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Linsn SC801 Optical Fiber Converter

With its long-distance capabilities, reliable performance, and ease of installation, the Linsn SC801 Optical Fiber Converter provides an effective solution for seamless and high-quality signal transmission in LED display applications.
Linsn SC801 Optical Fiber Converter

Overview

The Linsn SC801 Optical Fiber Converter is a reliable and efficient solution for long-distance signal transmission in LED display systems. With a transmission distance of up to 20 kilometers, it ensures seamless communication between sending and receiving cards. Typically, two SC801 units are used to establish a connection, where the first unit transfers the RJ45 signal from the sending card to fiber, and the second unit converts the fiber signal back to RJ45 for the receiver card. With its robust performance and extended reach, the SC801 Optical Fiber Converter simplifies the installation and operation of LED displays over long distances.

Features

Extended Transmission Distance

With a remarkable transmission distance of up to 20 kilometers, the Linsn SC801 Optical Fiber Converter ensures reliable signal transmission over long distances, making it suitable for large-scale LED display installations.

Dual Unit Connection

Typically, two SC801 units are used in conjunction to establish a seamless connection. The first unit receives the RJ45 signal from the LED sending card and converts it to fiber, while the second unit converts the fiber signal back to RJ45 for the LED receiver card, providing a smooth and efficient signal transfer.

High Reliability

In addition, the SC801 Optical Fiber Converter is designed to deliver consistent and stable performance, ensuring uninterrupted signal transmission even in challenging environments or over extended distances. This reliability is crucial for maintaining the quality and integrity of the displayed content.

Easy Installation

Furthermore, the SC801 features a user-friendly design that simplifies the installation process. Connecting the units is straightforward, requiring only the connection of the RJ45 cables from the sending and receiver cards to the respective SC801 units. This ease of installation saves time and effort during setup.

Signal Integrity

By utilizing optical fiber technology, the SC801 ensures excellent signal integrity during transmission. It effectively mitigates signal loss, electromagnetic interference, and other potential distortions, resulting in high-quality and accurate signal reproduction on the LED display.

Versatile Application

Additionally, the SC801 Optical Fiber Converter is suitable for various LED display applications, including outdoor billboards, stadium screens, transportation displays, and more. Its long-distance capabilities make it an ideal choice for installations where signal transmission over extended distances is required.

Compatibility

What’s more, the SC801 is compatible with a wide range of LED display systems and supports standard RJ45 connectors, making it easy to integrate into existing setups without the need for extensive modifications or additional hardware.

Advanced Technology

Powered by advanced optical fiber transmission technology, the SC801 delivers efficient and secure signal transmission with low latency, ensuring real-time display synchronization and optimal performance of the LED display.

Connection

Connection of Linsn SC801 Optical Fiber Converter

Step 1: Prepare the Equipment

Ensure you have the Linsn SC801 Optical Fiber Converter units, sending card, receiver card, and necessary fiber optic cables ready for installation.

Step 2: Connecting the First SC801 Unit

  1. Locate the sending card in your LED display system.
  2. Connect the RJ45 output from the sending card to the RJ45 input of the first SC801 unit using an Ethernet cable.
  3. Connect one end of the fiber optic cable to the fiber port of the first SC801 unit.

Step 3: Connecting the Second SC801 Unit

  1. Locate the receiver card in your LED display system.
  2. Connect the other end of the fiber optic cable to the fiber port of the second SC801 unit.
  3. Connect the RJ45 output of the second SC801 unit to the RJ45 input of the receiver card using an Ethernet cable.

Step 4: Powering On the Units

  1. Ensure both SC801 units are properly connected and secured.
  2. Connect the power supply to each SC801 unit.
  3. Power on the SC801 units

Step 5: Testing the Connection

  1. Verify that all connections are secure and properly made.
  2. Test the LED display system to ensure that the signal is successfully transmitted and received across the fiber optic cables.

Specification / Datasheet

Transmission Distance20KM
Size14.0CM×8.7CM
Power Supply110V~230V,50Hz/60Hz
Data InterfaceRJ45 network cable;SC mode optical connector
Wave Length1310nm
Optical Power-6db~-8db

User Manual

Frequently Asked Questions

The Linsn SC801Fiber Converter supports a transmission distance of up to 20 kilometers, ensuring signal integrity over long distances.

Typically, two SC801 units are required. The first unit connects the RJ45 signal from the sending card to fiber, while the second unit converts the fiber signal back to RJ45 for the receiver card.

The SC801 enables long-distance signal transmission, making it suitable for installations where the distance between the sending and receiver cards is significant.

No, the SC801 eliminates the need for expensive signal amplifiers, offering a cost-effective solution for long-distance signal transmission.

Yes, the SC801 is compatible with a wide range of LED display systems and supports standard RJ45 connectors, simplifying the integration process.

Linsn SC801 is ideal for various applications, including outdoor billboards, stadium screens, transportation displays, and any installation that requires long-distance signal transmission.

The key distinction between the SC801 and MC801 lies in their transmission capabilities and fiber compatibility. The SC801 supports single-mode transmission up to a distance of 20KM using 9/125 or 5/125 fiber, while the MC801 is designed for multi-mode transmission with a maximum distance of 500M using 50/125 fiber. Furthermore, the SC801 operates at a wavelength of 1310nm for single-mode, whereas the MC801 uses a wavelength of 850nm for multi-mode transmission.

The price range for the Linsn SC801 Optical Fiber Converter typically falls between $100 and $150, offering a cost-effective solution for long-distance signal transmission in LED display installations.

