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Novastar MCTRL660 LED Controller

Novastar MCTRL660 LED Controller for led display. support 1*DVI input, 1*HDMI port, 1x audio input, 4x Ethernet outputs, smart screen configuration, adjust screen brightness manually, and lots more
Novastar MCTRL660 LED Controller

Novastar MCTRL660 LED Controller stands at the forefront of LED display technology, offering a comprehensive and innovative solution to managing and controlling LED displays. This powerful, independent controller is specifically designed to transmit video and image data to LED displays, while simultaneously supporting a wide array of input formats and output capabilities. In this section, we delve into the unique features and benefits of the MCTRL660, providing an in-depth exploration of the transformative potential of this cutting-edge LED display solution.

Unparalleled Resolution Support: Elevating the Visual Experience with Stunning Clarity and Detail

The Novastar MCTRL660 LED Controller boasts an impressive capability to support input resolutions up to 1920×1200@60Hz, ensuring the delivery of a crisp, clear, and detailed visual experience. This high-resolution support allows users to display rich, immersive content with outstanding clarity, providing audiences with a truly captivating and engaging viewing experience.

Moreover, the MCTRL660 offers support for custom resolutions, accommodating up to 3840 pixels of horizontal resolution and 3840 pixels of vertical resolution. This extensive resolution support enables users to tailor their LED displays to meet the specific requirements of their unique applications and environments, providing unmatched flexibility and adaptability.

The MCTRL660’s ability to support a broad range of resolutions, both standard and custom, ensures that users can maximize the visual impact and effectiveness of their LED displays, regardless of the application or context. Whether presenting high-definition video content, intricate data visualizations, or vibrant imagery, the MCTRL660 LED Controller ensures that every pixel is rendered with precision, accuracy, and stunning detail.

Revolutionary Smart Screen Configuration: Streamlining the Setup Process for Optimal Efficiency

One of the most groundbreaking features of the Novastar MCTRL660 LED Controller is its innovative smart screen configuration system. This state-of-the-art technology enables rapid and seamless screen configuration without the need for a computer, allowing users to complete the setup process within a mere 30 seconds. By streamlining the configuration process, the MCTRL660 significantly reduces the time and effort required to prepare LED displays for use, resulting in increased efficiency and productivity for users.

Unparalleled Input and Output Capabilities: Maximizing Versatility and Performance

The Novastar MCTRL660 LED Controller boasts an impressive range of input and output capabilities, ensuring maximum compatibility with a diverse array of LED display applications. With support for 1x DVI input, 1x HDMI input, 1x audio input, and 4x Ethernet outputs, the MCTRL660 caters to a wide variety of display requirements. Furthermore, its maximum loading capacity of 650,000 pixels per Ethernet port, coupled with the ability to cascade and control up to 20 MCTRL660 units via the UART port, enables seamless management of large-scale LED display systems.

Next-Generation Calibration and Grayscale Processing: Enhancing Image Quality and Precision

The MCTRL660 LED Controller is equipped with the latest calibration technology from Novastar, ensuring fast, efficient, and precise adjustments for optimal LED display performance. This advanced calibration system, in conjunction with the controller’s support for 18-bit grayscale processing and display, guarantees unparalleled image quality and depth, creating a visually stunning and immersive experience for audiences.

NovaStar G4 Engine: Delivering a Seamless and Flicker-Free Display Experience

The Novastar MCTRL660 LED Controller is powered by the revolutionary NovaStar G4 engine, a groundbreaking technology that delivers a flawless, flicker-free display experience. This state-of-the-art engine eliminates scanning lines and ensures fine image quality, providing a smooth, visually captivating presentation that is sure to leave a lasting impression on viewers.

Comprehensive Video Format Support: Catering to Diverse Display Needs

MCTRL660 LED Controller is designed to accommodate a wide range of video formats, including RGB, YCrCb4:2:2, and YCrCb4:4:4. Additionally, the controller supports custom resolutions up to 3840 pixels in both horizontal and vertical directions, ensuring seamless compatibility with virtually any LED display application. This versatile approach to video format support ensures that the MCTRL660 is capable of delivering exceptional performance and image quality, regardless of the specific format or resolution requirements of the display.

Advanced Redundancy Capabilities: Ensuring Uninterrupted Performance and Reliability

Novastar MCTRL660 LED Controller is designed with advanced redundancy capabilities, providing a robust and reliable solution for LED display management. The controller’s 4x Gigabit Ethernet outputs support redundancy between Ethernet ports, ensuring seamless and uninterrupted performance even in the event of a port failure. This critical feature guarantees a stable and consistent display experience, instilling confidence in users and audiences alike that the MCTRL660 is always up to the task.

User-Friendly Interface: Simplifying LED Display Control and Management

The MCTRL660 LED Control Box is not only technologically advanced, but also highly user-friendly, offering a streamlined and intuitive interface for seamless LED display control and management. The controller’s type-B USB port enables easy communication with a PC, while the quick screen configuration feature allows for effortless setup without the need for a computer. These user-centric design elements ensure that managing and controlling your LED displays with the MCTRL660 is as simple and efficient as possible.

Seamless Integration with Novastar Ecosystem: Unlocking the Full Potential of LED Display Solutions

The MCTRL660 LED display Controller is designed to seamlessly integrate with the broader Novastar ecosystem of LED display solutions, unlocking the full potential of your LED displays. By leveraging the powerful capabilities of Novastar’s suite of products, including LED receiver cards, software, and peripherals, users can create a fully optimized, end-to-end LED display system that delivers unparalleled performance, image quality, and functionality.

Adaptive Brightness Control: Enhancing Viewing Comfort and Energy Efficiency

Novastar MCTRL660 LED  screen Controller features a built-in sensor connector, allowing for the connection of a light sensor to monitor ambient brightness levels. This enables the controller to automatically adjust the brightness of the LED display according to the surrounding environment, ensuring optimal viewing comfort for audiences while simultaneously conserving energy. This adaptive brightness control function is a testament to the MCTRL660’s commitment to delivering a superior visual experience while promoting sustainability and energy efficiency.

Versatile Application Scope: Meeting the Demands of Diverse LED Display Scenarios

MCTRL660 LED sender is designed to cater to a wide range of LED display applications, from large-scale outdoor LED displays to intricate indoor installation LED screens. Its versatile input and output capabilities, along with its advanced calibration and grayscale processing features, make the MCTRL660 an ideal solution for various display scenarios, including advertising, sports, entertainment, and more. This flexibility ensures that the MCTRL660 can meet the unique demands and requirements of any LED display application, delivering exceptional performance and quality across the board.

