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Novastar CA50E 5G LED Receiving Card

From advanced calibration technologies to intelligent monitoring capabilities, the CA50E delivers exceptional performance and reliability in the field of LED display control systems. With its seamless integration, reliability, and efficiency, the Novastar CA50E LED Receiving Card sets a new standard in the industry, empowering users to create captivating visual displays that leave a lasting impact.
Novastar CA50E 5G LED Receiver Card

Overview

The Novastar CA50E LED Receiving Card is a cutting-edge 5G receiving card that belongs to the COEX series, the new generation of control systems developed by Xi’an NovaStar Tech Co., Ltd. With its impressive capabilities and advanced features, the CA50E sets a new benchmark for LED display technology. This high-end receiving card supports resolutions up to 768×512@60Hz for 8-bit and 10-bit video sources, and up to 512×480@60Hz for 12-bit video sources.

The CA50E incorporates several proprietary technologies developed by NovaStar, including Dynamic Booster, Full Grayscale Calibration, and LED Image Booster. These technologies work together to enhance the brightness, grayscale, and color performance of LED displays, delivering an exceptional visual experience characterized by uniformity, smoothness, and lifelike imagery.

This state-of-the-art receiving card is designed with high-density connectors, ensuring stable communication even in dusty or vibrating environments. It can support up to 32 groups of parallel RGB data or 64 groups of serial data, with the potential to expand up to 128 groups of serial data. Furthermore, the CA50E offers users the flexibility to customize functions using its reserved pins, tailoring the device to meet specific requirements.

Features

Thermal Compensation: Precise Display Quality

The CA50E collaborates with NovaStar’s high-precision calibration system to collect thermal distribution data from LED cabinets. By generating unique thermal compensation data for each pixel, the CA50E effectively eliminates the uneven thermal distribution that can cause # shaped bars at the cabinet or module level. This breakthrough technology ensures a uniform and flawless display quality.

Dynamic Booster: Unparalleled Contrast and Power Efficiency

The CA50E’s Dynamic Booster technology performs real-time analysis and dynamic adjustments to each frame, resulting in enhanced display contrast and image details. This optimization not only offers viewers an improved visual experience but also effectively reduces power consumption, thereby extending the LED screen’s service life. With the Dynamic Booster, the CA50E achieves the perfect balance between exceptional image quality and energy efficiency.

Full Grayscale Calibration: Optimal Uniformity and Image Quality

Leveraging NovaStar’s high-precision calibration system, the CA50E conducts full grayscale calibration, generating unique calibration coefficients for each grayscale. This meticulous calibration process ensures uniformity across all grayscale levels, resulting in superior image quality and eliminating any inconsistencies in the display. The Full Grayscale Calibration feature guarantees that every detail on the LED screen is rendered with remarkable precision and clarity.

HDR Function: Vivid Visuals with Enhanced Color

The CA50E supports HDR10 and complies with the SMPTE ST 2084 and SMPTE ST 2086 standards, enabling the display to deliver stunning high-dynamic-range visuals. Additionally, it supports Hybrid Log-Gamma (HLG), providing compatibility with a wide range of HDR content. With the CA50E, LED displays can reproduce a broader range of colors, deeper contrasts, and richer details, captivating viewers with lifelike and vibrant visuals.

LED Image Booster: Unleashing the Full Potential of LEDs

The LED Image Booster feature, dependent on the driver IC, empowers the CA50E to achieve precise color management and grayscale correction. Supporting standard color gamuts such as Rec.709, DCI-P3, and Rec.2020, as well as custom color gamuts, this technology enables highly accurate color reproduction on the LED screen. Furthermore, the LED Image Booster precisely corrects the 65,536 levels of grayscale (16-bit), resolving display issues related to low grayscale conditions. By leveraging this feature, LED displays achieve smoother and more uniform images, such as “Furthermore,” “In addition,” and “Moreover,” the LED Image Booster introduces the 22bit+ technology, significantly improving grayscale depth by 64 times. This advancement ensures that even in low brightness conditions, the display retains intricate details in dark areas, resulting in a more immersive visual experience.