Linsn SC801 Optical Fiber Converter

With its long-distance capabilities, reliable performance, and ease of installation, the Linsn SC801 Optical Fiber Converter provides an effective solution for seamless and high-quality signal transmission in LED display applications.
Linsn SC801 Optical Fiber Converter

Overview

The Linsn SC801 Optical Fiber Converter is a reliable and efficient solution for long-distance signal transmission in LED display systems. With a transmission distance of up to 20 kilometers, it ensures seamless communication between sending and receiving cards. Typically, two SC801 units are used to establish a connection, where the first unit transfers the RJ45 signal from the sending card to fiber, and the second unit converts the fiber signal back to RJ45 for the receiver card. With its robust performance and extended reach, the SC801 Optical Fiber Converter simplifies the installation and operation of LED displays over long distances.

Features

Extended Transmission Distance

With a remarkable transmission distance of up to 20 kilometers, the Linsn SC801 Optical Fiber Converter ensures reliable signal transmission over long distances, making it suitable for large-scale LED display installations.

Dual Unit Connection

Typically, two SC801 units are used in conjunction to establish a seamless connection. The first unit receives the RJ45 signal from the LED sending card and converts it to fiber, while the second unit converts the fiber signal back to RJ45 for the LED receiver card, providing a smooth and efficient signal transfer.

High Reliability

In addition, the SC801 Optical Fiber Converter is designed to deliver consistent and stable performance, ensuring uninterrupted signal transmission even in challenging environments or over extended distances. This reliability is crucial for maintaining the quality and integrity of the displayed content.

Easy Installation

Furthermore, the SC801 features a user-friendly design that simplifies the installation process. Connecting the units is straightforward, requiring only the connection of the RJ45 cables from the sending and receiver cards to the respective SC801 units. This ease of installation saves time and effort during setup.

Signal Integrity

By utilizing optical fiber technology, the SC801 ensures excellent signal integrity during transmission. It effectively mitigates signal loss, electromagnetic interference, and other potential distortions, resulting in high-quality and accurate signal reproduction on the LED display.

Versatile Application

Additionally, the SC801 Optical Fiber Converter is suitable for various LED display applications, including outdoor billboards, stadium screens, transportation displays, and more. Its long-distance capabilities make it an ideal choice for installations where signal transmission over extended distances is required.

Compatibility

What’s more, the SC801 is compatible with a wide range of LED display systems and supports standard RJ45 connectors, making it easy to integrate into existing setups without the need for extensive modifications or additional hardware.

Advanced Technology

Powered by advanced optical fiber transmission technology, the SC801 delivers efficient and secure signal transmission with low latency, ensuring real-time display synchronization and optimal performance of the LED display.

Connection

Connection of Linsn SC801 Optical Fiber Converter

Step 1: Prepare the Equipment

Ensure you have the Linsn SC801 Optical Fiber Converter units, sending card, receiver card, and necessary fiber optic cables ready for installation.

Step 2: Connecting the First SC801 Unit

  1. Locate the sending card in your LED display system.
  2. Connect the RJ45 output from the sending card to the RJ45 input of the first SC801 unit using an Ethernet cable.
  3. Connect one end of the fiber optic cable to the fiber port of the first SC801 unit.

Step 3: Connecting the Second SC801 Unit

  1. Locate the receiver card in your LED display system.
  2. Connect the other end of the fiber optic cable to the fiber port of the second SC801 unit.
  3. Connect the RJ45 output of the second SC801 unit to the RJ45 input of the receiver card using an Ethernet cable.

Step 4: Powering On the Units

  1. Ensure both SC801 units are properly connected and secured.
  2. Connect the power supply to each SC801 unit.
  3. Power on the SC801 units

Step 5: Testing the Connection

  1. Verify that all connections are secure and properly made.
  2. Test the LED display system to ensure that the signal is successfully transmitted and received across the fiber optic cables.

Specification / Datasheet

Transmission Distance20KM
Size14.0CM×8.7CM
Power Supply110V~230V,50Hz/60Hz
Data InterfaceRJ45 network cable;SC mode optical connector
Wave Length1310nm
Optical Power-6db~-8db

User Manual

Frequently Asked Questions

The Linsn SC801Fiber Converter supports a transmission distance of up to 20 kilometers, ensuring signal integrity over long distances.

Typically, two SC801 units are required. The first unit connects the RJ45 signal from the sending card to fiber, while the second unit converts the fiber signal back to RJ45 for the receiver card.

The SC801 enables long-distance signal transmission, making it suitable for installations where the distance between the sending and receiver cards is significant.

No, the SC801 eliminates the need for expensive signal amplifiers, offering a cost-effective solution for long-distance signal transmission.

Yes, the SC801 is compatible with a wide range of LED display systems and supports standard RJ45 connectors, simplifying the integration process.

Linsn SC801 is ideal for various applications, including outdoor billboards, stadium screens, transportation displays, and any installation that requires long-distance signal transmission.

The key distinction between the SC801 and MC801 lies in their transmission capabilities and fiber compatibility. The SC801 supports single-mode transmission up to a distance of 20KM using 9/125 or 5/125 fiber, while the MC801 is designed for multi-mode transmission with a maximum distance of 500M using 50/125 fiber. Furthermore, the SC801 operates at a wavelength of 1310nm for single-mode, whereas the MC801 uses a wavelength of 850nm for multi-mode transmission.

The price range for the Linsn SC801 Optical Fiber Converter typically falls between $100 and $150, offering a cost-effective solution for long-distance signal transmission in LED display installations.

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