Data Center Interconnect System

The data center optical service conversion subsystem is a high-speed optical transmission system, which is mainly used in the optical fiber network conversion and data transmission of the data center. The system has the characteristics of high speed, large bandwidth, and high reliability, which can meet the data center's demand for high-speed data transmission and provide a stable, safe, and efficient data transmission solution.

The data center optical service conversion subsystem adopts advanced optical transmission technology, supports multiple optical port types and wavelength ranges, and can realize optical fiber conversion and data transmission between different networks. The system has fast response, low latency, and high-quality data transmission capabilities, which can meet the data center's demand for high-speed and large-bandwidth data transmission.

The system also supports a variety of network protocols and data formats, including Ethernet, Fiber Channel, InfiniBand, etc., and can be widely used in different data center network environments. The system also has high reliability and strong security, which can ensure the security and stability of data transmission, and provides strong support for the operation and management of the data center.

1. High-speed and large-bandwidth: The optical service conversion subsystem of the data center adopts advanced optical transmission technology, supports high-speed and large-bandwidth data transmission, and realizes fast response and low-latency data transmission capabilities.

2. Multiple optical port types and wavelength ranges: the system supports multiple optical port types and wavelength ranges, can realize fiber conversion and data transmission between different networks, and provides flexible and diverse interfaces and compatibility.

3. Multiple network protocols and data format support: the system supports multiple network protocols and data formats, including Ethernet, Fiber Channel, InfiniBand, etc., and can be widely used in different data center network environments.

4. High reliability and strong security: The data center optical service conversion subsystem has high reliability and strong security, which can ensure the security and stability of data transmission and provide strong support for the operation and management of the data center.

5. Ease of use: The system is easy to operate, users can easily configure and manage the system, quickly realize fiber conversion and data transmission, and improve the operational efficiency and management level of the data center.

200G Muxponder card,supports transparent transmission of 2 channels of 100G services, and can convert 1 channel of 100G service signals into 1 channel optical signal of 100G DWDM standard wavelength or convert 2 channels of 100G service signals into 1 channel coherent optical signal of 200G DWDM standard wavelength.

2×200G Muxponder card,supports transparent transmission of 4 channels of 100G services, and can convert 4 channels of 100G service signals into 2 channels optical signal of 200G DWDM standard wavelength.

400G Muxponder card, supports transparent transmission of 4 channels of 100G services, and can convert 4 channels of 100G service signals into 1 channel optical signal of 400G DWDM standard wavelength.

1. Data center network management: The data center optical service conversion subsystem can be used for data center network management to realize optical fiber conversion and data transmission between different networks, and improve the flexibility and reliability of the data center network.

2. Cloud computing center: The data center optical service conversion subsystem can be used in cloud computing centers, supporting multiple optical port types and wavelength ranges, realizing fiber conversion and data transmission between different cloud computing centers, and improving the reliability of cloud computing centers sex and flexibility.

3. Large-scale enterprise network: the data center optical service conversion subsystem can be used in large-scale enterprise networks, supports multiple network protocols and data formats, realizes optical fiber conversion and data transmission between different enterprise networks, and improves the reliability and flexibility of enterprise networks sex.

4. Financial industry: The optical service conversion subsystem of the data center can be used in the financial industry, supporting high reliability and strong security, ensuring the security and stability of data transmission, and improving the data transmission efficiency and management level of the financial industry.

5. Medical industry: The optical service conversion subsystem of the data center can be used in the medical industry to support high-speed and large-bandwidth data transmission, realize fast response and low-latency data transmission capabilities, and improve the data transmission efficiency and management level of the medical industry.

1. First of all, you need to configure the system, including selecting the appropriate optical port type and wavelength range, setting the network protocol and data format and other information to meet the actual application requirements.

2. Next, you need to connect the optical fiber, and connect the optical fiber between different networks to the optical port of the optical service conversion subsystem of the data center to ensure the stability and reliability of optical fiber transmission.

3. After completing the system configuration and fiber connection, you can start data transmission. According to actual needs, you can choose different network protocols and data formats for data transmission, and you can also perform operations such as data encryption and decryption as needed.

4. You can manage the system through the optical service conversion subsystem of the data center, including monitoring the optical fiber transmission status, managing network protocols and data formats, setting data encryption and decryption, etc., to ensure the stability and security of the system.

1. When making fiber optic connections, you need to pay attention to selecting the appropriate optical port type and wavelength range to ensure the matching between the optical ports to ensure the stability and reliability of optical fiber transmission.

2. When configuring the system, you need to read the relevant instructions carefully to understand the impact and limitations of the system configuration, so as to avoid unnecessary problems or losses.

3. To ensure the security of data transmission, you need to perform data encryption operations to avoid leakage of sensitive information. You need to pay attention to choose the appropriate encryption algorithm and key length to ensure the strength and security of the encryption.

4. When you manage the system, you need to pay attention to monitoring the status of optical fiber transmission, managing network protocols and data formats, setting data encryption and decryption, etc., to ensure the stability and security of the system.

5. In order to ensure the normal operation of the optical service conversion subsystem of the data center, you need to perform regular maintenance, including cleaning optical ports, checking optical fiber connections, etc., to ensure the stability and reliability of the equipment.