19" 1U 40-Channel AAWG Rack Mount Panel

The rack mount panel adopts advanced AAWG technology, which can realize 40 channels of optical signal transmission, has the advantages of high throughput, high density, low insertion loss, etc., and can meet the needs of users for high-speed, large-capacity, and long-distance optical transmission . Installed in a 19-inch 1U rack, it can be easily and quickly installed in a standard rack in the computer room, saving space and facilitating maintenance. At the same time, the optical fiber connection of this product adopts FC/APC interface, and the insertion loss is low, which ensures the stability and reliability of the optical signal.

In addition to high performance and convenient installation, the rack mount panel is also highly customizable. Users can choose different channel numbers, wavelength ranges, fiber lengths, and connection methods according to their needs to meet different application scenarios. . If you need more information and services about this product, please contact us, we will wholeheartedly provide you with high-quality products and services.

1. High-throughput: The rack-mounted panel adopts advanced AAWG technology, which can realize 40 channels of optical signal transmission. demand.

2. Low insertion loss: The low insertion loss of this product can ensure the stability and reliability of the optical signal and reduce the operating cost of the user.

3. Highly customizable: The rack mount panel is highly customizable, and users can choose different channel numbers, wavelength ranges, fiber lengths, and connection methods according to their own needs to meet different application scenarios.

4. Convenient installation: The product adopts a 19-inch 1U rack installation method, which can be easily and quickly installed in a standard rack in the computer room, saving space and facilitating maintenance.

5. High reliability: The rack-mounted panel adopts high-quality materials and craftsmanship, which has high reliability and stability, which can ensure long-term stable operation, reduce failure rate and user maintenance costs.

1. Optical communication: With the rapid development of networks and the continuous increase of data transmission, optical communication has become one of the most important communication methods at present. This product can realize high-throughput, high-density, low insertion loss optical signal transmission, and can meet users' needs for high-speed, large-capacity, and long-distance optical transmission.

2. Data center: In the current era of highly developed information technology, data centers have become data storage and processing centers for various industries. This product can realize high-density optical signal transmission, and can provide high-speed, large-capacity optical transmission solutions for data centers.

3. Optical monitoring: Optical monitoring refers to the use of optical sensing technology to monitor and analyze optical signals, so as to realize the monitoring and management of optical networks. This product can realize highly customizable optical transmission solutions, which can meet users with different optical monitoring needs.

4. Light sensing: Light sensing refers to the technology that uses optical principles to measure and monitor the environment, objects or organisms. This product can realize high-throughput and high-density optical transmission, and can provide high-speed, high-precision optical transmission solutions for optical sensing.

1. Preparations: Before using the rack-mounted panels, you need to prepare the required optical fibers, connectors and other accessories, and check whether the equipment is intact.

2. Install the rack: install the rack in a standard 19-inch cabinet, and fix the screws, pay attention to keep the rack level.

3. Connect the optical fiber: insert the optical fiber connector into the corresponding channel in the rack installation panel, pay attention to the cleanliness and insertion direction of the connector.

4. Connecting equipment: Insert the fiber optic connector at the other end into the equipment to be connected, such as optical modules, optical receivers, etc.

5. Debugging and testing: After the optical fiber connection is completed, debug and test the equipment to ensure that the signal is stable and the transmission is normal.

1. Select the appropriate optical fiber: In order to ensure the quality and stability of optical transmission, it is necessary to select the appropriate optical fiber and ensure that the quality of the optical fiber meets the requirements. At the same time, parameters such as the length, diameter, and connector type of the optical fiber also need to match the rack installation panel.

2. Pay attention to the cleaning of optical fiber connectors: optical fiber connectors are key components of optical signal transmission, and they need to be kept clean and dry to avoid contamination and influence of impurities such as dust and grease.

3. Pay attention to the insertion direction of the fiber optic connector: When inserting the fiber optic connector, you need to pay attention to its insertion direction to avoid reverse or skewed insertion, which will cause unstable or impossible transmission of the transmitted signal.

4. Keep level when installing the rack: When installing the rack, keep it level to avoid incorrect insertion direction of the fiber optic connector due to the tilt of the rack, which will affect the transmission of optical signals.

5. Pay attention to the heat dissipation of the rack-mounted panel: When the rack-mounted panel is running for a long time, it is necessary to pay attention to its heat dissipation to avoid equipment damage or affect transmission quality due to overheating.

6. Regular inspection and maintenance: In order to ensure the normal operation of the equipment and the quality of optical signal transmission, it is necessary to regularly inspect and maintain the cleanliness and wear of the rack mounting panels and connectors, and perform necessary maintenance and maintenance.