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Optical Service Conversion Subsystem

The optical business conversion subsystem of the central computer room is a high-quality optical fiber communication equipment, which provides users with efficient, reliable, safe and stable optical fiber communication solutions. The system can convert different types of optical service signals to realize the interconnection of optical services and meet users' needs for high-speed and high-reliability data transmission.

  • Product Introduction

The optical business conversion subsystem of the central computer room is a high-quality optical fiber communication equipment, which provides users with efficient, reliable, safe and stable optical fiber communication solutions. The system can convert different types of optical service signals to realize the interconnection of optical services and meet users' needs for high-speed and high-reliability data transmission.

 

The system adopts advanced optical technology and digital circuit technology, and has the characteristics of low insertion loss, good optical performance, high stability and easy expansion. The system supports multiple interface types, such as optical ports, electrical ports, serial ports, etc., and can be connected with different types of equipment to realize optical business interconnection between different equipment.

 

Product Features

 

1. High-efficiency conversion: The system can realize the conversion of different types of optical service signals, and has the characteristics of high-efficiency conversion. It can convert optical service signals of different interface types such as optical ports, electrical ports, and serial ports to realize optical service interconnection between different devices.


2. High reliability: The system adopts advanced optical technology and digital circuit technology, and has the characteristics of small insertion loss, good optical performance, high stability, and easy expansion, which ensures the reliability of optical service transmission.


3. Multi-interface support: The system supports multiple interface types, such as optical port, electrical port, serial port, etc., and can be connected with different types of equipment to meet the needs of users with various interface types.


4. Easy to expand: the system supports modular design, and can be flexibly expanded according to user needs to meet the business needs of users of different scales.


5. Security and stability: The system adopts a multi-layer security mechanism to ensure the security of optical service transmission. It also has high stability and can run stably for a long time.

 

Product Image

 

Product picture of the optical service conversion subsystem in the central computer room

Schematic diagram of the optical service conversion subsystem product

Schematic diagram of the 200G multiplexing transponder of the optical service conversion subsystem

Schematic diagram of the 200G multiplexer interface of the optical service conversion subsystem

 

Product Applications

 

1. Telecommunications field: This system can be used for optical fiber transmission and interconnection of data centers to realize interconnection and communication between data centers and improve data transmission efficiency and stability.


2. Financial field: In the financial field, the system can be used for the interconnection of financial data centers to realize the rapid transmission of financial data and improve the efficiency and security of financial transactions.


3. Government field: The system can be used for information construction and data exchange of government agencies, realize data interconnection and sharing among government agencies, and improve the level of government information construction.


4. Medical field: In the medical field, the system can be used in the information construction of medical institutions and the transmission of medical data, so as to realize the interconnection and sharing of data among medical institutions and improve the level of medical services.


5. Educational field: The system can be used in the information construction and data exchange of educational institutions, realize data interconnection and sharing among educational institutions, and improve the level of educational information construction.

 

Product Parameters

 

Number of channels 4, 8, 16, 32, 64, etc. Insertion Loss ≤0.5dB
Working wavelength 850nm, 1310nm, 1550nm, etc. Return Loss ≥40dB
Optical port type SC/UPC, SC/APC, LC/UPC, LC/APC, etc. Supported protocol types Ethernet, ATM, SDH, etc.
Maximum transmission distance 10km, 20km, 40km, 80km, etc. Support conversion rate 10Mbps, 100Mbps, 1Gbps, 10Gbps, etc.
Operating temperature range -5℃ ~ +50℃ Support optical fiber interface rate 1.25Gbps, 2.5Gbps, 10Gbps, etc.
Support electrical interface rate 10Mbps, 100Mbps, 1Gbps, etc. Support serial interface rate 64Kbps, 128Kbps, 1.5Mbps, 2Mbps, etc.

 

Instructions For Use

 

1. Confirm the device connection: First, you need to confirm the connection method and interface type of the device, and select the corresponding interface to connect. For example, if you need to convert the optical port signal to the electrical port signal, you need to connect the optical port to the optical fiber, and connect the electrical port to the device.


2. Configure device parameters: After connecting the device, you need to configure the device parameters according to actual needs. Parameters such as the number of channels, channel spacing, and working wavelength need to be set to ensure that the device can work normally.


3. Start conversion: After the equipment connection and parameter configuration are completed, the conversion of optical service signals can be started. The system can convert different types of optical service signals to realize the interconnection and intercommunication of optical services.


4. Monitoring the operating status: During the working period of the equipment, it is necessary to monitor and maintain the operating status of the equipment. Through the operation status indicator and alarm information provided by the monitoring system, abnormal operation of the equipment can be found in time to ensure the stable operation of the equipment.

 

Terms Of Use

 

1. When installing the device, it is necessary to prevent the device from being affected by external vibration and electromagnetic interference. The installation location of the equipment should be fixed and stable, and should not be interfered by other equipment.


2. When connecting devices, you need to pay attention to the type and specification of the interface to ensure that the connection between devices is correct and stable. The interface connection should be tight and firm to prevent signal loss, interference and other problems caused by poor or loose connection.


3. When configuring device parameters, it needs to be set according to actual needs. Improper setting of device parameters may affect the working efficiency and stability of the device, so it needs to be set according to the actual situation to ensure the normal operation of the device.


4. During the operation of the equipment, it is necessary to monitor and maintain the operating status of the equipment. Through the operation status indicator and alarm information provided by the monitoring system, abnormal operation of the equipment can be found in time to ensure the stable operation of the equipment.


5. During the use of the device, regular maintenance is required, such as device cleaning, connection check, software upgrade, etc. Regular maintenance can prolong the life of the equipment and improve the performance and stability of the equipment.

 

Customer Comments

Emma Wilson, Manchester, UK commented:

As a system engineer, I have achieved remarkable results using the central office optical business conversion subsystem in our Manchester data center. This product provides efficient and reliable fiber optic signal conversion capabilities, allowing us to flexibly manage and transmit large amounts of data. It does an excellent job of ensuring communication quality and stability.

Luisa Fernandez from Barcelona, Spain commented:

Our Barcelona data center has been using the optical service conversion subsystem of the central computer room for some time, and we are very satisfied with the functions and performance provided by this product. It has excellent and stable fiber optic signal conversion capabilities, providing high-speed, reliable and flexible data transmission for our network architecture.

Hiroshi Tanaka from Sapporo, Japan commented:

The optical business conversion subsystem of the central office plays an important role in our data center in Sapporo. It has excellent optical fiber signal conversion capability and stability, providing us with high-quality data transmission and connection. This product not only meets our needs for speed and reliability, but also helps optimize the entire network architecture.

Sofia Santos from Sao Paulo, Brazil commented:

This central computer room optical business conversion subsystem is one of the key components of our São Paulo data center! With its excellent reliability and elasticity, it provides companies with fast, reliable and elastically scalable fiber optic connections. We use this device to successfully optimize the internal network structure and improve business efficiency.

Javier Morales, Mexico City, Mexico commented:

The optical business conversion subsystem of the central computer room performed well in our data center in Mexico City. It provides stable and efficient fiber optic signal conversion, enabling us to meet the ever-increasing data demands. This product is highly reliable and brings better performance and security to the company's network architecture.

 

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