenience and security, the A8s allows users to read back and save the firmware program and configuration parameters to their local computer. This feature enables users to create backups and manage their data effectively, ensuring smooth firmware updates and seamless configuration transfer.

Enhanced Signal Transmission: LVDS Support

The A8s supports Low-Voltage Differential Signaling (LVDS) transmission, reducing the number of data cables required from the hub board to the module. This not only increases the transmission distance but also improves signal transmission quality and electromagnetic compatibility (EMC). With LVDS support, users can achieve enhanced signal integrity and efficiency in their display system.

Dual Card Backup and Status Monitoring: Uninterrupted Operation

For applications that demand high reliability, the A8s offers dual card backup functionality. By mounting two receiving cards onto a single hub board, users can ensure the uninterrupted operation of the display. In case of a primary receiving card failure, the backup card seamlessly takes over, guaranteeing continuous performance. The A8s also provides real-time status monitoring of both the primary and backup receiving cards via NovaLCT, enabling proactive maintenance and troubleshooting.

Loop Backup: Uninterrupted Display in Case of Faults

The A8s takes reliability to the next level with its loop backup feature. By forming a loop between the receiving card and sending card through the main and backup line connections, the system ensures that even if a fault occurs at any location along the lines, the screen can still display the image seamlessly. This robust backup mechanism guarantees uninterrupted operation and prevents any potential disruptions caused by line failures, offering peace of mind to users in critical display applications.

Dual Backup of Configuration Parameters: Enhanced Flexibility and Data Security

With the A8s, users can enjoy enhanced flexibility and data security through the dual backup of configuration parameters. The receiving card stores configuration parameters simultaneously in both the application area and the factory area. Typically, users utilize the configuration parameters in the application area for regular operations. However, if necessary, they have the option to restore the configuration parameters from the factory area to the application area. This dual backup approach ensures that users can quickly revert to default settings or recover lost or corrupted configuration data, minimizing downtime and maximizing operational efficiency.

Dual Backup of Application Program: Redundancy for Reliable Performance

To mitigate risks associated with program update exceptions, the A8s provides a dual backup of the application program. At the factory, two copies of the application program are stored within the receiving card. This redundancy eliminates the possibility of the receiving card getting stuck or encountering issues during program updates. With dual backup, users can confidently update and modify the application program without compromising the stability and reliability of the display system. The redundant copies of the application program serve as fail-safe measures, ensuring uninterrupted performance and minimizing potential disruptions.

Dual Backup of Calibration Coefficients: Data Integrity and Recovery Options

The A8s places great importance on data integrity and recovery by implementing dual backup of calibration coefficients. Calibration coefficients, crucial for maintaining optimal image quality, are simultaneously stored in both the application area and factory area of the receiving card. Typically, users utilize the calibration coefficients in the application area for regular operations. However, in the event of data loss or corruption, users can restore the calibration coefficients from the factory area to the application area. This dual backup mechanism guarantees data integrity and provides users with the ability to recover accurate calibration settings swiftly. With dual backup, users can confidently optimize image performance and ensure consistent visual excellence.

Appearance

Appearance of Novastar A8s LED Receiver card

Dimensions

Dimensions Chart of Novastar A8s LED Receiver card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The A8s supports a maximum resolution of 512×384 pixels, delivering stunning visual clarity.

The A8s can support up to 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups), ensuring efficient data transmission.

Yes, the A8s is capable of handling serial data transmission, offering flexibility in data transfer options.

The price range for the Novastar A8s LED Receiving Card falls within the range of $50 – $60, providing value for its high-end features.

The A8s supports NOVALCT, and NOVACLB, and exclusively works with NOVASTAR SOFTWARE, ensuring seamless compatibility and optimal performance.

The A8s is designed to be controlled and operated with Novastar software. It is not compatible with other brands such as Linsn, HUIDU, or Colorlight.

Novastar A8s LED Receiving Card

Novastar A8s LED Receiver Card supports resolutions up to 512×384@60Hz, 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups of serial data)
Novastar A8s LED Receiving Card

Overview

Novastar A8s, a top-tier compact LED receiving card developed by NovaStar, offers impressive features for LED displays. With a maximum resolution of 512×384 pixels, it ensures precise calibration of color gamut and grayscale, enhancing grayscale by 64 times. Supporting pixel-level brightness and chroma calibration, individual gamma adjustment for RGB, and low latency, the A8s significantly improves brightness, grayscale, and color performance, providing users with a seamless, vibrant, and lifelike visual experience.