Frame Rate Adaptive: Optimal Display at any Frame Rate

With its Frame Rate Adaptive feature, the CA50E dynamically adjusts the receiving card parameters based on the input frame rate. This intelligent adjustment ensures that the display maintains optimal performance regardless of the frame rate of the video source. Whether it’s fast-paced action scenes or slow-motion sequences, the CA50E guarantees a smooth and fluid display without any artifacts or distortion.

ShutterFit: Perfect Display for XR Applications

The CA50E’s ShutterFit technology fine-tunes the driver IC parameters based on the camera shutter angle, resolving common issues encountered during camera shooting in XR (Extended Reality) scenarios. Problems such as black lines, grayscale addition, and grayscale loss are effectively fixed, resulting in seamless and high-quality visuals. With ShutterFit, the CA50E ensures accurate and realistic rendering in XR applications.

Quick Adjustment of Dark or Bright Lines: Enhancing Visual Experience

The CA50E addresses the challenge of dark or bright lines caused by module or cabinet splicing. With its quick adjustment capabilities, the CA50E allows users to improve the visual experience by swiftly correcting these lines. Thanks to its millisecond-level adjustment speed, the display can be fine-tuned in real-time, ensuring a seamless and uniform image across the entire LED screen.

Low Latency: Real-time Video Source Processing

The CA50E offers remarkably low latency for video sources on the receiving card end. With a reduction of up to one frame, users can enjoy real-time responsiveness and synchronized visuals. This low latency feature is particularly beneficial for applications where immediate response and accurate timing are critical, such as live events, sports broadcasts, and interactive installations.

Pixel Level Brightness and Chroma Calibration: Perfect Consistency

Through collaboration with NovaStar’s high-precision calibration system, the CA50E provides pixel-level calibration for both brightness and chroma. This meticulous calibration process eliminates any variations or differences among pixels, ensuring a high level of consistency across the entire LED display. With pixel-level brightness and chroma calibration, the CA50E guarantees a uniform and flawless image quality.

3D Function: Immersive Display Experience

When paired with a compatible controller, the CA50E supports 3D output, enabling immersive visual experiences. This feature is particularly valuable for applications that demand depth and realism, such as 3D movies, architectural visualizations, and gaming. With the CA50E’s 3D function, users can create captivating displays that bring content to life.

Image Rotation in 90° Increments: Flexible Display Orientation

The CA50E offers the flexibility to rotate the display image in 90° increments, allowing users to adapt the orientation of the content to their specific needs. This capability is especially useful in scenarios where the display needs to be mounted in unconventional positions or in portrait mode. The CA50E’s image rotation feature ensures seamless integration and optimal visibility of content in any setting.

Calibration Coefficient Management: Streamlined Configuration

The CA50E simplifies the management of calibration coefficients, allowing for quick uploading, reading back, and saving of coefficients to hardware. This efficient process ensures hassle-free configuration and calibration, saving valuable time for users. With the CA50E’s calibration coefficient management, users can easily fine-tune and optimize their LED displays according to their specific requirements.

Automatic Module Calibration: Consistent Display Quality

When replacing an old module with a new module that has flash memory, the CA50E automatically performs module calibration to ensure consistent display brightness and chroma. By seamlessly uploading the stored calibration coefficients from the flash memory, the CA50E guarantees that the uniformity and quality of the display remain unchanged. This automated process eliminates the need for manual recalibration, saving time and effort while maintaining optimal performance.

Module Flash Management: Efficient Configuration and Control

The CA50E provides comprehensive management of modules with flash memory. Users can conveniently store and retrieve essential information, including calibration coefficients and module IDs. This feature enables efficient configuration and control of modules, streamlining the setup process and ensuring accurate and reliable operation of the LED display.