Appearance

Front Panel

Front Panel of Novastar MCTRL660 LED Controller
  1. Power Switch: ON/OFF
  2. Indicator:
    RUN (Green)
    Slow flashing (flashing once in 2s): No video input is available
    Normal flashing (flashing 4 times in 1s): The video input is available.
    Fast flashing (flashing 30 times in 1s), The screen is displaying the startup image.
    Breathing: The Ethernet port redundancy has taken effect.
    STA (Red)
    Always On:
    The power supply is normal.
    Off: The power is not supplied, or the power supply is abnormal.
  3. LCD Screen: Display the device status, menus, submenus, and messages.
  4. Knob: Rotate the knob to select a menu item or adjust the parameter value. Press the knob to confirm the setting or operation.
    DOES NOT support interlaced signal input.
  5. BACK Button: Go back to the previous menu or exit the current operation.

Rear Panel

Rear Panel of Novastar MCTRL660 LED Controller
  1. DVI Input: 1x SL-DVI input connector Resolutions up to 1920×1200@60Hz Custom resolutions supported, Maximum width: 3840 (3840×600@60Hz), Maximum height: 3840 (548×3840@60Hz) DOES NOT support interlaced signal input.
  2. HDMI Input: 1x HDMI 1.3 input connector Resolutions up to 1920×1200@60Hz Custom resolutions supported, Maximum width: 3840 (3840×600@60Hz), Maximum height: 3840 (548×3840@60Hz)
    HDCP 1.4 compliant
    DOES NOT support interlaced signal input.
  3. AUDIO Input: Audio input connector
  4. 4x RJ45 Output 4x RJ45 Gigabit Ethernet ports Capacity per port up to 650,000 pixels Redundancy between Ethernet ports supported
  5. HDMI OUT:1x HDMI 1.3 output connector for cascading
  6. DVI OUT: 1x SL-DVI output connector for cascading
  7. USB:  Type-B USB 2.0 port to connect to PC
  8. UART IN/OUT Input and output ports to cascade devices. Up to 20 devices can be cascaded.
  9. Power AC 100V-240V~50/60Hz.

Dimensions

Dimensions chart of Novastar MCTRL660 LED Controller

Specification

Firmware

Frequently Asked Questions

Novastar MCTRL660 LED Controller is designed with versatility and user-friendliness in mind. It boasts a variety of input ports to accommodate different signal sources, including 1x SL-DVI, 1x HDMI 1.3, and 1x AUDIO input. Additionally, it features 4x Gigabit Ethernet output ports and a Type-B USB port for communication with a computer. This array of input options allows users to connect various devices and tailor their LED display experience to suit their specific needs.

The Novastar MCTRL660 LED Controller is a powerhouse when it comes to handling pixel data for LED displays. With 4x Gigabit Ethernet output ports, each port can support a maximum loading capacity of 650,000 pixels. This impressive capacity enables users to drive large and high-resolution LED displays without sacrificing performance or image quality, making the MCTRL660 an ideal solution for both indoor and outdoor LED display applications.

MCTRL660 LED Controller is designed with scalability in mind, allowing users to create more extensive or complex LED display setups with ease. Up to 20 MCTRL660 controllers can be cascaded using the UART port, resulting in a seamless and efficient control solution for larger LED display systems. This cascade capacity simplifies the management of multiple controllers while maintaining high performance and reliable communication between devices.

MCTRL660 LED Controller is engineered to support a wide range of resolutions, accommodating various LED display sizes and configurations. The controller can handle input resolutions up to 1920×1200@60Hz, ensuring crisp and clear visuals for your LED display. Furthermore, the MCTRL660 supports custom resolutions, allowing users to define resolutions with up to 3840 pixels of horizontal and vertical resolution. This flexibility in resolution support ensures that the MCTRL660 can adapt to different display requirements, providing users with a versatile control solution for their LED display systems.

MCTRL660 LED Controller is specifically designed to work in conjunction with NovaStar’s proprietary NovaLCT software. This comprehensive software suite allows users to seamlessly configure, calibrate, and manage their LED display system. NovaLCT provides an intuitive interface and a plethora of advanced features, making it an indispensable tool for controlling and fine-tuning your LED display system connected to the MCTRL660 controller. By leveraging NovaLCT’s cutting-edge functionalities, you can unlock the full potential of your MCTRL660 controller, optimizing your LED display’s performance and visual output.

MCTRL660 LED Controller is designed to work seamlessly with the NovaLCT software, which offers a comprehensive set of features and tools for configuring and managing your LED display system. While it is possible that the MCTRL660 may be compatible with some third-party LED display software, optimal performance and compatibility can only be guaranteed when using the NovaLCT software. To ensure the best possible user experience and maintain the reliability of your LED display system, it is recommended to use the NovaLCT software provided by Novastar.

Utilizing the NovaLCT software to configure your Novastar MCTRL660 LED Controller and LED display system involves a series of well-orchestrated steps, ensuring a harmonious setup process. First, install the NovaLCT software on your computer and connect the MCTRL660 controller to the computer via a USB Type-B cable. Launch the software and ensure the MCTRL660 is recognized. Through NovaLCT’s user-friendly interface, access various settings, such as screen configuration, input source selection, and LED receiver card configuration, to tailor the system to your specific needs. The software also enables you to calibrate your LED display, fine-tuning color reproduction, brightness uniformity, and grayscale performance. By meticulously configuring your MCTRL660 controller and LED display system using NovaLCT, you can achieve a breathtaking visual experience.

Optimizing the performance of your LED display system using the NovaLCT software and the Novastar MCTRL660 LED Controller requires meticulous attention to detail and a comprehensive understanding of your system’s capabilities. Here are some tips to help you optimize the performance:

  1. Resolution and refresh rate: Match the input resolution of your video source to the native resolution of your LED display system for the best visual experience. Additionally, adjust the refresh rate to minimize flickering and ensure smooth motion.
  2. Calibration: Use the NovaLCT software to calibrate your LED display, ensuring accurate color reproduction, brightness uniformity, and optimal grayscale performance.
  3. Input signal format: Select the appropriate input signal format (RGB, YCrCb4:2:2, or YCrCb4:4:4) to ensure accurate color reproduction and image fidelity.
  4. Controller settings: Review and adjust the controller settings within the NovaLCT software, ensuring they align with your LED display system’s requirements.
  5. Monitoring: Regularly monitor your LED display system using the NovaLCT software to identify and resolve any issues or anomalies promptly.

By implementing these optimization strategies with the NovaLCT software and the MCTRL660 controller, you can elevate your LED display system’s performance, providing a stunning visual experience for your audience.

