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Novastar MSD300 LED Sending Card

Novastar MSD300 LED sending card for led display. support 1*DVI input, 1x audio input, 2x Ethernet outputs, 1x light sensor connector, 1 USB port and 2x UART control ports
Novastar MSD300 LED Sending Card

Novastar MSD300 LED Sending Card is an exceptional LED display controller designed for transmitting data to LED displays. With a plethora of input and output options, including DVI input, audio input, Type-B USB control port, sensor connector, UART control ports, and Ethernet outputs, this powerful and cost-effective solution enables seamless communication and control of LED displays. Its capabilities include support for input resolutions up to 1920×1200@60Hz, cascading of multiple MSD300 units, and automatic screen brightness adjustment.

Experience the Novastar Advantage

Embark on a journey with the Novastar MSD300 LED asynchronous control card, a product of Novastar, an industry leader in LED display solutions. With a commitment to quality and innovation, Novastar ensures the MSD300 delivers the highest level of performance and reliability, providing an unparalleled LED display experience.

Seamless Brightness Adjustment: The Intelligent Sensor Connector

Transitioning smoothly to the next feature, the Novastar MSD300 boasts a sensor connector designed to accommodate a light sensor. This innovative inclusion enables the monitoring of ambient brightness levels, allowing for automatic screen brightness adjustment. As a result, LED displays maintain optimal visibility and energy efficiency under varying lighting conditions.

Effortless Cascading: The Dual UART Control Ports

Delving deeper into the MSD300’s capabilities, the LED sending card comes equipped with two UART control ports (IN and OUT). These input and output ports facilitate cascading of up to 20 devices, providing an expandable and flexible solution for controlling multiple LED displays simultaneously.

Reliable Connectivity: Gigabit Ethernet Ports with Redundancy

Emphasizing reliability, the Novastar MSD300 features two RJ45 Gigabit Ethernet ports, each with a capacity of up to 650,000 pixels. The redundancy between Ethernet ports ensures uninterrupted data transmission, minimizing downtime and maintaining the highest quality of display performance.

Customizable Resolution: The Versatile SL-DVI Input Connector

Last but certainly not least, the MSD300’s SL-DVI input connector supports resolutions up to 1920×1200@60Hz. Furthermore, it accommodates custom resolutions, with a maximum width of 3840 (3840×600@60Hz) and a maximum height of 3840 (548×3840@60Hz). This flexibility allows the LED sending card to cater to a wide range of LED display sizes and configurations, ensuring compatibility with various display applications.

Appearance

Appearance of Novastar MSD300 LED Sending Card
  1. 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.
  2. 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.
  3. AUDIO Input: Audio input connector
  4. 2x RJ45 Output 2x RJ45 Gigabit Ethernet ports Capacity per port up to 650,000 pixels Redundancy between Ethernet ports supported
  5. LIGHT SENSOR Connect to a light sensor to monitor ambient brightness to allow for automatic screen brightness adjustment.
  6. USB Type-B USB 2.0 port to connect to PC
  7. UART IN/OUT Input and output ports to cascade devices. Up to 20 devices can be cascaded.
  8. Power DC 3.3 V to 5.5 V.

Dimensions

Dimension Chart of Novastar MSD300 LED Sending Card

Specification

Frequently Asked Questions

MSD300 is compatible with a wide range of LED displays (Indoor LED screens, outdoor LED screens, rental LED displays, advertising LED billboards, and more), supporting various input resolutions and custom resolutions. It is an ideal choice for controlling LED screens in various applications such as advertising, sports venues, stage events, and more.

MSD300 connects to a computer using a Type-B USB control port. Simply connect a Type-B USB cable between your computer and the MSD300, and it will enable communication between the two devices.

The MSD300 allows cascading of up to 20 devices via its dual UART control ports (IN and OUT). This feature enables you to expand your LED display control system easily and efficiently.

Yes, the MSD300 has a sensor connector that can connect to a light sensor. This connection allows the device to monitor ambient brightness and automatically adjust the screen brightness accordingly, ensuring optimal visibility and energy efficiency.

MSD300 supports input resolutions up to 1920×1200@60Hz. Additionally, it accommodates custom resolutions, with a maximum width of 3840 (3840×600@60Hz) and a maximum height of 3840 (548×3840@60Hz).

MSD300 is equipped with two RJ45 Gigabit Ethernet ports, each with a capacity of up to 650,000 pixels. The redundancy feature ensures that if one Ethernet port encounters an issue, the other port will take over, providing uninterrupted data transmission and maintaining the highest quality of display performance.

Yes, to configure and control the MSD300, you will need to use the NovaLCT or NovaStar LED display control software provided by Novastar. This software will enable you to set up and manage your LED displays efficiently.