Quick Uploading of Calibration Coefficients: Enhancing Workflow Efficiency

To further enhance workflow efficiency, the CA50E allows for quick uploading of calibration coefficients to the receiving cards. With just a few clicks, users can expedite the calibration process and optimize the performance of their LED display. This time-saving feature ensures that adjustments and fine-tuning can be easily implemented, enabling users to focus on delivering captivating visual experiences.

One-Click Application of Calibration Coefficients in Module Flash: Seamless Integration

In instances where the Ethernet cable is disconnected, the CA50E offers a convenient solution for applying calibration coefficients stored in the module’s memory. By simply pressing and holding the self-test button on the cabinet, users can initiate the one-click application of calibration coefficients from the module flash memory to the receiving card. This seamless integration ensures continuous and uninterrupted operation even in situations where network connectivity is temporarily unavailable.

Mapping Function: Simplified Configuration and Operation

The CA50E introduces a mapping function that facilitates the configuration and operation of LED displays. By marking cabinets on the screen with distinct colors, Ethernet port numbers, and receiving card numbers, users can easily identify the precise locations and connection topology of receiving cards. This intuitive mapping feature streamlines screen configuration, troubleshooting, and other essential operations, simplifying the overall management of the LED display system.

Setting of a Pre-Stored Image in Receiving Card: Customized Display

The CA50E empowers users to customize the image displayed when the Ethernet cable is disconnected or when no video signal is present. By setting a pre-stored image, users can ensure that the display remains visually appealing and on-brand even during temporary signal interruptions. This feature adds a touch of personalization and professionalism to the LED display, enhancing the overall user experience.

Cabinet Finder: Efficient Troubleshooting

With the Cabinet Finder functionality, the CA50E simplifies troubleshooting processes by allowing users to mark cabinets with a frame on the screen and change the indicator status. This visual aid enables quick and accurate identification of specific cabinets, aiding in the timely resolution of issues and minimizing downtime. The Cabinet Finder feature enhances efficiency and helps maintain the seamless operation of the LED display system.

Temperature and Voltage Monitoring: Proactive System Management

The CA50E incorporates temperature and voltage monitoring capabilities, providing real-time information on the status of the receiving card. By actively detecting any abnormalities in temperature or voltage, the CA50E enables proactive system management, allowing users to promptly address potential issues and maintain the reliability and stability of the LED display system.

Bite Error Detection: Enhanced Communication Reliability

With the bite error detection feature, the CA50E monitors the Ethernet port communication quality of the receiving card. This functionality records and reports error data packets, aiding users in identifying faults and troubleshooting network communication problems. By ensuring robust and reliable communication, the CA50E enhances the overall stability and performance of the LED display system.

Status Detection of Dual Power Supplies: Redundancy and Reliability

In applications that require high reliability, the CA50E provides status detection of dual power supplies. By monitoring the working status of both power supplies, the receiving card ensures uninterrupted operation.

LVDS Transmission: Enhanced Signal Quality and Distance

The CA50E incorporates low-voltage differential signaling (LVDS) transmission, which significantly improves signal transmission quality and electromagnetic compatibility (EMC). By reducing the number of data cables from the hub board to the module, LVDS transmission simplifies the installation process and increases the transmission distance. This feature ensures that the LED display maintains exceptional signal integrity, reducing the risk of signal degradation and enhancing overall performance.

Dual Card Backup and Status Monitoring: Uninterrupted Operation

For applications that demand high reliability, the CA50E offers dual card backup functionality. Two receiving cards can be mounted on a single hub board, providing immediate backup in the event of a primary receiving card failure. With real-time status monitoring of both the primary and backup cards, users can proactively address any issues and ensure uninterrupted operation of the LED display system. This redundant setup guarantees seamless performance and minimizes downtime.

Loop Backup: Continuous Display in Faulty Conditions

The CA50E introduces loop backup functionality, ensuring continuous display even in the presence of line faults. By establishing a loop between the receiving card and controller via primary and backup line connections, the system maintains normal image display, even if faults occur in the line connections. This robust backup mechanism provides an additional layer of reliability, assuring users of uninterrupted and consistent visual output.

