200G To 400G OTN WDM System

200G to 400G OTN WDM system is a high-speed, stable and reliable data transmission system, which can be widely used in various data transmission fields. If you need a data transmission solution with high speed, large bandwidth and high reliability, we sincerely recommend 200G to 400G OTN WDM system to make your data transmission more efficient, convenient and secure.

The 200G to 400G OTN WDM system is a high-speed optical transmission system that adopts Wavelength Division Multiplexing (WDM) technology and Optical Transport Network (OTN) protocol to achieve high-speed, stable and reliable data transmission. The system supports 200G to 400G data Transmission rate, specifically, WDM technology is a technology based on optical wavelength multiplexing, which can simultaneously transmit multiple optical signals of different wavelengths on one optical fiber, thereby realizing multiplexing of multiple optical signals and improving transmission bandwidth. The OTN protocol is a protocol used in optical fiber communication networks, which can realize error correction and recovery of optical fiber signals, and improve the reliability of data transmission.

1. High-speed transmission: The system supports a data transmission rate of 200G to 400G, which can realize high-speed data transmission and improve data transmission efficiency.

2. Large bandwidth: The system adopts WDM technology, which can realize the multiplexing of multiple optical signals, improve the transmission bandwidth, and meet the needs of large-capacity data transmission.

3. High reliability: The system adopts the OTN protocol, which can realize error correction and recovery of optical fiber signals, improve the reliability of data transmission, and avoid data transmission interruption and loss.

4. Easy to manage: The system provides a visual management interface, which can facilitate equipment management, troubleshooting and performance monitoring, reducing maintenance costs and work difficulty.

1. Data center: With the development of the Internet, the scale and capacity of data centers continue to expand, requiring faster and more stable data transmission solutions. The 200G to 400G OTN WDM system can provide high-speed, large-bandwidth, and high-reliability data transmission services, providing strong support for the operation and management of data centers.

2. Cloud Computing: Cloud computing is a new computing method that requires high-speed, stable and reliable data transmission support. The 200G to 400G OTN WDM system can provide high-speed, large-bandwidth, and high-reliability data transmission services, providing strong support for the application and promotion of cloud computing.

3. Video surveillance: Video surveillance requires high-speed, stable, and reliable data transmission to ensure smooth and stable video signals. The 200G to 400G OTN WDM system can provide high-speed, large-bandwidth, and high-reliability data transmission services, providing strong support for the application and promotion of video surveillance.

4. Expressway monitoring: Expressway monitoring requires high-speed, stable, and reliable data transmission to ensure the real-time and accuracy of monitoring signals. The 200G to 400G OTN WDM system can provide high-speed, large-bandwidth, and high-reliability data transmission services, providing strong support for the application and promotion of highway monitoring.

1. Connect the 200G to 400G OTN WDM system to the equipment that needs to transmit data, such as servers, routers, switches, etc.

2. Set system parameters, including network topology, transmission rate, wavelength selection, optical power and other parameters.

3. Make optical fiber connection, connect the optical fiber to the optical port of 200G to 400G OTN WDM system, to ensure the quality and stability of optical fiber transmission.

4. Carry out system test and verification, including optical power test, bit error rate test, delay test, etc., to ensure the normal operation of the system and the reliability of data transmission.

1. When connecting optical fibers, pay attention to the quality and length of optical fibers to avoid attenuation and distortion of optical signals.

2. It is necessary to control and monitor the optical power to avoid fiber damage and data transmission errors caused by too high or too low optical power.

3. System parameters need to be set according to actual needs, including transmission rate, wavelength selection, optical power and other parameters, to ensure the normal operation of the system and the stability of data transmission.

4. Equipment management and monitoring are required, including equipment status monitoring, troubleshooting, performance monitoring, etc., to ensure the stable and safe operation of the system.

5. System maintenance and maintenance are required, including regular inspection, cleaning, and replacement of optical fibers, to ensure long-term stable operation of the system.