MCTRL660 LED Controller employs advanced image processing technologies to ensure high-quality visuals and a smooth viewing experience for your LED display. The controller features the NovaStar G4 engine, which delivers flicker-free images and eliminates scanning lines for a visually pleasing display. Additionally, the MCTRL660 supports 18-bit grayscale processing, resulting in smooth gradients and accurate color reproduction. These advanced image processing capabilities allow the MCTRL660 to provide an outstanding visual experience, regardless of the LED display’s size or configuration.

MCTRL660 LED Controller is a versatile control solution designed to work with various LED display configurations, making it suitable for both indoor and outdoor applications. Its high loading capacity, support for various resolutions, and compatibility with a wide range of LED receiver cards enable the MCTRL660 to accommodate different display sizes and types. Whether you are using it for an indoor conference room, a retail space, or an outdoor advertising screen, the MCTRL660 can deliver outstanding performance and image quality for your LED display system

When encountering issues with the Novastar MCTRL660 LED Controller, follow these troubleshooting steps:
  • Verify that all connections, including input sources, USB, Ethernet, and power cables, are secure and properly connected.
  • Ensure that the controller is receiving power and that the power supply meets the required specifications.
  • Check the compatibility of your LED receiver cards and display panels with the MCTRL660 controller.
  • Review the controller’s settings and configurations in the NovaLCT software, ensuring that they are correct and match your LED display system’s requirements.
  • Update the firmware and software to the latest versions available on the Novastar website.
  • Consult the MCTRL660 user manual or the NovaLCT software’s help resources for guidance on specific issues.
To maintain the longevity and optimal performance of the Novastar MCTRL660 LED Controller, follow these best practices:
  • Install the controller in a well-ventilated area with proper airflow to prevent overheating.
  • Regularly clean the controller using a soft, dry cloth to remove dust and debris. Avoid using harsh chemicals or abrasive materials.
  • Keep the controller’s firmware and the NovaLCT software updated to benefit from new features and improvements.
  • Periodically inspect cables, connectors, and the power supply for signs of wear or damage, and replace them as necessary.
  • Regularly review the controller’s settings and configurations to ensure compatibility and optimal performance with your LED display system.
By adhering to these best practices, you can ensure the reliability, longevity, and top-notch performance of your Novastar MCTRL660 LED Controller and the connected LED display system.

MCTRL660 LED Controller is designed to be a versatile and adaptable control solution that can work with a wide variety of LED display systems. While it is primarily designed to work seamlessly with Novastar LED receiver cards and display panels, it may also be compatible with LED displays from other manufacturers. To ensure compatibility, consult the documentation of both the MCTRL660 controller and the LED display panels you intend to use. Additionally, verify that the LED receiver card being used is compatible with both the MCTRL660 and the LED display panels. When in doubt, consult Novastar’s technical support or an authorized dealer for guidance on compatibility with specific LED display systems.

While the Novastar MCTRL660 LED Controller does not feature built-in remote control capabilities, you can use the NovaLCT software to manage and monitor the controller and your LED display system via a connected computer. By utilizing remote desktop software or remote access solutions, you can remotely access the computer running the NovaLCT software and, in turn, control and monitor the MCTRL660 controller from a remote location. This setup allows for remote management and monitoring of your LED display system while still benefiting from the comprehensive features and tools offered by the NovaLCT software.

Remember to ensure that your remote access solution is secure and protected to prevent unauthorized access to your LED display system and the MCTRL660 controller. Use strong authentication methods and regularly monitor your remote access connections for any suspicious activity.

MCTRL660 LED Controller supports redundancy between Ethernet ports, which allows for the creation of a backup system to ensure the uninterrupted operation of your LED display. To set up a backup system using the MCTRL660, follow these steps:

  • Connect two MCTRL660 controllers to your computer and configure both controllers using the NovaLCT software.
  • Set up the primary controller and secondary (backup) controller with identical configurations, ensuring that they are compatible with your LED display system.
  • Connect the primary and secondary controllers to your LED display using separate Ethernet cables. The LED display should now receive signals from both controllers.
  • Configure your LED receiver cards to enable redundancy, allowing them to switch between the primary and secondary controllers automatically in case of a failure.

By setting up a backup system using the Novastar MCTRL660 LED Controller, you can minimize the risk of downtime and ensure that your LED display continues to operate seamlessly even in the event of a controller failure.

Updating the firmware of your Novastar MCTRL660 LED Controller ensures that you have access to the latest features, improvements, and bug fixes. To update the firmware, follow these steps:
  • Visit the Novastar website and navigate to the support section to find the latest firmware version for the MCTRL660 controller. Download the firmware file to your computer.
  • Connect the MCTRL660 controller to your computer using a USB Type-B cable.
  • Launch the NovaLCT software on your computer and ensure the MCTRL660 is recognized.
  • In the NovaLCT software, navigate to the firmware update section and select the MCTRL660 controller.
  • Browse and select the firmware file you downloaded earlier.
  • Follow the on-screen instructions to complete the firmware update process.
It is essential to follow the firmware update instructions carefully to avoid any potential issues or damage to the MCTRL660 controller. Do not disconnect the controller or turn off your computer during the firmware update process.

Updating the firmware of your Novastar MCTRL660 LED Controller can provide numerous benefits, including enhanced performance, compatibility, and access to the latest features and improvements. Some of the key advantages of updating the MCTRL660 firmware include:

  • Performance improvements: Firmware updates often include optimizations and refinements that enhance the overall performance of your MCTRL660 controller, ensuring a smooth, seamless visual experience for your LED display system.
  • Bug fixes and stability enhancements: Firmware updates can address known issues and bugs, improving the stability and reliability of your MCTRL660 controller and the LED display system as a whole.
  • New features and capabilities: Firmware updates may introduce new features, functions, or capabilities that expand the versatility of your MCTRL660 controller, enabling you to create more engaging and captivating LED display systems.
  • Compatibility updates: Updating the firmware can ensure compatibility with the latest LED receiver cards, software, and display panel technologies, allowing your MCTRL660 controller to adapt to the ever-evolving landscape of LED display systems.

By consistently updating the firmware of your Novastar MCTRL660 LED Controller, you can harness the full potential of your LED display system, delivering a dynamic, reliable, and immersive visual experience for your audience.