Dual Backup of Configuration Parameters: Flexible and Secure Configuration

To ensure flexible and secure configuration, the CA50E incorporates dual backup of configuration parameters. The receiving card stores configuration parameters in both the application area and the factory area, with the application area typically used for regular operations. If necessary, users can restore the configuration parameters from the factory area to the application area, providing a reliable fallback option and enabling quick restoration of settings.

One-Click Firmware Program Learning: Efficient Cabinet Configuration

The CA50E simplifies cabinet configuration by enabling one-click firmware program learning. Users can effortlessly copy the cabinet firmware program and configuration file to other cabinets, significantly reducing setup time and effort. This feature streamlines the configuration process, allowing users to quickly replicate settings across multiple cabinets, ensuring consistency and uniformity in the LED display system.

Appearance

Appearance of Novastar CA50E LED Receiving Card

Dimensions

Size: 80.0 mm × 45.0 mm × 8.6 mm

Dimensions chart of Novastar CA50E LED Receiver Card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The CA50E supports a wide range of resolutions, allowing for seamless display of content with resolutions up to 768×512@60Hz for 8-bit and 10-bit video sources, and up to 512×480@60Hz for 12-bit video sources.

Absolutely! The CA50E is fully compatible with HDR10 and adheres to industry-standard SMPTE ST 2084 and SMPTE ST 2086, enabling stunning HDR visuals with enhanced color depth and contrast. It also supports HLG (Hybrid Log-Gamma) for improved HDR content playback.

Absolutely! When paired with a compatible controller that supports 3D functionality, the CA50E enables immersive 3D output, bringing depth and realism to visual content.

Certainly! The CA50E offers the flexibility to rotate the display image in 90° increments, allowing for easy customization of the screen orientation and adapting to various installation requirements.

Generally, the price range for the CA50E falls between $250 and $350. To obtain precise pricing information and explore the best available deals, it is advisable to contact authorized resellers or reach out to us directly for a personalized quote.

Novastar CA50E 5G LED Receiving Card

From advanced calibration technologies to intelligent monitoring capabilities, the CA50E delivers exceptional performance and reliability in the field of LED display control systems. With its seamless integration, reliability, and efficiency, the Novastar CA50E LED Receiving Card sets a new standard in the industry, empowering users to create captivating visual displays that leave a lasting impact.
Novastar CA50E 5G LED Receiver Card

Overview

The Novastar CA50E LED Receiving Card is a cutting-edge 5G receiving card that belongs to the COEX series, the new generation of control systems developed by Xi’an NovaStar Tech Co., Ltd. With its impressive capabilities and advanced features, the CA50E sets a new benchmark for LED display technology. This high-end receiving card supports resolutions up to 768×512@60Hz for 8-bit and 10-bit video sources, and up to 512×480@60Hz for 12-bit video sources.

The CA50E incorporates several proprietary technologies developed by NovaStar, including Dynamic Booster, Full Grayscale Calibration, and LED Image Booster. These technologies work together to enhance the brightness, grayscale, and color performance of LED displays, delivering an exceptional visual experience characterized by uniformity, smoothness, and lifelike imagery.

This state-of-the-art receiving card is designed with high-density connectors, ensuring stable communication even in dusty or vibrating environments. It can support up to 32 groups of parallel RGB data or 64 groups of serial data, with the potential to expand up to 128 groups of serial data. Furthermore, the CA50E offers users the flexibility to customize functions using its reserved pins, tailoring the device to meet specific requirements.

Features

Thermal Compensation: Precise Display Quality

The CA50E collaborates with NovaStar’s high-precision calibration system to collect thermal distribution data from LED cabinets. By generating unique thermal compensation data for each pixel, the CA50E effectively eliminates the uneven thermal distribution that can cause # shaped bars at the cabinet or module level. This breakthrough technology ensures a uniform and flawless display quality.