Yes, the MSD300 is a versatile LED sending card that can work with various LED display brands. However, it is essential to ensure that the display’s specifications are compatible with the MSD300’s capabilities, such as input resolution, pixel capacity, and communication protocols.

Yes, the MSD300 comes with an audio input feature that allows you to transmit audio signals along with the video signals to the LED display, providing a comprehensive audiovisual experience for your audience.

The maximum distance between the MSD300 and the LED display depends on the type of cable and signal transmission method used. For Ethernet connections, the maximum recommended distance is 100 meters (328 feet). However, it is possible to extend this distance using signal amplifiers or fiber optic converters if needed.

While the MSD300 is designed to work seamlessly with Novastar’s proprietary control software, such as NovaLCT and NovaStar, it may not be compatible with all third-party control software. It is advisable to consult the software provider or Novastar support to determine compatibility before attempting to use the MSD300 with other control software.

Firmware updates for the MSD300 can be obtained from the Novastar official website. To update the firmware, you will need to connect the MSD300 to your computer using the Type-B USB control port and follow the instructions provided by Novastar. It is essential to keep your MSD300 up-to-date to ensure optimal performance and compatibility with the latest LED displays and software features.

Yes, the MSD300 LED Card is suitable for use in both indoor and outdoor LED display setups. However, it is crucial to ensure that the outdoor LED display and other components are designed for outdoor use and have the necessary protection against environmental factors such as weather, dust, and moisture.

If you encounter issues with your MSD300 LED sender, you can consult the user manual, visit the Novastar official website for troubleshooting guides, or contact their customer support team for assistance or contact us. They will help you diagnose the problem and provide guidance on resolving any issues with your LED sending card.

MSD300 operates at a voltage of 5V DC, with a maximum power consumption of 6W. It is essential to ensure that the power supply used with the MSD300 meets these requirements to guarantee stable and reliable operation.

Yes, you can use multiple MSD300 LED sending cards in a single LED display setup. This feature allows you to control larger LED displays or multiple displays with different input resolutions. By cascading the MSD300 units via the UART control ports, you can create a flexible and expandable display control solution.

To synchronize content across multiple LED displays using the MSD300, you will need to use the NovaLCT or NovaStar LED display control software. This software allows you to manage and configure the synchronization settings for multiple displays connected to the MSD300 LED sending cards, ensuring seamless and synchronized content playback.

While the MSD300 supports input resolutions up to 1920×1200@60Hz, it can accommodate custom resolutions with a maximum width of 3840 (3840×600@60Hz) and a maximum height of 3840 (548×3840@60Hz). Although one single card does not support full 4K resolution (3840×2160), it can be cascaded to support a 4K LED screen.

The automatic screen brightness adjustment feature on the MSD300 works by connecting a light sensor to the sensor connector. The light sensor continually monitors the ambient brightness levels, and the MSD300 adjusts the LED display’s brightness accordingly. This feature ensures optimal visibility and energy efficiency under varying lighting conditions.

Yes, you can control the MSD300 remotely using the NovaLCT or NovaStar LED display control software, provided that the sending card is connected to the same network as your computer or control device. This feature allows you to manage and configure the LED displays from a remote location, offering greater flexibility and convenience.

Novastar MSD300 LED Sending Card works in tandem with receiver cards to control LED displays. The sending card receives input signals (video, audio, etc.) and processes them before transmitting the data to the receiver cards. The receiver cards, in turn, distribute the data to the LED display modules or panels, ensuring smooth and synchronized content playback on the display.

Novastar MSD300 is designed to be compatible with most Novastar receiver cards, ensuring seamless communication and data transmission between the sending and receiving components. However, it is crucial to verify compatibility with the specific receiver card model you plan to use with the MSD300 to avoid any compatibility issues.

The number of LED receiver cards that can be connected to a single MSD300 LED Sending Card depends on the pixel capacity and the specific configuration of your LED display. Each Ethernet port on the MSD300 has a capacity of up to 650,000 pixels, allowing you to connect multiple receiver cards as long as the total pixel capacity does not exceed the maximum supported capacity.

To configure the MSD300 LED Sending Card to work with the receiver cards, you will need to use the NovaLCT or NovaStar LED display control software. This software enables you to configure the sending card’s settings, map the receiver cards to the corresponding LED modules, and adjust display parameters such as brightness, color balance, and refresh rate.

While the Novastar MSD300 is designed to work seamlessly with Novastar receiver cards, it may not be compatible with all third-party receiver cards. Before attempting to use the MSD300 with non-Novastar receiver cards, it is essential to consult the receiver card manufacturer or Novastar support to confirm compatibility.

Novastar MSD300 LED Sending Card communicates with the receiver cards using a proprietary communication protocol developed by Novastar. This protocol ensures efficient and reliable data transmission between the sending and receiving components, enabling optimal performance and seamless content playback on the LED display.