If you encounter issues with your Novastar MCTRL660 LED Controller after updating the firmware, there are several troubleshooting steps you can take to identify and resolve the problem:

  • Verify the Novastar firmware update: Double-check that the firmware update process was completed successfully and that the MCTRL660 controller is running the correct firmware version.
  • Check hardware connections: Ensure all cables and connections between the MCTRL660 controller, LED receiver cards, and LED display panels are secure and properly connected.
  • Restart the controller and devices: Power off the MCTRL660 controller, LED receiver cards, and LED display panels. Wait for a few moments and then power them back on to see if the issue is resolved.
  • Review configuration settings: Open the NovaLCT software and confirm that the configuration settings for the MCTRL660 controller, LED receiver cards, and LED display panels are correct.
  • Revert firmware: If the issue persists, consider reverting to a previous firmware version (as described in Answer 3) to determine if the problem is related to the new firmware update.
  • Consult the user manual: Refer to the Novastar MCTRL660 LED Controller user manual for additional troubleshooting guidance and information on resolving specific issues.

By taking a systematic approach to troubleshoot issues with your Novastar MCTRL660 LED Controller after a firmware update, you can swiftly identify and resolve problems, ensuring the stability, performance, and captivating visual experience of your LED display system.

The frequency with which you should update the firmware on your Novastar MCTRL660 LED Controller depends on several factors, including the availability of new firmware updates, the stability and performance of your current firmware, and the requirements of your specific LED display system.

In general, it is advisable to periodically check the Novastar official website for new firmware updates and review the release notes to determine if the update offers improvements or features relevant to your LED display system. If the new firmware provides essential bug fixes, performance enhancements, or compatibility updates, it may be prudent to update your MCTRL660 controller’s firmware to ensure optimal performance and stability.

However, if your current firmware version is functioning well and meets the needs of your LED display system, it may not be necessary to update the firmware immediately upon the release of a new version. In such cases, you can continue to monitor the availability of firmware updates and update the MCTRL660 controller’s firmware when a more significant or beneficial update becomes available.

By thoughtfully considering the frequency of firmware updates for your Novastar MCTRL660 LED Controller, you can maintain a well-functioning LED display system that delivers a remarkable visual experience while keeping up with the latest advancements in LED display technology.

If you encounter issues with your Novastar MCTRL660 LED Controller or your LED display system, consider the following troubleshooting steps:

  • Check all connections: Ensure that all cables are securely connected between the MCTRL660 controller, the LED display, and your computer.
  • Verify compatibility: Confirm that your LED display system, LED receiver cards, and input sources are compatible with the MCTRL660 controller.
  • Inspect the controller’s settings: Review the settings in the NovaLCT software to ensure they match the LED display system’s requirements.
  • Test input sources: Test various input sources, such as DVI and HDMI, to determine if the issue is related to a specific input source.
  • Update firmware: Update the firmware of your MCTRL660 controller to the latest version to resolve any known issues or bugs.
  • Consult the user manual: Refer to the MCTRL660 user manual for additional troubleshooting steps and guidance on specific issues.

By following these troubleshooting steps, you can identify and resolve many common issues with the Novastar MCTRL660 LED Controller and your LED display system.

MCTRL660 LED Controller supports a wide variety of video formats, enabling compatibility with numerous media sources and devices. It also supports multiple signal formats, including AVI, MP4, RGB, YCrCb4:2:2, and YCrCb4:4:4, etc, further expanding its compatibility with different input sources and ensuring optimal performance across various display configurations.

Yes, the Novastar MCTRL660 LED Controller features an innovative architecture that allows for smart screen configuration without the need for a computer. This functionality enables users to configure a screen within just 30 seconds, significantly reducing stage preparation time and simplifying the overall setup process.

MCTRL660 LED Controller is designed to support 18-bit grayscale processing and display, ensuring a high level of detail and visual quality in the final output. By supporting a greater range of grayscale levels, the MCTRL660 is able to produce smoother gradients and more natural-looking images, resulting in a more visually appealing and immersive LED display experience.

MCTRL660 LED Controller is engineered to be compatible with a diverse range of Novastar LED receiver cards, ensuring versatility and adaptability in various LED display system configurations. By leveraging Novastar’s cutting-edge LED receiver card technology, the MCTRL660 controller can efficiently drive and manage LED display systems, achieving optimal visual performance. Some popular Novastar LED receiver cards compatible with the MCTRL660 controller include the MRV300, MRV320, MRV330, and MRV360 series. When selecting an LED receiver card for your MCTRL660 controller, it is essential to consider factors such as loading capacity, supported resolutions, and specific display panel requirements to achieve the best possible performance and compatibility.

Establishing a seamless connection between the LED receiver cards and the Novastar MCTRL660 LED Controller is a critical step in setting up a high-performance LED display system. The MCTRL660 controller features four Gigabit Ethernet outputs, which can be connected to the LED receiver cards using standard Ethernet cables. The Ethernet ports are responsible for transmitting data and control signals from the controller to the LED receiver cards, driving the LED display system. To properly connect the LED receiver cards, follow these guidelines:

  1. Ensure that both the MCTRL660 controller and the LED receiver cards are powered off before connecting any cables.
  2. Connect one end of an Ethernet cable to an output port on the MCTRL660 controller and the other end to the input port on the LED receiver card.
  3. Repeat this process for each LED receiver card in your LED display system.
  4. Once all connections are secure, power on the MCTRL660 controller and the LED receiver cards.

By meticulously connecting the LED receiver cards to the MCTRL660 controller, you can establish a stable foundation for your LED display system, ensuring a harmonious synergy between the components.

MCTRL660 LED Controller boasts a robust maximum loading capacity, allowing it to efficiently drive and manage LED display systems with multiple LED receiver cards. Each of the four Gigabit Ethernet outputs on the MCTRL660 controller supports a loading capacity of up to 650,000 pixels, resulting in a total maximum loading capacity of 2.6 million pixels for the entire controller. This impressive loading capacity enables the MCTRL660 controller to handle large-scale LED display systems with ease.

When designing an LED display system with multiple LED receiver cards, it is crucial to consider the loading capacity of each receiver card and the MCTRL660 controller. By carefully balancing the loading capacity between the controller and the receiver cards, you can create a high-performance LED display system that delivers a breathtaking visual experience while maintaining stability and reliability.

While the Novastar MCTRL660 LED Controller is compatible with a wide range of Novastar LED receiver cards, it is generally recommended to use the same type of receiver cards within a single LED display system to ensure consistent performance, color reproduction, and seamless integration. Mixing different types of LED receiver cards may result in incompatibilities, visual discrepancies, or diminished overall performance.

If your LED display system requires the use of different types of LED receiver cards due to unique display panel requirements or other factors, it is crucial to carefully configure and calibrate each receiver card using the NovaLCT software. This meticulous configuration process helps minimize potential discrepancies and maintain a cohesive visual experience across your entire LED display system. By adhering to these guidelines, you can effectively leverage the versatility of the Novastar MCTRL660 LED Controller to create a high-performance LED display system with diverse LED receiver card configurations.

