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Novastar MRV416 LED Receiver Card

Novastar MRV416 LED Receiver Card Support brightness calibration, quick lines adjustment, 3D, and individual Gamma adjustment for RGB, with 16 standard HUB75E connectors.
Novastar MRV416 LED Receiving Card

Overview

Experience the next level in LED display technology with the Novastar MRV416 LED Receiver Card, a cutting-edge, general-purpose receiving card expertly crafted by NovaStar. Designed to deliver an unrivaled display performance, the MRV416 supports resolutions up to 512×384@60Hz. By incorporating various advanced features such as brightness calibration, quick adjustment of dark or bright lines, 3D capabilities, and individual Gamma adjustment for RGB, this innovative receiver card significantly enhances both the display effect and overall user experience.

Boasting 16 standard HUB75E connectors, the MRV416 ensures high stability and efficient communication while supporting up to 32 groups of parallel RGB data. Dive into the remarkable features of the MRV416 LED Receiver Card, showcasing its versatility and superiority in the realm of LED display technology.

Features

Unmatched Brightness Calibration: Precision Performance for Seamless Visuals

MRV416 LED card facilitates brightness calibration for each LED, effectively eliminating brightness discrepancies. This process results in greatly improved display brightness consistency, allowing for superior image quality. With an extensive explanation of this feature, users can expect precision performance and seamless visuals with the MRV416. The calibration process involves comparing the brightness values of each LED, subsequently generating a calibration coefficient. This data is then stored in the receiver card and used to adjust the output, achieving a uniform brightness across the entire display. This feature not only enhances image quality but also extends the lifespan of the LEDs by reducing uneven degradation.

Effortless Dark or Bright Line Adjustment: Instant Enhancements for an Optimized Viewing Experience

The Novastar MRV416 LED display receiving card allows for the quick and easy adjustment of dark or bright lines caused by module or cabinet splicing. This enhancement improves the visual experience, with adjustments taking effect immediately. A comprehensive description of this feature highlights the ability to fine-tune your display for an optimized viewing experience. The MRV416’s software interface allows users to identify and isolate the areas requiring adjustment. Using sliders or input values, users can adjust the brightness of these areas to match the surrounding LEDs. This dynamic feature empowers users to achieve a consistent and visually pleasing display with minimal effort, catering to various installation environments and scenarios.

Immersive 3D Capabilities: Transforming Visual Experiences with Depth and Realism

When paired with an LED sending card that supports 3D functionality, the MRV416 receiving card offers stunning 3D output for a captivating visual experience. With an in-depth explanation of this feature, users can fully appreciate the transformative power of the MRV416’s 3D capabilities, providing depth and realism to any display. The 3D output is achieved by processing the incoming video signal and rendering it for 3D display. By utilizing compatible 3D glasses, viewers can experience the depth and immersion that 3D technology has to offer. This feature is particularly valuable for applications such as virtual reality, gaming, and cinema, offering an enhanced and immersive experience that captivates audiences.

Individual Gamma Adjustment for RGB: Precise Control for Lifelike Imagery

By working with NovaLCT (V5.2.0 or later) and a compatible sending card, the MRV416 receiving card supports individual adjustment of red Gamma, green Gamma, and blue Gamma. This advanced feature effectively controls image non-uniformity under low grayscale and white balance offset, yielding more realistic imagery. An elaborate description of this feature demonstrates the MRV416’s precise control capabilities for delivering lifelike imagery. Gamma adjustment is essential for ensuring accurate color reproduction and maintaining consistent grayscale levels. By allowing individual adjustments for each RGB channel, users can fine-tune the output to match their specific requirements and preferences. This level of control enables the creation of lifelike images with accurate color representation, ensuring a visually appealing and professional display.

Customizable Pre-Stored Images: Personalized Startup and Fail-Safe Visuals

The MRV416 enables users to set a custom pre-stored image on the receiving card. This image can be displayed during startup, when the Ethernet cable is disconnected, or when no video signal is present. With a detailed explanation of this feature, users can fully appreciate the personalization options and fail-safe visuals provided by the MRV416. By allowing users to upload and store a custom image, the MRV416 offers a unique way to personalize the display and showcase branding or creative content during downtime. Additionally, this feature serves as a fail-safe mechanism, ensuring that in the event of a signal loss, the display maintains a professional and visually appealing appearance.