Novastar MSD300 LED Sending Card

Novastar MSD300 LED sending card for led display. support 1*DVI input, 1x audio input, 2x Ethernet outputs, 1x light sensor connector, 1 USB port and 2x UART control ports
Novastar MSD300 LED Sending Card

Novastar MSD300 LED Sending Card is an exceptional LED display controller designed for transmitting data to LED displays. With a plethora of input and output options, including DVI input, audio input, Type-B USB control port, sensor connector, UART control ports, and Ethernet outputs, this powerful and cost-effective solution enables seamless communication and control of LED displays. Its capabilities include support for input resolutions up to 1920×1200@60Hz, cascading of multiple MSD300 units, and automatic screen brightness adjustment.

Experience the Novastar Advantage

Embark on a journey with the Novastar MSD300 LED asynchronous control card, a product of Novastar, an industry leader in LED display solutions. With a commitment to quality and innovation, Novastar ensures the MSD300 delivers the highest level of performance and reliability, providing an unparalleled LED display experience.

Seamless Brightness Adjustment: The Intelligent Sensor Connector

Transitioning smoothly to the next feature, the Novastar MSD300 boasts a sensor connector designed to accommodate a light sensor. This innovative inclusion enables the monitoring of ambient brightness levels, allowing for automatic screen brightness adjustment. As a result, LED displays maintain optimal visibility and energy efficiency under varying lighting conditions.

Effortless Cascading: The Dual UART Control Ports

Delving deeper into the MSD300’s capabilities, the LED sending card comes equipped with two UART control ports (IN and OUT). These input and output ports facilitate cascading of up to 20 devices, providing an expandable and flexible solution for controlling multiple LED displays simultaneously.

Reliable Connectivity: Gigabit Ethernet Ports with Redundancy

Emphasizing reliability, the Novastar MSD300 features two RJ45 Gigabit Ethernet ports, each with a capacity of up to 650,000 pixels. The redundancy between Ethernet ports ensures uninterrupted data transmission, minimizing downtime and maintaining the highest quality of display performance.

Customizable Resolution: The Versatile SL-DVI Input Connector

Last but certainly not least, the MSD300’s SL-DVI input connector supports resolutions up to 1920×1200@60Hz. Furthermore, it accommodates custom resolutions, with a maximum width of 3840 (3840×600@60Hz) and a maximum height of 3840 (548×3840@60Hz). This flexibility allows the LED sending card to cater to a wide range of LED display sizes and configurations, ensuring compatibility with various display applications.

Appearance

Appearance of Novastar MSD300 LED Sending Card
  1. 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.
  2. 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.
  3. AUDIO Input: Audio input connector
  4. 2x RJ45 Output 2x RJ45 Gigabit Ethernet ports Capacity per port up to 650,000 pixels Redundancy between Ethernet ports supported
  5. LIGHT SENSOR Connect to a light sensor to monitor ambient brightness to allow for automatic screen brightness adjustment.
  6. USB Type-B USB 2.0 port to connect to PC
  7. UART IN/OUT Input and output ports to cascade devices. Up to 20 devices can be cascaded.
  8. Power DC 3.3 V to 5.5 V.

Dimensions

Dimension Chart of Novastar MSD300 LED Sending Card

Specification

Frequently Asked Questions

MSD300 is compatible with a wide range of LED displays (Indoor LED screens, outdoor LED screens, rental LED displays, advertising LED billboards, and more), supporting various input resolutions and custom resolutions. It is an ideal choice for controlling LED screens in various applications such as advertising, sports venues, stage events, and more.

MSD300 connects to a computer using a Type-B USB control port. Simply connect a Type-B USB cable between your computer and the MSD300, and it will enable communication between the two devices.

The MSD300 allows cascading of up to 20 devices via its dual UART control ports (IN and OUT). This feature enables you to expand your LED display control system easily and efficiently.

Yes, the MSD300 has a sensor connector that can connect to a light sensor. This connection allows the device to monitor ambient brightness and automatically adjust the screen brightness accordingly, ensuring optimal visibility and energy efficiency.

MSD300 supports input resolutions up to 1920×1200@60Hz. Additionally, it accommodates custom resolutions, with a maximum width of 3840 (3840×600@60Hz) and a maximum height of 3840 (548×3840@60Hz).

MSD300 is equipped with two RJ45 Gigabit Ethernet ports, each with a capacity of up to 650,000 pixels. The redundancy feature ensures that if one Ethernet port encounters an issue, the other port will take over, providing uninterrupted data transmission and maintaining the highest quality of display performance.

Yes, to configure and control the MSD300, you will need to use the NovaLCT or NovaStar LED display control software provided by Novastar. This software will enable you to set up and manage your LED displays efficiently.

