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Linsn MC801 Optical Fiber Converter

MC801 is a versatile solution designed for efficient and reliable signal transmission. With support for multi-mode, it enables seamless communication over distances up to 500M, making it suitable for various applications in the LED display industry.
Linsn MC801 Optical Fiber Converter

Overview

The Linsn MC801 Optical Fiber Converter is a cutting-edge solution designed to provide reliable and efficient transmission of signals over long distances. With its advanced features and robust performance, it ensures seamless connectivity for LED display systems.

Features

Long Transmission Distance

The MC801 Optical Fiber Converter supports a transmission distance of up to 500 meters, allowing you to extend your LED display system over considerable distances without any signal loss or degradation.

Enhanced Connectivity

Typically, connecting an LED screen requires two MC801 units. The first unit receives the RJ45 signal from the sending card and converts it into a fiber optic signal. The second unit converts the fiber optic signal back into an RJ45 signal for the receiver card, ensuring smooth and uninterrupted communication.

Suitable for Long-Distance Applications

In addition, the MC801 is specifically designed to meet the demands of long-distance LED display installations. Whether it’s for large-scale outdoor displays, stadiums, or advertising billboards, this converter guarantees stable signal transmission and outstanding performance.

Multimode Fiber Compatibility

The MC801 is compatible with multimode fiber optic cables, allowing you to take advantage of its efficient data transmission capabilities. This ensures reliable signal transfer and minimizes signal loss over the designated distance.

Easy Installation and Operation

The MC801 Optical Fiber Converter is user-friendly and straightforward to install. Its compact design and comprehensive connectivity options make it easy to integrate into your LED display system, providing hassle-free installation and operation.

Enhanced Signal Quality

Additionally, the MC801 is engineered to deliver exceptional signal quality, ensuring sharp and vibrant visuals on your LED display. It effectively eliminates interference and signal degradation, resulting in a seamless and immersive viewing experience for your audience.

Robust and Reliable Performance

Built with high-quality components, the MC801 Optical Fiber Converter offers reliable and stable performance. It operates with efficiency and consistency, ensuring uninterrupted signal transmission even in demanding environments. You can rely on its durability and longevity for long-term use.

Connection

Connection of Linsn MC801 Optical Fiber Converter

Step 1: Prepare the Equipment

Before starting the connection process, ensure that you have the following equipment ready:

  • Linsn MC801 Optical Fiber Converter (2 units)
  • Fiber optic cables (multimode)
  • RJ45 cables
  • LED display sending card and receiver card

Step 2: Connect the First MC801 Converter

  • Take the first MC801 converter and connect the RJ45 cable from the LED display sending card to the RJ45 input port on the converter. This will transmit the signal to the converter.
  • Now, connect the multimode fiber optic cable to the designated fiber optic port on the MC801 converter. Ensure a secure connection to avoid any signal loss or interruptions.

Step 3: Connect the Second MC801 Converter

  • Take the second MC801 converter and connect the other end of the multimode fiber optic cable to the fiber optic port on this converter. This will receive the signal transmitted through the fiber optic cable.
  • Next, connect the RJ45 cable from the RJ45 output port on the MC801 converter to the LED display receiver card. This will deliver the converted signal to the receiver card.

Step 4: Power Up the MC801 Converters

  • Connect the power supply to both MC801 converters and ensure they are properly powered on. Verify that the power indicators on the converters are illuminated, indicating that they are receiving power.

Step 5: Verify the Connection

  • Once the connections are made, verify the connection status by checking the LED indicators on both MC801 converters. Ensure that the corresponding LEDs for power, signal transmission, and fiber optic connection are lit, indicating a successful connection.

Specification / Datasheet

Transmission Distance500M ( 50-125 fiber)
Size167*110*30mm
Power Supply110V~230V,50Hz/60Hz
Data InterfaceRj45 for network cable; SC mode optical connector
Wave Length850nm
Optical Powerabout -8db

User Manual

Frequently Asked Questions

The MC801 supports a transmission distance of up to 500 meters, allowing for long-distance signal transmission.

Usually, two MC801 converters are required for connecting an LED display. The first converter receives the signal from the sending card via RJ45 and transmits it through the fiber optic cable. The second converter receives the fiber optic signal and delivers it to the receiver card via RJ45.

The MC801 is compatible with multimode fiber optic cables, ensuring efficient and reliable signal transmission.

Yes, the MC801 requires a power supply to operate. Ensure that both MC801 converters are properly powered to ensure smooth signal transmission.

Yes, the MC801 is compatible with both indoor and outdoor LED displays, offering versatile connectivity options for various installation environments.

The main difference between the MC801 and SC801 lies in the transmission distance and fiber types they support. The MC801 is designed for multi-mode transmission, offering a distance of 500M with 50/125 fiber, while the SC801 supports single-mode transmission with a long distance of up to 20 km using 9/125 or 5/125 fiber. Additionally, the MC801 operates at a wavelength of 850nm for multi-mode, while the SC801 uses a wavelength of 1310nm for single-mode transmission.

The Linsn MC801 Optical Fiber Converter is available at a price range of approximately $160 to $250 for a pair. It offers a cost-effective solution for connecting LED displays using multimode fiber optic cables, allowing for reliable signal transmission over long distances.