Temperature and Voltage Monitoring: Comprehensive Diagnostics for Peak Performance

With the MRV416, users can monitor the receiving card’s temperature and voltage without any additional peripherals, ensuring optimal system performance and longevity. A thorough description of this feature showcases the comprehensive diagnostic capabilities of the MRV416, empowering users to maintain peak performance. By providing real-time temperature and voltage data, users can detect potential issues before they escalate, preventing damage to the system and ensuring uninterrupted performance. This proactive monitoring approach allows for timely maintenance and system adjustments, ensuring the display’s longevity and consistent performance.

Efficient Bit Error Detection: Proactive Troubleshooting for Network Stability

The MRV416 receiving card enables users to monitor Ethernet port communication quality and record the number of erroneous packets. This feature is invaluable for troubleshooting network communication problems, ensuring network stability, and maintaining optimal display performance. A well-rounded explanation of this feature highlights the MRV416’s proactive troubleshooting capabilities. By monitoring the quality of the communication link, users can quickly identify and address potential issues, reducing the risk of communication errors and display interruptions. This feature demonstrates the MRV416’s commitment to providing a stable and reliable solution for LED displays, ensuring a seamless and enjoyable viewing experience for audiences.

Loop Backup: Ensuring Continuous Display Performance

The MRV416 offers a loop backup feature, connecting the receiving card and sending card through primary and backup line connections. In the event of a fault occurring in the line connections, the screen can still display the image normally. This feature provides a seamless and uninterrupted viewing experience, ensuring that the display remains functional even in case of technical issues. By incorporating a loop backup, the MRV416 guarantees reliable performance and continuous operation, which is crucial for high-profile events, advertisements, and other professional applications.

Dual Backup of Configuration Parameters and Application Programs: Redundancy for Added Reliability

The MRV416 LED screen receiving card provides dual backup for configuration parameters and application programs. Configuration parameters are stored in both the application and factory areas of the receiving card, allowing users to restore factory settings if necessary. Additionally, two copies of the application program are stored in the receiving card to avoid issues due to program update exceptions. This dual backup system demonstrates the MRV416’s commitment to reliability and stability, ensuring that the display remains operational even in the face of unexpected challenges or errors.

Mapping Function: Simplified Management of Receiving Cards and Connections

In addition, The MRV416 LED Card supports a mapping function, enabling the cabinets to display the receiving card number and Ethernet port information. This feature allows users to quickly and easily identify the location and connection topology of receiving cards, streamlining the setup and management process. By providing clear and accessible information about the receiving card’s connections, users can efficiently troubleshoot and resolve issues, ensuring smooth and consistent display performance.

Quick Uploading of Calibration Coefficients: Efficient Calibration for Optimal Performance

Moreover, the Novastar MRV416 LED control card supports the quick uploading of calibration coefficients, allowing users to easily calibrate their LED displays for optimal performance. This feature, combined with the brightness calibration capabilities mentioned earlier, ensures that the LED display maintains consistent brightness and color accuracy, providing the highest possible image quality. By allowing for efficient calibration, the MRV416 ensures that users can easily fine-tune their display settings, achieving an impressive visual experience tailored to their specific needs and preferences.

Appearance

Appearance of Novastar MRV416 LED Receiver card

Dimensions

Dimensions Chart of Novastar MRV416 LED Receiver card

Connection

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

MRV416 supports resolutions up to 512×384@60Hz, ensuring a high-quality display and an excellent user experience. This impressive resolution makes it an ideal choice for various applications, from advertising to live events.

The MRV416 features 16 standard HUB75E connectors, providing increased stability compared to other receiver cards. This design allows for up to 32 groups of parallel RGB data, ensuring a reliable and consistent performance.

The MRV416 supports brightness calibration by working with NovaLCT and a calibration platform. This feature allows for the removal of brightness differences and improves display brightness consistency, ultimately enhancing image quality.

Yes, when paired with an LED sending card that supports 3D functionality, the MRV416 can support 3D output. This capability allows for a more immersive and engaging visual experience.

The loop backup feature ensures that the screen can continue to display images normally even if there’s a fault in the line connections. This functionality guarantees uninterrupted performance and reliable operation, making it ideal for professional applications.

The mapping function allows cabinets to display the receiving card number and Ethernet port information. This feature helps users quickly identify the location and connection topology of receiving cards, streamlining setup and management while facilitating efficient troubleshooting.

The MRV416 supports the quick uploading of calibration coefficients, enabling users to calibrate their LED displays efficiently. This feature, combined with the brightness calibration capabilities, ensures optimal display performance and image quality.