Novastar MCTRL660 LED Controller

Novastar MCTRL660 LED Controller for led display. support 1*DVI input, 1*HDMI port, 1x audio input, 4x Ethernet outputs, smart screen configuration, adjust screen brightness manually, and lots more
Novastar MCTRL660 LED Controller

Novastar MCTRL660 LED Controller stands at the forefront of LED display technology, offering a comprehensive and innovative solution to managing and controlling LED displays. This powerful, independent controller is specifically designed to transmit video and image data to LED displays, while simultaneously supporting a wide array of input formats and output capabilities. In this section, we delve into the unique features and benefits of the MCTRL660, providing an in-depth exploration of the transformative potential of this cutting-edge LED display solution.

Unparalleled Resolution Support: Elevating the Visual Experience with Stunning Clarity and Detail

The Novastar MCTRL660 LED Controller boasts an impressive capability to support input resolutions up to 1920×1200@60Hz, ensuring the delivery of a crisp, clear, and detailed visual experience. This high-resolution support allows users to display rich, immersive content with outstanding clarity, providing audiences with a truly captivating and engaging viewing experience.

Moreover, the MCTRL660 offers support for custom resolutions, accommodating up to 3840 pixels of horizontal resolution and 3840 pixels of vertical resolution. This extensive resolution support enables users to tailor their LED displays to meet the specific requirements of their unique applications and environments, providing unmatched flexibility and adaptability.

The MCTRL660’s ability to support a broad range of resolutions, both standard and custom, ensures that users can maximize the visual impact and effectiveness of their LED displays, regardless of the application or context. Whether presenting high-definition video content, intricate data visualizations, or vibrant imagery, the MCTRL660 LED Controller ensures that every pixel is rendered with precision, accuracy, and stunning detail.

Revolutionary Smart Screen Configuration: Streamlining the Setup Process for Optimal Efficiency

One of the most groundbreaking features of the Novastar MCTRL660 LED Controller is its innovative smart screen configuration system. This state-of-the-art technology enables rapid and seamless screen configuration without the need for a computer, allowing users to complete the setup process within a mere 30 seconds. By streamlining the configuration process, the MCTRL660 significantly reduces the time and effort required to prepare LED displays for use, resulting in increased efficiency and productivity for users.

Unparalleled Input and Output Capabilities: Maximizing Versatility and Performance

The Novastar MCTRL660 LED Controller boasts an impressive range of input and output capabilities, ensuring maximum compatibility with a diverse array of LED display applications. With support for 1x DVI input, 1x HDMI input, 1x audio input, and 4x Ethernet outputs, the MCTRL660 caters to a wide variety of display requirements. Furthermore, its maximum loading capacity of 650,000 pixels per Ethernet port, coupled with the ability to cascade and control up to 20 MCTRL660 units via the UART port, enables seamless management of large-scale LED display systems.

Next-Generation Calibration and Grayscale Processing: Enhancing Image Quality and Precision

The MCTRL660 LED Controller is equipped with the latest calibration technology from Novastar, ensuring fast, efficient, and precise adjustments for optimal LED display performance. This advanced calibration system, in conjunction with the controller’s support for 18-bit grayscale processing and display, guarantees unparalleled image quality and depth, creating a visually stunning and immersive experience for audiences.

NovaStar G4 Engine: Delivering a Seamless and Flicker-Free Display Experience

The Novastar MCTRL660 LED Controller is powered by the revolutionary NovaStar G4 engine, a groundbreaking technology that delivers a flawless, flicker-free display experience. This state-of-the-art engine eliminates scanning lines and ensures fine image quality, providing a smooth, visually captivating presentation that is sure to leave a lasting impression on viewers.

Comprehensive Video Format Support: Catering to Diverse Display Needs

MCTRL660 LED Controller is designed to accommodate a wide range of video formats, including RGB, YCrCb4:2:2, and YCrCb4:4:4. Additionally, the controller supports custom resolutions up to 3840 pixels in both horizontal and vertical directions, ensuring seamless compatibility with virtually any LED display application. This versatile approach to video format support ensures that the MCTRL660 is capable of delivering exceptional performance and image quality, regardless of the specific format or resolution requirements of the display.

Advanced Redundancy Capabilities: Ensuring Uninterrupted Performance and Reliability

Novastar MCTRL660 LED Controller is designed with advanced redundancy capabilities, providing a robust and reliable solution for LED display management. The controller’s 4x Gigabit Ethernet outputs support redundancy between Ethernet ports, ensuring seamless and uninterrupted performance even in the event of a port failure. This critical feature guarantees a stable and consistent display experience, instilling confidence in users and audiences alike that the MCTRL660 is always up to the task.

User-Friendly Interface: Simplifying LED Display Control and Management

The MCTRL660 LED Control Box is not only technologically advanced, but also highly user-friendly, offering a streamlined and intuitive interface for seamless LED display control and management. The controller’s type-B USB port enables easy communication with a PC, while the quick screen configuration feature allows for effortless setup without the need for a computer. These user-centric design elements ensure that managing and controlling your LED displays with the MCTRL660 is as simple and efficient as possible.

Seamless Integration with Novastar Ecosystem: Unlocking the Full Potential of LED Display Solutions

The MCTRL660 LED display Controller is designed to seamlessly integrate with the broader Novastar ecosystem of LED display solutions, unlocking the full potential of your LED displays. By leveraging the powerful capabilities of Novastar’s suite of products, including LED receiver cards, software, and peripherals, users can create a fully optimized, end-to-end LED display system that delivers unparalleled performance, image quality, and functionality.

Adaptive Brightness Control: Enhancing Viewing Comfort and Energy Efficiency

Novastar MCTRL660 LED  screen Controller features a built-in sensor connector, allowing for the connection of a light sensor to monitor ambient brightness levels. This enables the controller to automatically adjust the brightness of the LED display according to the surrounding environment, ensuring optimal viewing comfort for audiences while simultaneously conserving energy. This adaptive brightness control function is a testament to the MCTRL660’s commitment to delivering a superior visual experience while promoting sustainability and energy efficiency.

Versatile Application Scope: Meeting the Demands of Diverse LED Display Scenarios

MCTRL660 LED sender is designed to cater to a wide range of LED display applications, from large-scale outdoor LED displays to intricate indoor installation LED screens. Its versatile input and output capabilities, along with its advanced calibration and grayscale processing features, make the MCTRL660 an ideal solution for various display scenarios, including advertising, sports, entertainment, and more. This flexibility ensures that the MCTRL660 can meet the unique demands and requirements of any LED display application, delivering exceptional performance and quality across the board.