Yes, the MSD300 is a versatile LED sending card that can work with various LED display brands. However, it is essential to ensure that the display’s specifications are compatible with the MSD300’s capabilities, such as input resolution, pixel capacity, and communication protocols.

Yes, the MSD300 comes with an audio input feature that allows you to transmit audio signals along with the video signals to the LED display, providing a comprehensive audiovisual experience for your audience.

The maximum distance between the MSD300 and the LED display depends on the type of cable and signal transmission method used. For Ethernet connections, the maximum recommended distance is 100 meters (328 feet). However, it is possible to extend this distance using signal amplifiers or fiber optic converters if needed.

While the MSD300 is designed to work seamlessly with Novastar’s proprietary control software, such as NovaLCT and NovaStar, it may not be compatible with all third-party control software. It is advisable to consult the software provider or Novastar support to determine compatibility before attempting to use the MSD300 with other control software.

Firmware updates for the MSD300 can be obtained from the Novastar official website. To update the firmware, you will need to connect the MSD300 to your computer using the Type-B USB control port and follow the instructions provided by Novastar. It is essential to keep your MSD300 up-to-date to ensure optimal performance and compatibility with the latest LED displays and software features.

Yes, the MSD300 LED Card is suitable for use in both indoor and outdoor LED display setups. However, it is crucial to ensure that the outdoor LED display and other components are designed for outdoor use and have the necessary protection against environmental factors such as weather, dust, and moisture.

If you encounter issues with your MSD300 LED sender, you can consult the user manual, visit the Novastar official website for troubleshooting guides, or contact their customer support team for assistance or contact us. They will help you diagnose the problem and provide guidance on resolving any issues with your LED sending card.

MSD300 operates at a voltage of 5V DC, with a maximum power consumption of 6W. It is essential to ensure that the power supply used with the MSD300 meets these requirements to guarantee stable and reliable operation.

Yes, you can use multiple MSD300 LED sending cards in a single LED display setup. This feature allows you to control larger LED displays or multiple displays with different input resolutions. By cascading the MSD300 units via the UART control ports, you can create a flexible and expandable display control solution.

To synchronize content across multiple LED displays using the MSD300, you will need to use the NovaLCT or NovaStar LED display control software. This software allows you to manage and configure the synchronization settings for multiple displays connected to the MSD300 LED sending cards, ensuring seamless and synchronized content playback.

While the MSD300 supports input resolutions up to 1920×1200@60Hz, it can accommodate custom resolutions with a maximum width of 3840 (3840×600@60Hz) and a maximum height of 3840 (548×3840@60Hz). Although one single card does not support full 4K resolution (3840×2160), it can be cascaded to support a 4K LED screen.

The automatic screen brightness adjustment feature on the MSD300 works by connecting a light sensor to the sensor connector. The light sensor continually monitors the ambient brightness levels, and the MSD300 adjusts the LED display’s brightness accordingly. This feature ensures optimal visibility and energy efficiency under varying lighting conditions.

Yes, you can control the MSD300 remotely using the NovaLCT or NovaStar LED display control software, provided that the sending card is connected to the same network as your computer or control device. This feature allows you to manage and configure the LED displays from a remote location, offering greater flexibility and convenience.

Novastar MSD300 LED Sending Card works in tandem with receiver cards to control LED displays. The sending card receives input signals (video, audio, etc.) and processes them before transmitting the data to the receiver cards. The receiver cards, in turn, distribute the data to the LED display modules or panels, ensuring smooth and synchronized content playback on the display.

Novastar MSD300 is designed to be compatible with most Novastar receiver cards, ensuring seamless communication and data transmission between the sending and receiving components. However, it is crucial to verify compatibility with the specific receiver card model you plan to use with the MSD300 to avoid any compatibility issues.

The number of LED receiver cards that can be connected to a single MSD300 LED Sending Card depends on the pixel capacity and the specific configuration of your LED display. Each Ethernet port on the MSD300 has a capacity of up to 650,000 pixels, allowing you to connect multiple receiver cards as long as the total pixel capacity does not exceed the maximum supported capacity.

To configure the MSD300 LED Sending Card to work with the receiver cards, you will need to use the NovaLCT or NovaStar LED display control software. This software enables you to configure the sending card’s settings, map the receiver cards to the corresponding LED modules, and adjust display parameters such as brightness, color balance, and refresh rate.

While the Novastar MSD300 is designed to work seamlessly with Novastar receiver cards, it may not be compatible with all third-party receiver cards. Before attempting to use the MSD300 with non-Novastar receiver cards, it is essential to consult the receiver card manufacturer or Novastar support to confirm compatibility.

Novastar MSD300 LED Sending Card communicates with the receiver cards using a proprietary communication protocol developed by Novastar. This protocol ensures efficient and reliable data transmission between the sending and receiving components, enabling optimal performance and seamless content playback on the LED display.

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