Dynamic Booster: Unparalleled Contrast and Power Efficiency

The CA50E’s Dynamic Booster technology performs real-time analysis and dynamic adjustments to each frame, resulting in enhanced display contrast and image details. This optimization not only offers viewers an improved visual experience but also effectively reduces power consumption, thereby extending the LED screen’s service life. With the Dynamic Booster, the CA50E achieves the perfect balance between exceptional image quality and energy efficiency.

Full Grayscale Calibration: Optimal Uniformity and Image Quality

Leveraging NovaStar’s high-precision calibration system, the CA50E conducts full grayscale calibration, generating unique calibration coefficients for each grayscale. This meticulous calibration process ensures uniformity across all grayscale levels, resulting in superior image quality and eliminating any inconsistencies in the display. The Full Grayscale Calibration feature guarantees that every detail on the LED screen is rendered with remarkable precision and clarity.

HDR Function: Vivid Visuals with Enhanced Color

The CA50E supports HDR10 and complies with the SMPTE ST 2084 and SMPTE ST 2086 standards, enabling the display to deliver stunning high-dynamic-range visuals. Additionally, it supports Hybrid Log-Gamma (HLG), providing compatibility with a wide range of HDR content. With the CA50E, LED displays can reproduce a broader range of colors, deeper contrasts, and richer details, captivating viewers with lifelike and vibrant visuals.

LED Image Booster: Unleashing the Full Potential of LEDs

The LED Image Booster feature, dependent on the driver IC, empowers the CA50E to achieve precise color management and grayscale correction. Supporting standard color gamuts such as Rec.709, DCI-P3, and Rec.2020, as well as custom color gamuts, this technology enables highly accurate color reproduction on the LED screen. Furthermore, the LED Image Booster precisely corrects the 65,536 levels of grayscale (16-bit), resolving display issues related to low grayscale conditions. By leveraging this feature, LED displays achieve smoother and more uniform images, such as “Furthermore,” “In addition,” and “Moreover,” the LED Image Booster introduces the 22bit+ technology, significantly improving grayscale depth by 64 times. This advancement ensures that even in low brightness conditions, the display retains intricate details in dark areas, resulting in a more immersive visual experience.

Frame Rate Adaptive: Optimal Display at any Frame Rate

With its Frame Rate Adaptive feature, the CA50E dynamically adjusts the receiving card parameters based on the input frame rate. This intelligent adjustment ensures that the display maintains optimal performance regardless of the frame rate of the video source. Whether it’s fast-paced action scenes or slow-motion sequences, the CA50E guarantees a smooth and fluid display without any artifacts or distortion.

ShutterFit: Perfect Display for XR Applications

The CA50E’s ShutterFit technology fine-tunes the driver IC parameters based on the camera shutter angle, resolving common issues encountered during camera shooting in XR (Extended Reality) scenarios. Problems such as black lines, grayscale addition, and grayscale loss are effectively fixed, resulting in seamless and high-quality visuals. With ShutterFit, the CA50E ensures accurate and realistic rendering in XR applications.

Quick Adjustment of Dark or Bright Lines: Enhancing Visual Experience

The CA50E addresses the challenge of dark or bright lines caused by module or cabinet splicing. With its quick adjustment capabilities, the CA50E allows users to improve the visual experience by swiftly correcting these lines. Thanks to its millisecond-level adjustment speed, the display can be fine-tuned in real-time, ensuring a seamless and uniform image across the entire LED screen.

Low Latency: Real-time Video Source Processing

The CA50E offers remarkably low latency for video sources on the receiving card end. With a reduction of up to one frame, users can enjoy real-time responsiveness and synchronized visuals. This low latency feature is particularly beneficial for applications where immediate response and accurate timing are critical, such as live events, sports broadcasts, and interactive installations.

Pixel Level Brightness and Chroma Calibration: Perfect Consistency

Through collaboration with NovaStar’s high-precision calibration system, the CA50E provides pixel-level calibration for both brightness and chroma. This meticulous calibration process eliminates any variations or differences among pixels, ensuring a high level of consistency across the entire LED display. With pixel-level brightness and chroma calibration, the CA50E guarantees a uniform and flawless image quality.