Appearance

Front Panel

Front Panel of Novastar MCTRL660 LED Controller
  1. Power Switch: ON/OFF
  2. Indicator:
    RUN (Green)
    Slow flashing (flashing once in 2s): No video input is available
    Normal flashing (flashing 4 times in 1s): The video input is available.
    Fast flashing (flashing 30 times in 1s), The screen is displaying the startup image.
    Breathing: The Ethernet port redundancy has taken effect.
    STA (Red)
    Always On:
    The power supply is normal.
    Off: The power is not supplied, or the power supply is abnormal.
  3. LCD Screen: Display the device status, menus, submenus, and messages.
  4. Knob: Rotate the knob to select a menu item or adjust the parameter value. Press the knob to confirm the setting or operation.
    DOES NOT support interlaced signal input.
  5. BACK Button: Go back to the previous menu or exit the current operation.

Rear Panel

Rear Panel of Novastar MCTRL660 LED Controller
  1. DVI Input: 1x SL-DVI input connector Resolutions up to 1920×1200@60Hz Custom resolutions supported, Maximum width: 3840 (3840×600@60Hz), Maximum height: 3840 (548×3840@60Hz) DOES NOT support interlaced signal input.
  2. HDMI Input: 1x HDMI 1.3 input connector Resolutions up to 1920×1200@60Hz Custom resolutions supported, Maximum width: 3840 (3840×600@60Hz), Maximum height: 3840 (548×3840@60Hz)
    HDCP 1.4 compliant
    DOES NOT support interlaced signal input.
  3. AUDIO Input: Audio input connector
  4. 4x RJ45 Output 4x RJ45 Gigabit Ethernet ports Capacity per port up to 650,000 pixels Redundancy between Ethernet ports supported
  5. HDMI OUT:1x HDMI 1.3 output connector for cascading
  6. DVI OUT: 1x SL-DVI output connector for cascading
  7. USB:  Type-B USB 2.0 port to connect to PC
  8. UART IN/OUT Input and output ports to cascade devices. Up to 20 devices can be cascaded.
  9. Power AC 100V-240V~50/60Hz.

Dimensions

Dimensions chart of Novastar MCTRL660 LED Controller

Specification

Firmware

Frequently Asked Questions

Novastar MCTRL660 LED Controller is designed with versatility and user-friendliness in mind. It boasts a variety of input ports to accommodate different signal sources, including 1x SL-DVI, 1x HDMI 1.3, and 1x AUDIO input. Additionally, it features 4x Gigabit Ethernet output ports and a Type-B USB port for communication with a computer. This array of input options allows users to connect various devices and tailor their LED display experience to suit their specific needs.

The Novastar MCTRL660 LED Controller is a powerhouse when it comes to handling pixel data for LED displays. With 4x Gigabit Ethernet output ports, each port can support a maximum loading capacity of 650,000 pixels. This impressive capacity enables users to drive large and high-resolution LED displays without sacrificing performance or image quality, making the MCTRL660 an ideal solution for both indoor and outdoor LED display applications.

MCTRL660 LED Controller is designed with scalability in mind, allowing users to create more extensive or complex LED display setups with ease. Up to 20 MCTRL660 controllers can be cascaded using the UART port, resulting in a seamless and efficient control solution for larger LED display systems. This cascade capacity simplifies the management of multiple controllers while maintaining high performance and reliable communication between devices.

MCTRL660 LED Controller is engineered to support a wide range of resolutions, accommodating various LED display sizes and configurations. The controller can handle input resolutions up to 1920×1200@60Hz, ensuring crisp and clear visuals for your LED display. Furthermore, the MCTRL660 supports custom resolutions, allowing users to define resolutions with up to 3840 pixels of horizontal and vertical resolution. This flexibility in resolution support ensures that the MCTRL660 can adapt to different display requirements, providing users with a versatile control solution for their LED display systems.

MCTRL660 LED Controller is specifically designed to work in conjunction with NovaStar’s proprietary NovaLCT software. This comprehensive software suite allows users to seamlessly configure, calibrate, and manage their LED display system. NovaLCT provides an intuitive interface and a plethora of advanced features, making it an indispensable tool for controlling and fine-tuning your LED display system connected to the MCTRL660 controller. By leveraging NovaLCT’s cutting-edge functionalities, you can unlock the full potential of your MCTRL660 controller, optimizing your LED display’s performance and visual output.

MCTRL660 LED Controller is designed to work seamlessly with the NovaLCT software, which offers a comprehensive set of features and tools for configuring and managing your LED display system. While it is possible that the MCTRL660 may be compatible with some third-party LED display software, optimal performance and compatibility can only be guaranteed when using the NovaLCT software. To ensure the best possible user experience and maintain the reliability of your LED display system, it is recommended to use the NovaLCT software provided by Novastar.

Utilizing the NovaLCT software to configure your Novastar MCTRL660 LED Controller and LED display system involves a series of well-orchestrated steps, ensuring a harmonious setup process. First, install the NovaLCT software on your computer and connect the MCTRL660 controller to the computer via a USB Type-B cable. Launch the software and ensure the MCTRL660 is recognized. Through NovaLCT’s user-friendly interface, access various settings, such as screen configuration, input source selection, and LED receiver card configuration, to tailor the system to your specific needs. The software also enables you to calibrate your LED display, fine-tuning color reproduction, brightness uniformity, and grayscale performance. By meticulously configuring your MCTRL660 controller and LED display system using NovaLCT, you can achieve a breathtaking visual experience.

Optimizing the performance of your LED display system using the NovaLCT software and the Novastar MCTRL660 LED Controller requires meticulous attention to detail and a comprehensive understanding of your system’s capabilities. Here are some tips to help you optimize the performance:

  1. Resolution and refresh rate: Match the input resolution of your video source to the native resolution of your LED display system for the best visual experience. Additionally, adjust the refresh rate to minimize flickering and ensure smooth motion.
  2. Calibration: Use the NovaLCT software to calibrate your LED display, ensuring accurate color reproduction, brightness uniformity, and optimal grayscale performance.
  3. Input signal format: Select the appropriate input signal format (RGB, YCrCb4:2:2, or YCrCb4:4:4) to ensure accurate color reproduction and image fidelity.
  4. Controller settings: Review and adjust the controller settings within the NovaLCT software, ensuring they align with your LED display system’s requirements.
  5. Monitoring: Regularly monitor your LED display system using the NovaLCT software to identify and resolve any issues or anomalies promptly.

By implementing these optimization strategies with the NovaLCT software and the MCTRL660 controller, you can elevate your LED display system’s performance, providing a stunning visual experience for your audience.