Novastar MRV416 LED Receiver Card

Novastar MRV416 LED Receiver Card Support brightness calibration, quick lines adjustment, 3D, and individual Gamma adjustment for RGB, with 16 standard HUB75E connectors.
Novastar MRV416 LED Receiving Card

Overview

Experience the next level in LED display technology with the Novastar MRV416 LED Receiver Card, a cutting-edge, general-purpose receiving card expertly crafted by NovaStar. Designed to deliver an unrivaled display performance, the MRV416 supports resolutions up to 512×384@60Hz. By incorporating various advanced features such as brightness calibration, quick adjustment of dark or bright lines, 3D capabilities, and individual Gamma adjustment for RGB, this innovative receiver card significantly enhances both the display effect and overall user experience.

Boasting 16 standard HUB75E connectors, the MRV416 ensures high stability and efficient communication while supporting up to 32 groups of parallel RGB data. Dive into the remarkable features of the MRV416 LED Receiver Card, showcasing its versatility and superiority in the realm of LED display technology.

Features

Unmatched Brightness Calibration: Precision Performance for Seamless Visuals

MRV416 LED card facilitates brightness calibration for each LED, effectively eliminating brightness discrepancies. This process results in greatly improved display brightness consistency, allowing for superior image quality. With an extensive explanation of this feature, users can expect precision performance and seamless visuals with the MRV416. The calibration process involves comparing the brightness values of each LED, subsequently generating a calibration coefficient. This data is then stored in the receiver card and used to adjust the output, achieving a uniform brightness across the entire display. This feature not only enhances image quality but also extends the lifespan of the LEDs by reducing uneven degradation.

Effortless Dark or Bright Line Adjustment: Instant Enhancements for an Optimized Viewing Experience

The Novastar MRV416 LED display receiving card allows for the quick and easy adjustment of dark or bright lines caused by module or cabinet splicing. This enhancement improves the visual experience, with adjustments taking effect immediately. A comprehensive description of this feature highlights the ability to fine-tune your display for an optimized viewing experience. The MRV416’s software interface allows users to identify and isolate the areas requiring adjustment. Using sliders or input values, users can adjust the brightness of these areas to match the surrounding LEDs. This dynamic feature empowers users to achieve a consistent and visually pleasing display with minimal effort, catering to various installation environments and scenarios.

Immersive 3D Capabilities: Transforming Visual Experiences with Depth and Realism

When paired with an LED sending card that supports 3D functionality, the MRV416 receiving card offers stunning 3D output for a captivating visual experience. With an in-depth explanation of this feature, users can fully appreciate the transformative power of the MRV416’s 3D capabilities, providing depth and realism to any display. The 3D output is achieved by processing the incoming video signal and rendering it for 3D display. By utilizing compatible 3D glasses, viewers can experience the depth and immersion that 3D technology has to offer. This feature is particularly valuable for applications such as virtual reality, gaming, and cinema, offering an enhanced and immersive experience that captivates audiences.

Individual Gamma Adjustment for RGB: Precise Control for Lifelike Imagery

By working with NovaLCT (V5.2.0 or later) and a compatible sending card, the MRV416 receiving card supports individual adjustment of red Gamma, green Gamma, and blue Gamma. This advanced feature effectively controls image non-uniformity under low grayscale and white balance offset, yielding more realistic imagery. An elaborate description of this feature demonstrates the MRV416’s precise control capabilities for delivering lifelike imagery. Gamma adjustment is essential for ensuring accurate color reproduction and maintaining consistent grayscale levels. By allowing individual adjustments for each RGB channel, users can fine-tune the output to match their specific requirements and preferences. This level of control enables the creation of lifelike images with accurate color representation, ensuring a visually appealing and professional display.

Customizable Pre-Stored Images: Personalized Startup and Fail-Safe Visuals

The MRV416 enables users to set a custom pre-stored image on the receiving card. This image can be displayed during startup, when the Ethernet cable is disconnected, or when no video signal is present. With a detailed explanation of this feature, users can fully appreciate the personalization options and fail-safe visuals provided by the MRV416. By allowing users to upload and store a custom image, the MRV416 offers a unique way to personalize the display and showcase branding or creative content during downtime. Additionally, this feature serves as a fail-safe mechanism, ensuring that in the event of a signal loss, the display maintains a professional and visually appealing appearance.

