24-Port Mtp Modular Fiber Optic Patch Panel
Our 24-port MTP modular fiber optic patch panel also has excellent insertion loss and return loss performance, which ensures the quality and stability of signal transmission. The product also uses high quality materials and exquisite craftsmanship to ensure the durability and reliability of the product.
- Product Introduction
Our 24-port MTP modular fiber optic patch panel also has excellent insertion loss and return loss performance, which ensures the quality and stability of signal transmission. The product also uses high quality materials and exquisite craftsmanship to ensure the durability and reliability of the product.
The product adopts MTP interface and can support many different types of optical fibers, including single-mode and multi-mode fibers. 24-port design can meet the demand for large-capacity fiber connections, providing users with efficient and reliable network transmission.
As a company with many years of experience in optical communication, we have been committed to providing excellent products and services to our users. This product is a high quality, high performance fiber optic patch panel designed to provide users with stable, high speed fiber optic network connectivity.
Product Features
1. High density design: The product adopts 24-port design, which can meet the demand of large capacity fiber connection and provide efficient and reliable network transmission.
2. Multi-fiber type support: The product adopts MTP interface, which can support many different types of fiber, including single-mode and multimode fiber.
3. Excellent performance: The product has excellent insertion loss and return loss performance, which ensures the quality and stability of signal transmission.
4. High quality materials: The product is made of high quality materials and exquisite craftsmanship to ensure the durability and reliability of the product.
5. Easy to use: The product is designed to be very user-friendly and easy to install and maintain, providing users with a convenient and easy-to-use experience.
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Product Applications
1. data center: with the increasing size and complexity of data centers, the demand for high-speed, high-density and highly reliable fiber optic connections is also increasing. 24-port MTP module fiber optic distribution frame can meet these needs of data centers, providing efficient and reliable fiber optic connections for data center operations and management.
2. telecom networks: telecom operators need to handle large amounts of data and signals, requiring high-speed, high-density, highly reliable fiber optic connections. 24-port MTP module fiber optic distribution frame can meet these needs of telecom networks, providing efficient and reliable fiber optic connections for telecom operators.
3. medical information systems: medical information systems need to handle a large amount of medical data and signals, need high-speed, high-density, highly reliable fiber optic connections. 24-port MTP module fiber optic distribution frame can meet these needs of medical information systems, providing efficient and reliable fiber optic connections for medical information systems.
4. manufacturing industry: manufacturing industry needs to achieve intelligent production, need high-speed, high-density, highly reliable fiber optic connections. 24-port MTP module fiber optic distribution frame can meet these needs of the manufacturing industry, providing efficient and reliable fiber optic connections for the manufacturing industry.
Product Parameters
| Fiber Type | SM/ MM/ OM3 | Insertion Loss | ≤0.35dB |
| Repetitive use performance | ≤0.2dB | Insertion times | ≥1000 times |
| Operating Temperature | -40℃~+75℃ | Relative Humidity | 5%~95% |
| Interface Type | MTP/MPO | Number of fiber ports | 24 ports |
| Standard support | TIA/EIA-568-C.3 standard | Housing Design | Compact and Rugged |
Instructions For Use
1. Install the 24-port MTP module fiber optic patch panel in a suitable location and make sure it is securely fixed in place to prevent it from loosening or moving during use.
2. Connect the fiber that needs to be transmitted by inserting the fiber into the MTP interface of the 24-port MTP module fiber patch panel and make sure the plug is inserted into the correct position.
3. For easy management and maintenance, you can mark the fiber with information such as the device it is connected to and the port number.
4. Connect the other end of the fiber to the device that needs to transmit the optical signal, and make sure the connection is secure and reliable.
5. After the fiber is connected, test the fiber connection using test equipment such as optical power meter and optical time domain reflectometer to ensure the quality and stability of the transmitted optical signal. Regularly maintain and inspect the fiber optic connection to ensure its stability and reliability.
Terms Of Use
1. When installing, choose a suitable location and make sure the 24-port MTP module fiber optic patch panel is fixed firmly to prevent loosening or movement during use.
2. When connecting the fiber, make sure the plug is inserted into the correct position and avoid over-bending the fiber to avoid affecting the quality of the transmitted signal.
3. When connecting equipment, make sure the connection is secure and reliable and avoid over-twisting or pulling the fiber to avoid affecting the quality of the transmitted signal.
4. During use, avoid exposing the 24-port MTP module fiber optic distribution frame to direct sunlight or a humid environment, so as not to affect its stability and reliability.
5. When using test equipment such as optical power meter and optical time domain reflectometer to test the fiber connection, you should follow the operation steps in the equipment manual to ensure the accuracy of the test results.
Customer Comments
Juan Hernandez, a network engineer from Guanajuato, said:
Samantha Brown, a data center administrator from New York State, said:
Mike Johnson, Network Operations Manager from British Columbia, who said:
Hans Müller, IT department head from the city of Berlin, who said:
Emily Wong, a network engineer from Victoria, who said:
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