MCTRL660 LED Controller employs advanced image processing technologies to ensure high-quality visuals and a smooth viewing experience for your LED display. The controller features the NovaStar G4 engine, which delivers flicker-free images and eliminates scanning lines for a visually pleasing display. Additionally, the MCTRL660 supports 18-bit grayscale processing, resulting in smooth gradients and accurate color reproduction. These advanced image processing capabilities allow the MCTRL660 to provide an outstanding visual experience, regardless of the LED display’s size or configuration.

MCTRL660 LED Controller is a versatile control solution designed to work with various LED display configurations, making it suitable for both indoor and outdoor applications. Its high loading capacity, support for various resolutions, and compatibility with a wide range of LED receiver cards enable the MCTRL660 to accommodate different display sizes and types. Whether you are using it for an indoor conference room, a retail space, or an outdoor advertising screen, the MCTRL660 can deliver outstanding performance and image quality for your LED display system

When encountering issues with the Novastar MCTRL660 LED Controller, follow these troubleshooting steps:
  • Verify that all connections, including input sources, USB, Ethernet, and power cables, are secure and properly connected.
  • Ensure that the controller is receiving power and that the power supply meets the required specifications.
  • Check the compatibility of your LED receiver cards and display panels with the MCTRL660 controller.
  • Review the controller’s settings and configurations in the NovaLCT software, ensuring that they are correct and match your LED display system’s requirements.
  • Update the firmware and software to the latest versions available on the Novastar website.
  • Consult the MCTRL660 user manual or the NovaLCT software’s help resources for guidance on specific issues.
To maintain the longevity and optimal performance of the Novastar MCTRL660 LED Controller, follow these best practices:
  • Install the controller in a well-ventilated area with proper airflow to prevent overheating.
  • Regularly clean the controller using a soft, dry cloth to remove dust and debris. Avoid using harsh chemicals or abrasive materials.
  • Keep the controller’s firmware and the NovaLCT software updated to benefit from new features and improvements.
  • Periodically inspect cables, connectors, and the power supply for signs of wear or damage, and replace them as necessary.
  • Regularly review the controller’s settings and configurations to ensure compatibility and optimal performance with your LED display system.
By adhering to these best practices, you can ensure the reliability, longevity, and top-notch performance of your Novastar MCTRL660 LED Controller and the connected LED display system.

MCTRL660 LED Controller is designed to be a versatile and adaptable control solution that can work with a wide variety of LED display systems. While it is primarily designed to work seamlessly with Novastar LED receiver cards and display panels, it may also be compatible with LED displays from other manufacturers. To ensure compatibility, consult the documentation of both the MCTRL660 controller and the LED display panels you intend to use. Additionally, verify that the LED receiver card being used is compatible with both the MCTRL660 and the LED display panels. When in doubt, consult Novastar’s technical support or an authorized dealer for guidance on compatibility with specific LED display systems.

While the Novastar MCTRL660 LED Controller does not feature built-in remote control capabilities, you can use the NovaLCT software to manage and monitor the controller and your LED display system via a connected computer. By utilizing remote desktop software or remote access solutions, you can remotely access the computer running the NovaLCT software and, in turn, control and monitor the MCTRL660 controller from a remote location. This setup allows for remote management and monitoring of your LED display system while still benefiting from the comprehensive features and tools offered by the NovaLCT software.

Remember to ensure that your remote access solution is secure and protected to prevent unauthorized access to your LED display system and the MCTRL660 controller. Use strong authentication methods and regularly monitor your remote access connections for any suspicious activity.

MCTRL660 LED Controller supports redundancy between Ethernet ports, which allows for the creation of a backup system to ensure the uninterrupted operation of your LED display. To set up a backup system using the MCTRL660, follow these steps:

  • Connect two MCTRL660 controllers to your computer and configure both controllers using the NovaLCT software.
  • Set up the primary controller and secondary (backup) controller with identical configurations, ensuring that they are compatible with your LED display system.
  • Connect the primary and secondary controllers to your LED display using separate Ethernet cables. The LED display should now receive signals from both controllers.
  • Configure your LED receiver cards to enable redundancy, allowing them to switch between the primary and secondary controllers automatically in case of a failure.

By setting up a backup system using the Novastar MCTRL660 LED Controller, you can minimize the risk of downtime and ensure that your LED display continues to operate seamlessly even in the event of a controller failure.

Updating the firmware of your Novastar MCTRL660 LED Controller ensures that you have access to the latest features, improvements, and bug fixes. To update the firmware, follow these steps:
  • Visit the Novastar website and navigate to the support section to find the latest firmware version for the MCTRL660 controller. Download the firmware file to your computer.
  • Connect the MCTRL660 controller to your computer using a USB Type-B cable.
  • Launch the NovaLCT software on your computer and ensure the MCTRL660 is recognized.
  • In the NovaLCT software, navigate to the firmware update section and select the MCTRL660 controller.
  • Browse and select the firmware file you downloaded earlier.
  • Follow the on-screen instructions to complete the firmware update process.
It is essential to follow the firmware update instructions carefully to avoid any potential issues or damage to the MCTRL660 controller. Do not disconnect the controller or turn off your computer during the firmware update process.

Updating the firmware of your Novastar MCTRL660 LED Controller can provide numerous benefits, including enhanced performance, compatibility, and access to the latest features and improvements. Some of the key advantages of updating the MCTRL660 firmware include:

  • Performance improvements: Firmware updates often include optimizations and refinements that enhance the overall performance of your MCTRL660 controller, ensuring a smooth, seamless visual experience for your LED display system.
  • Bug fixes and stability enhancements: Firmware updates can address known issues and bugs, improving the stability and reliability of your MCTRL660 controller and the LED display system as a whole.
  • New features and capabilities: Firmware updates may introduce new features, functions, or capabilities that expand the versatility of your MCTRL660 controller, enabling you to create more engaging and captivating LED display systems.
  • Compatibility updates: Updating the firmware can ensure compatibility with the latest LED receiver cards, software, and display panel technologies, allowing your MCTRL660 controller to adapt to the ever-evolving landscape of LED display systems.

By consistently updating the firmware of your Novastar MCTRL660 LED Controller, you can harness the full potential of your LED display system, delivering a dynamic, reliable, and immersive visual experience for your audience.