Linsn MC801 Optical Fiber Converter

MC801 is a versatile solution designed for efficient and reliable signal transmission. With support for multi-mode, it enables seamless communication over distances up to 500M, making it suitable for various applications in the LED display industry.
Linsn MC801 Optical Fiber Converter

Overview

The Linsn MC801 Optical Fiber Converter is a cutting-edge solution designed to provide reliable and efficient transmission of signals over long distances. With its advanced features and robust performance, it ensures seamless connectivity for LED display systems.

Features

Long Transmission Distance

The MC801 Optical Fiber Converter supports a transmission distance of up to 500 meters, allowing you to extend your LED display system over considerable distances without any signal loss or degradation.

Enhanced Connectivity

Typically, connecting an LED screen requires two MC801 units. The first unit receives the RJ45 signal from the sending card and converts it into a fiber optic signal. The second unit converts the fiber optic signal back into an RJ45 signal for the receiver card, ensuring smooth and uninterrupted communication.

Suitable for Long-Distance Applications

In addition, the MC801 is specifically designed to meet the demands of long-distance LED display installations. Whether it’s for large-scale outdoor displays, stadiums, or advertising billboards, this converter guarantees stable signal transmission and outstanding performance.

Multimode Fiber Compatibility

The MC801 is compatible with multimode fiber optic cables, allowing you to take advantage of its efficient data transmission capabilities. This ensures reliable signal transfer and minimizes signal loss over the designated distance.

Easy Installation and Operation

The MC801 Optical Fiber Converter is user-friendly and straightforward to install. Its compact design and comprehensive connectivity options make it easy to integrate into your LED display system, providing hassle-free installation and operation.

Enhanced Signal Quality

Additionally, the MC801 is engineered to deliver exceptional signal quality, ensuring sharp and vibrant visuals on your LED display. It effectively eliminates interference and signal degradation, resulting in a seamless and immersive viewing experience for your audience.

Robust and Reliable Performance

Built with high-quality components, the MC801 Optical Fiber Converter offers reliable and stable performance. It operates with efficiency and consistency, ensuring uninterrupted signal transmission even in demanding environments. You can rely on its durability and longevity for long-term use.

Connection

Connection of Linsn MC801 Optical Fiber Converter

Step 1: Prepare the Equipment

Before starting the connection process, ensure that you have the following equipment ready:

  • Linsn MC801 Optical Fiber Converter (2 units)
  • Fiber optic cables (multimode)
  • RJ45 cables
  • LED display sending card and receiver card

Step 2: Connect the First MC801 Converter

  • Take the first MC801 converter and connect the RJ45 cable from the LED display sending card to the RJ45 input port on the converter. This will transmit the signal to the converter.
  • Now, connect the multimode fiber optic cable to the designated fiber optic port on the MC801 converter. Ensure a secure connection to avoid any signal loss or interruptions.

Step 3: Connect the Second MC801 Converter

  • Take the second MC801 converter and connect the other end of the multimode fiber optic cable to the fiber optic port on this converter. This will receive the signal transmitted through the fiber optic cable.
  • Next, connect the RJ45 cable from the RJ45 output port on the MC801 converter to the LED display receiver card. This will deliver the converted signal to the receiver card.

Step 4: Power Up the MC801 Converters

  • Connect the power supply to both MC801 converters and ensure they are properly powered on. Verify that the power indicators on the converters are illuminated, indicating that they are receiving power.

Step 5: Verify the Connection

  • Once the connections are made, verify the connection status by checking the LED indicators on both MC801 converters. Ensure that the corresponding LEDs for power, signal transmission, and fiber optic connection are lit, indicating a successful connection.

Specification / Datasheet

Transmission Distance500M ( 50-125 fiber)
Size167*110*30mm
Power Supply110V~230V,50Hz/60Hz
Data InterfaceRj45 for network cable; SC mode optical connector
Wave Length850nm
Optical Powerabout -8db

User Manual

Frequently Asked Questions

The MC801 supports a transmission distance of up to 500 meters, allowing for long-distance signal transmission.

Usually, two MC801 converters are required for connecting an LED display. The first converter receives the signal from the sending card via RJ45 and transmits it through the fiber optic cable. The second converter receives the fiber optic signal and delivers it to the receiver card via RJ45.

The MC801 is compatible with multimode fiber optic cables, ensuring efficient and reliable signal transmission.

Yes, the MC801 requires a power supply to operate. Ensure that both MC801 converters are properly powered to ensure smooth signal transmission.

Yes, the MC801 is compatible with both indoor and outdoor LED displays, offering versatile connectivity options for various installation environments.

The main difference between the MC801 and SC801 lies in the transmission distance and fiber types they support. The MC801 is designed for multi-mode transmission, offering a distance of 500M with 50/125 fiber, while the SC801 supports single-mode transmission with a long distance of up to 20 km using 9/125 or 5/125 fiber. Additionally, the MC801 operates at a wavelength of 850nm for multi-mode, while the SC801 uses a wavelength of 1310nm for single-mode transmission.

The Linsn MC801 Optical Fiber Converter is available at a price range of approximately $160 to $250 for a pair. It offers a cost-effective solution for connecting LED displays using multimode fiber optic cables, allowing for reliable signal transmission over long distances.

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