3D Function: Immersive Display Experience

When paired with a compatible controller, the CA50E supports 3D output, enabling immersive visual experiences. This feature is particularly valuable for applications that demand depth and realism, such as 3D movies, architectural visualizations, and gaming. With the CA50E’s 3D function, users can create captivating displays that bring content to life.

Image Rotation in 90° Increments: Flexible Display Orientation

The CA50E offers the flexibility to rotate the display image in 90° increments, allowing users to adapt the orientation of the content to their specific needs. This capability is especially useful in scenarios where the display needs to be mounted in unconventional positions or in portrait mode. The CA50E’s image rotation feature ensures seamless integration and optimal visibility of content in any setting.

Calibration Coefficient Management: Streamlined Configuration

The CA50E simplifies the management of calibration coefficients, allowing for quick uploading, reading back, and saving of coefficients to hardware. This efficient process ensures hassle-free configuration and calibration, saving valuable time for users. With the CA50E’s calibration coefficient management, users can easily fine-tune and optimize their LED displays according to their specific requirements.

Automatic Module Calibration: Consistent Display Quality

When replacing an old module with a new module that has flash memory, the CA50E automatically performs module calibration to ensure consistent display brightness and chroma. By seamlessly uploading the stored calibration coefficients from the flash memory, the CA50E guarantees that the uniformity and quality of the display remain unchanged. This automated process eliminates the need for manual recalibration, saving time and effort while maintaining optimal performance.

Module Flash Management: Efficient Configuration and Control

The CA50E provides comprehensive management of modules with flash memory. Users can conveniently store and retrieve essential information, including calibration coefficients and module IDs. This feature enables efficient configuration and control of modules, streamlining the setup process and ensuring accurate and reliable operation of the LED display.

Quick Uploading of Calibration Coefficients: Enhancing Workflow Efficiency

To further enhance workflow efficiency, the CA50E allows for quick uploading of calibration coefficients to the receiving cards. With just a few clicks, users can expedite the calibration process and optimize the performance of their LED display. This time-saving feature ensures that adjustments and fine-tuning can be easily implemented, enabling users to focus on delivering captivating visual experiences.

One-Click Application of Calibration Coefficients in Module Flash: Seamless Integration

In instances where the Ethernet cable is disconnected, the CA50E offers a convenient solution for applying calibration coefficients stored in the module’s memory. By simply pressing and holding the self-test button on the cabinet, users can initiate the one-click application of calibration coefficients from the module flash memory to the receiving card. This seamless integration ensures continuous and uninterrupted operation even in situations where network connectivity is temporarily unavailable.

Mapping Function: Simplified Configuration and Operation

The CA50E introduces a mapping function that facilitates the configuration and operation of LED displays. By marking cabinets on the screen with distinct colors, Ethernet port numbers, and receiving card numbers, users can easily identify the precise locations and connection topology of receiving cards. This intuitive mapping feature streamlines screen configuration, troubleshooting, and other essential operations, simplifying the overall management of the LED display system.

Setting of a Pre-Stored Image in Receiving Card: Customized Display

The CA50E empowers users to customize the image displayed when the Ethernet cable is disconnected or when no video signal is present. By setting a pre-stored image, users can ensure that the display remains visually appealing and on-brand even during temporary signal interruptions. This feature adds a touch of personalization and professionalism to the LED display, enhancing the overall user experience.

Cabinet Finder: Efficient Troubleshooting

With the Cabinet Finder functionality, the CA50E simplifies troubleshooting processes by allowing users to mark cabinets with a frame on the screen and change the indicator status. This visual aid enables quick and accurate identification of specific cabinets, aiding in the timely resolution of issues and minimizing downtime. The Cabinet Finder feature enhances efficiency and helps maintain the seamless operation of the LED display system.