Temperature and Voltage Monitoring: Comprehensive Diagnostics for Peak Performance

With the MRV416, users can monitor the receiving card’s temperature and voltage without any additional peripherals, ensuring optimal system performance and longevity. A thorough description of this feature showcases the comprehensive diagnostic capabilities of the MRV416, empowering users to maintain peak performance. By providing real-time temperature and voltage data, users can detect potential issues before they escalate, preventing damage to the system and ensuring uninterrupted performance. This proactive monitoring approach allows for timely maintenance and system adjustments, ensuring the display’s longevity and consistent performance.

Efficient Bit Error Detection: Proactive Troubleshooting for Network Stability

The MRV416 receiving card enables users to monitor Ethernet port communication quality and record the number of erroneous packets. This feature is invaluable for troubleshooting network communication problems, ensuring network stability, and maintaining optimal display performance. A well-rounded explanation of this feature highlights the MRV416’s proactive troubleshooting capabilities. By monitoring the quality of the communication link, users can quickly identify and address potential issues, reducing the risk of communication errors and display interruptions. This feature demonstrates the MRV416’s commitment to providing a stable and reliable solution for LED displays, ensuring a seamless and enjoyable viewing experience for audiences.

Loop Backup: Ensuring Continuous Display Performance

The MRV416 offers a loop backup feature, connecting the receiving card and sending card through primary and backup line connections. In the event of a fault occurring in the line connections, the screen can still display the image normally. This feature provides a seamless and uninterrupted viewing experience, ensuring that the display remains functional even in case of technical issues. By incorporating a loop backup, the MRV416 guarantees reliable performance and continuous operation, which is crucial for high-profile events, advertisements, and other professional applications.

Dual Backup of Configuration Parameters and Application Programs: Redundancy for Added Reliability

The MRV416 LED screen receiving card provides dual backup for configuration parameters and application programs. Configuration parameters are stored in both the application and factory areas of the receiving card, allowing users to restore factory settings if necessary. Additionally, two copies of the application program are stored in the receiving card to avoid issues due to program update exceptions. This dual backup system demonstrates the MRV416’s commitment to reliability and stability, ensuring that the display remains operational even in the face of unexpected challenges or errors.

Mapping Function: Simplified Management of Receiving Cards and Connections

In addition, The MRV416 LED Card supports a mapping function, enabling the cabinets to display the receiving card number and Ethernet port information. This feature allows users to quickly and easily identify the location and connection topology of receiving cards, streamlining the setup and management process. By providing clear and accessible information about the receiving card’s connections, users can efficiently troubleshoot and resolve issues, ensuring smooth and consistent display performance.

Quick Uploading of Calibration Coefficients: Efficient Calibration for Optimal Performance

Moreover, the Novastar MRV416 LED control card supports the quick uploading of calibration coefficients, allowing users to easily calibrate their LED displays for optimal performance. This feature, combined with the brightness calibration capabilities mentioned earlier, ensures that the LED display maintains consistent brightness and color accuracy, providing the highest possible image quality. By allowing for efficient calibration, the MRV416 ensures that users can easily fine-tune their display settings, achieving an impressive visual experience tailored to their specific needs and preferences.

Appearance

Appearance of Novastar MRV416 LED Receiver card

Dimensions

Dimensions Chart of Novastar MRV416 LED Receiver card

Connection

Specification / Datasheet

User Manual

Firmware

Frequently Asked Questions

MRV416 supports resolutions up to 512×384@60Hz, ensuring a high-quality display and an excellent user experience. This impressive resolution makes it an ideal choice for various applications, from advertising to live events.

The MRV416 features 16 standard HUB75E connectors, providing increased stability compared to other receiver cards. This design allows for up to 32 groups of parallel RGB data, ensuring a reliable and consistent performance.

The MRV416 supports brightness calibration by working with NovaLCT and a calibration platform. This feature allows for the removal of brightness differences and improves display brightness consistency, ultimately enhancing image quality.

Yes, when paired with an LED sending card that supports 3D functionality, the MRV416 can support 3D output. This capability allows for a more immersive and engaging visual experience.

The loop backup feature ensures that the screen can continue to display images normally even if there’s a fault in the line connections. This functionality guarantees uninterrupted performance and reliable operation, making it ideal for professional applications.

The mapping function allows cabinets to display the receiving card number and Ethernet port information. This feature helps users quickly identify the location and connection topology of receiving cards, streamlining setup and management while facilitating efficient troubleshooting.

The MRV416 supports the quick uploading of calibration coefficients, enabling users to calibrate their LED displays efficiently. This feature, combined with the brightness calibration capabilities, ensures optimal display performance and image quality.

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