Utilizing high-density connectors, the A8s ensures stable communication while minimizing the impact of dust and vibration. It supports up to 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups), offering flexibility for different display configurations. Additionally, its reserved pins enable users to customize functions based on their specific requirements.

The A8s stands out with its EMC Class B compliant hardware design, enhancing electromagnetic compatibility and making it suitable for demanding on-site setups. With its advanced technology and robust construction, the A8s is a reliable choice for various applications that demand high performance and stability.

Features

Enhancing Display Quality: LED Image Booster

To provide an outstanding display effect, the A8s incorporates the revolutionary LED Image Booster technology. This advanced feature brings color management, precise grayscale correction, and 22bit+ grayscale enhancement. With the ability to switch color gamuts in real time and correct grayscale levels, the A8s ensures every detail on the screen is vibrant and lifelike.

Superior Consistency: Pixel-Level Calibration

Achieving consistent brightness and chroma across the display is crucial. The A8s supports pixel-level brightness and chroma calibration, working seamlessly with NovaStar’s high-precision calibration system. This powerful combination eliminates any variances, delivering a visually stunning and uniform display.

Seamless Video Playback: Low Latency

When it comes to video playback, latency matters. The A8s significantly reduces the video source latency to just one frame. This ensures a seamless and synchronized playback experience, making it ideal for applications that demand real-time video content.

Immersive Visuals: 3D Function

Take your display to the next level with the A8s’ support for 3D functionality. When paired with a compatible sending card, the receiving card enables the output of captivating 3D images. Whether it’s for entertainment venues, exhibitions, or immersive experiences, the A8s ensures your content comes to life in a way that truly engages your audience.

Optimal Color Control: Individual Gamma Adjustment for RGB

The A8s offers precise control over color reproduction. By leveraging NovaLCT (V5.2.0 or later) and a sending card that supports this function, users can individually adjust the gamma values for red, green, and blue channels. This customization allows for precise color calibration, resulting in a more realistic and accurate image representation.

Flexible Display Orientation: Image Rotation

The A8s provides the flexibility to rotate the displayed image in 90° increments. Whether you require landscape or portrait orientation, this feature enables you to effortlessly achieve the desired display setup. With the ability to choose between 0°, 90°, 180°, or 270° rotation, the A8s ensures your content is presented exactly as intended.

Lifelike Image Reproduction: HDR Support

Experience stunning visual fidelity with the A8s’ HDR support. When paired with a compatible sending card, the receiving card accurately parses HDR video sources, faithfully reproducing the original brightness range and color space. This feature brings your content to life with enhanced dynamic range and a more immersive viewing experience.

Enhanced Management: Smart Module Support

With the A8s, managing LED modules becomes effortless. When used in conjunction with a smart module, the receiving card offers advanced functionalities such as module ID management, calibration coefficient storage, temperature and voltage monitoring, LED error detection, and more. These features streamline module management and ensure optimal performance.

Efficient Configuration: Quick Uploading and Backup

Configuring the A8s is a breeze. The card supports quick uploading of calibration coefficients, significantly improving efficiency during setup. Additionally, with dual backup capabilities for configuration parameters, application programs, and calibration coefficients, you can rest assured that your settings are safeguarded.

Mapping Function: Easy Receiving Card Identification

With the A8s, identifying and locating receiving cards is a breeze. The cabinets display the receiving card number and Ethernet port information, making it effortless to identify and manage multiple receiving cards within a display system. This feature simplifies troubleshooting and maintenance, saving valuable time and effort.

Customizable Startup Image: Personalize Your Display

The A8s allows users to set a pre-stored image that is displayed during startup, when the Ethernet cable is disconnected, or when there is no video signal. This customization feature enables you to showcase your brand or personalize the display, making a lasting impression on your audience.

Temperature and Voltage Monitoring: Proactive Maintenance

Monitoring the temperature and voltage of the receiving card is essential for maintaining optimal performance. The A8s provides built-in monitoring capabilities, eliminating the need for additional peripherals. By keeping an eye on these vital parameters, users can proactively address any issues and ensure the longevity of their display system.

Cabinet LCD: Comprehensive Display Information

The A8s supports the connection of an LCD module to the cabinet, which displays crucial information such as temperature, voltage, single run time, and total run time of the receiving card. This real-time monitoring feature empowers users with valuable insights, enabling them to assess the performance and health of their display system at a glance.