Temperature and Voltage Monitoring: Proactive System Management

The CA50E incorporates temperature and voltage monitoring capabilities, providing real-time information on the status of the receiving card. By actively detecting any abnormalities in temperature or voltage, the CA50E enables proactive system management, allowing users to promptly address potential issues and maintain the reliability and stability of the LED display system.

Bite Error Detection: Enhanced Communication Reliability

With the bite error detection feature, the CA50E monitors the Ethernet port communication quality of the receiving card. This functionality records and reports error data packets, aiding users in identifying faults and troubleshooting network communication problems. By ensuring robust and reliable communication, the CA50E enhances the overall stability and performance of the LED display system.

Status Detection of Dual Power Supplies: Redundancy and Reliability

In applications that require high reliability, the CA50E provides status detection of dual power supplies. By monitoring the working status of both power supplies, the receiving card ensures uninterrupted operation.

LVDS Transmission: Enhanced Signal Quality and Distance

The CA50E incorporates low-voltage differential signaling (LVDS) transmission, which significantly improves signal transmission quality and electromagnetic compatibility (EMC). By reducing the number of data cables from the hub board to the module, LVDS transmission simplifies the installation process and increases the transmission distance. This feature ensures that the LED display maintains exceptional signal integrity, reducing the risk of signal degradation and enhancing overall performance.

Dual Card Backup and Status Monitoring: Uninterrupted Operation

For applications that demand high reliability, the CA50E offers dual card backup functionality. Two receiving cards can be mounted on a single hub board, providing immediate backup in the event of a primary receiving card failure. With real-time status monitoring of both the primary and backup cards, users can proactively address any issues and ensure uninterrupted operation of the LED display system. This redundant setup guarantees seamless performance and minimizes downtime.

Loop Backup: Continuous Display in Faulty Conditions

The CA50E introduces loop backup functionality, ensuring continuous display even in the presence of line faults. By establishing a loop between the receiving card and controller via primary and backup line connections, the system maintains normal image display, even if faults occur in the line connections. This robust backup mechanism provides an additional layer of reliability, assuring users of uninterrupted and consistent visual output.

Dual Backup of Configuration Parameters: Flexible and Secure Configuration

To ensure flexible and secure configuration, the CA50E incorporates dual backup of configuration parameters. The receiving card stores configuration parameters in both the application area and the factory area, with the application area typically used for regular operations. If necessary, users can restore the configuration parameters from the factory area to the application area, providing a reliable fallback option and enabling quick restoration of settings.

One-Click Firmware Program Learning: Efficient Cabinet Configuration

The CA50E simplifies cabinet configuration by enabling one-click firmware program learning. Users can effortlessly copy the cabinet firmware program and configuration file to other cabinets, significantly reducing setup time and effort. This feature streamlines the configuration process, allowing users to quickly replicate settings across multiple cabinets, ensuring consistency and uniformity in the LED display system.

Appearance

Appearance of Novastar CA50E LED Receiving Card

Dimensions

Size: 80.0 mm × 45.0 mm × 8.6 mm

Dimensions chart of Novastar CA50E LED Receiver Card

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

The CA50E supports a wide range of resolutions, allowing for seamless display of content with resolutions up to 768×512@60Hz for 8-bit and 10-bit video sources, and up to 512×480@60Hz for 12-bit video sources.

Absolutely! The CA50E is fully compatible with HDR10 and adheres to industry-standard SMPTE ST 2084 and SMPTE ST 2086, enabling stunning HDR visuals with enhanced color depth and contrast. It also supports HLG (Hybrid Log-Gamma) for improved HDR content playback.

Absolutely! When paired with a compatible controller that supports 3D functionality, the CA50E enables immersive 3D output, bringing depth and realism to visual content.

Certainly! The CA50E offers the flexibility to rotate the display image in 90° increments, allowing for easy customization of the screen orientation and adapting to various installation requirements.

Generally, the price range for the CA50E falls between $250 and $350. To obtain precise pricing information and explore the best available deals, it is advisable to contact authorized resellers or reach out to us directly for a personalized quote.

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