If you encounter issues with your Novastar MCTRL660 LED Controller after updating the firmware, there are several troubleshooting steps you can take to identify and resolve the problem:

  • Verify the Novastar firmware update: Double-check that the firmware update process was completed successfully and that the MCTRL660 controller is running the correct firmware version.
  • Check hardware connections: Ensure all cables and connections between the MCTRL660 controller, LED receiver cards, and LED display panels are secure and properly connected.
  • Restart the controller and devices: Power off the MCTRL660 controller, LED receiver cards, and LED display panels. Wait for a few moments and then power them back on to see if the issue is resolved.
  • Review configuration settings: Open the NovaLCT software and confirm that the configuration settings for the MCTRL660 controller, LED receiver cards, and LED display panels are correct.
  • Revert firmware: If the issue persists, consider reverting to a previous firmware version (as described in Answer 3) to determine if the problem is related to the new firmware update.
  • Consult the user manual: Refer to the Novastar MCTRL660 LED Controller user manual for additional troubleshooting guidance and information on resolving specific issues.

By taking a systematic approach to troubleshoot issues with your Novastar MCTRL660 LED Controller after a firmware update, you can swiftly identify and resolve problems, ensuring the stability, performance, and captivating visual experience of your LED display system.

The frequency with which you should update the firmware on your Novastar MCTRL660 LED Controller depends on several factors, including the availability of new firmware updates, the stability and performance of your current firmware, and the requirements of your specific LED display system.

In general, it is advisable to periodically check the Novastar official website for new firmware updates and review the release notes to determine if the update offers improvements or features relevant to your LED display system. If the new firmware provides essential bug fixes, performance enhancements, or compatibility updates, it may be prudent to update your MCTRL660 controller’s firmware to ensure optimal performance and stability.

However, if your current firmware version is functioning well and meets the needs of your LED display system, it may not be necessary to update the firmware immediately upon the release of a new version. In such cases, you can continue to monitor the availability of firmware updates and update the MCTRL660 controller’s firmware when a more significant or beneficial update becomes available.

By thoughtfully considering the frequency of firmware updates for your Novastar MCTRL660 LED Controller, you can maintain a well-functioning LED display system that delivers a remarkable visual experience while keeping up with the latest advancements in LED display technology.

If you encounter issues with your Novastar MCTRL660 LED Controller or your LED display system, consider the following troubleshooting steps:

  • Check all connections: Ensure that all cables are securely connected between the MCTRL660 controller, the LED display, and your computer.
  • Verify compatibility: Confirm that your LED display system, LED receiver cards, and input sources are compatible with the MCTRL660 controller.
  • Inspect the controller’s settings: Review the settings in the NovaLCT software to ensure they match the LED display system’s requirements.
  • Test input sources: Test various input sources, such as DVI and HDMI, to determine if the issue is related to a specific input source.
  • Update firmware: Update the firmware of your MCTRL660 controller to the latest version to resolve any known issues or bugs.
  • Consult the user manual: Refer to the MCTRL660 user manual for additional troubleshooting steps and guidance on specific issues.

By following these troubleshooting steps, you can identify and resolve many common issues with the Novastar MCTRL660 LED Controller and your LED display system.

MCTRL660 LED Controller supports a wide variety of video formats, enabling compatibility with numerous media sources and devices. It also supports multiple signal formats, including AVI, MP4, RGB, YCrCb4:2:2, and YCrCb4:4:4, etc, further expanding its compatibility with different input sources and ensuring optimal performance across various display configurations.

Yes, the Novastar MCTRL660 LED Controller features an innovative architecture that allows for smart screen configuration without the need for a computer. This functionality enables users to configure a screen within just 30 seconds, significantly reducing stage preparation time and simplifying the overall setup process.

MCTRL660 LED Controller is designed to support 18-bit grayscale processing and display, ensuring a high level of detail and visual quality in the final output. By supporting a greater range of grayscale levels, the MCTRL660 is able to produce smoother gradients and more natural-looking images, resulting in a more visually appealing and immersive LED display experience.

MCTRL660 LED Controller is engineered to be compatible with a diverse range of Novastar LED receiver cards, ensuring versatility and adaptability in various LED display system configurations. By leveraging Novastar’s cutting-edge LED receiver card technology, the MCTRL660 controller can efficiently drive and manage LED display systems, achieving optimal visual performance. Some popular Novastar LED receiver cards compatible with the MCTRL660 controller include the MRV300, MRV320, MRV330, and MRV360 series. When selecting an LED receiver card for your MCTRL660 controller, it is essential to consider factors such as loading capacity, supported resolutions, and specific display panel requirements to achieve the best possible performance and compatibility.

Establishing a seamless connection between the LED receiver cards and the Novastar MCTRL660 LED Controller is a critical step in setting up a high-performance LED display system. The MCTRL660 controller features four Gigabit Ethernet outputs, which can be connected to the LED receiver cards using standard Ethernet cables. The Ethernet ports are responsible for transmitting data and control signals from the controller to the LED receiver cards, driving the LED display system. To properly connect the LED receiver cards, follow these guidelines:

  1. Ensure that both the MCTRL660 controller and the LED receiver cards are powered off before connecting any cables.
  2. Connect one end of an Ethernet cable to an output port on the MCTRL660 controller and the other end to the input port on the LED receiver card.
  3. Repeat this process for each LED receiver card in your LED display system.
  4. Once all connections are secure, power on the MCTRL660 controller and the LED receiver cards.

By meticulously connecting the LED receiver cards to the MCTRL660 controller, you can establish a stable foundation for your LED display system, ensuring a harmonious synergy between the components.

MCTRL660 LED Controller boasts a robust maximum loading capacity, allowing it to efficiently drive and manage LED display systems with multiple LED receiver cards. Each of the four Gigabit Ethernet outputs on the MCTRL660 controller supports a loading capacity of up to 650,000 pixels, resulting in a total maximum loading capacity of 2.6 million pixels for the entire controller. This impressive loading capacity enables the MCTRL660 controller to handle large-scale LED display systems with ease.

When designing an LED display system with multiple LED receiver cards, it is crucial to consider the loading capacity of each receiver card and the MCTRL660 controller. By carefully balancing the loading capacity between the controller and the receiver cards, you can create a high-performance LED display system that delivers a breathtaking visual experience while maintaining stability and reliability.

While the Novastar MCTRL660 LED Controller is compatible with a wide range of Novastar LED receiver cards, it is generally recommended to use the same type of receiver cards within a single LED display system to ensure consistent performance, color reproduction, and seamless integration. Mixing different types of LED receiver cards may result in incompatibilities, visual discrepancies, or diminished overall performance.

If your LED display system requires the use of different types of LED receiver cards due to unique display panel requirements or other factors, it is crucial to carefully configure and calibrate each receiver card using the NovaLCT software. This meticulous configuration process helps minimize potential discrepancies and maintain a cohesive visual experience across your entire LED display system. By adhering to these guidelines, you can effectively leverage the versatility of the Novastar MCTRL660 LED Controller to create a high-performance LED display system with diverse LED receiver card configurations.

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