Bit Error Detection: Trouble-free Network Communication

Maintaining reliable network communication is vital for uninterrupted display operation. The A8s features bit error detection, which monitors the communication quality of the Ethernet port. By recording the number of erroneous packets, users can identify and troubleshoot any network communication issues promptly, ensuring a seamless and reliable connection.

Dual Power Supply Status Detection: Redundancy Assurance

In applications where high reliability is paramount, the A8s supports the detection of dual power supply statuses. By monitoring the working status of two power supplies, users can ensure that their display system remains operational even if one power supply fails. This redundancy feature guarantees uninterrupted performance and peace of mind.

Firmware and Configuration Readback: Data Backup and Management

To provide added convenience and security, the A8s allows users to read back and save the firmware program and configuration parameters to their local computer. This feature enables users to create backups and manage their data effectively, ensuring smooth firmware updates and seamless configuration transfer.

Enhanced Signal Transmission: LVDS Support

The A8s supports Low-Voltage Differential Signaling (LVDS) transmission, reducing the number of data cables required from the hub board to the module. This not only increases the transmission distance but also improves signal transmission quality and electromagnetic compatibility (EMC). With LVDS support, users can achieve enhanced signal integrity and efficiency in their display system.

Dual Card Backup and Status Monitoring: Uninterrupted Operation

For applications that demand high reliability, the A8s offers dual card backup functionality. By mounting two receiving cards onto a single hub board, users can ensure the uninterrupted operation of the display. In case of a primary receiving card failure, the backup card seamlessly takes over, guaranteeing continuous performance. The A8s also provides real-time status monitoring of both the primary and backup receiving cards via NovaLCT, enabling proactive maintenance and troubleshooting.

Loop Backup: Uninterrupted Display in Case of Faults

The A8s takes reliability to the next level with its loop backup feature. By forming a loop between the receiving card and sending card through the main and backup line connections, the system ensures that even if a fault occurs at any location along the lines, the screen can still display the image seamlessly. This robust backup mechanism guarantees uninterrupted operation and prevents any potential disruptions caused by line failures, offering peace of mind to users in critical display applications.

Dual Backup of Configuration Parameters: Enhanced Flexibility and Data Security

With the A8s, users can enjoy enhanced flexibility and data security through the dual backup of configuration parameters. The receiving card stores configuration parameters simultaneously in both the application area and the factory area. Typically, users utilize the configuration parameters in the application area for regular operations. However, if necessary, they have the option to restore the configuration parameters from the factory area to the application area. This dual backup approach ensures that users can quickly revert to default settings or recover lost or corrupted configuration data, minimizing downtime and maximizing operational efficiency.

Dual Backup of Application Program: Redundancy for Reliable Performance

To mitigate risks associated with program update exceptions, the A8s provides a dual backup of the application program. At the factory, two copies of the application program are stored within the receiving card. This redundancy eliminates the possibility of the receiving card getting stuck or encountering issues during program updates. With dual backup, users can confidently update and modify the application program without compromising the stability and reliability of the display system. The redundant copies of the application program serve as fail-safe measures, ensuring uninterrupted performance and minimizing potential disruptions.

Dual Backup of Calibration Coefficients: Data Integrity and Recovery Options

The A8s places great importance on data integrity and recovery by implementing dual backup of calibration coefficients. Calibration coefficients, crucial for maintaining optimal image quality, are simultaneously stored in both the application area and factory area of the receiving card. Typically, users utilize the calibration coefficients in the application area for regular operations. However, in the event of data loss or corruption, users can restore the calibration coefficients from the factory area to the application area. This dual backup mechanism guarantees data integrity and provides users with the ability to recover accurate calibration settings swiftly. With dual backup, users can confidently optimize image performance and ensure consistent visual excellence.

Appearance

Appearance of Novastar A8s LED Receiver card

Dimensions

Dimensions Chart of Novastar A8s LED Receiver card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The A8s supports a maximum resolution of 512×384 pixels, delivering stunning visual clarity.

The A8s can support up to 32 groups of parallel RGB data or 64 groups of serial data (expandable to 128 groups), ensuring efficient data transmission.

Yes, the A8s is capable of handling serial data transmission, offering flexibility in data transfer options.

The price range for the Novastar A8s LED Receiving Card falls within the range of $50 – $60, providing value for its high-end features.

The A8s supports NOVALCT, and NOVACLB, and exclusively works with NOVASTAR SOFTWARE, ensuring seamless compatibility and optimal performance.

The A8s is designed to be controlled and operated with Novastar software. It is not compatible with other brands such as Linsn, HUIDU, or Colorlight.

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