Transceiver with 1 Optical Port, 1 Electrical Port, 10/100M, 1550nm Tx/1310nm Rx, 20km, 1×9 Optical Module, SC Interface, Commercial-grade Temperature and External 220V AC Power Supply

Introduction

This transceiver is a well-designed networking device that combines the advantages of optical and electrical communication, catering to the diverse needs of modern network environments. With its specific features and reliable performance, it serves as an essential component for efficient data transmission.

Key Specifications

• Port Configuration: The transceiver is equipped with one optical port and one electrical port. The optical port is tailored for long-distance data transfer, while the electrical port offers convenient connectivity for devices with Ethernet interfaces. It supports data rates of 10Mbps and 100Mbps, making it suitable for a wide range of applications that require stable yet not extremely high-speed data communication.
• Optical Module: Featuring a 1×9 optical module, the transceiver operates at a transmit wavelength of 1550nm and a receive wavelength of 1310nm. This dual-wavelength setup enables bidirectional communication over a single-mode fiber with an impressive transmission distance of up to 20 kilometers. The use of these wavelengths helps minimize signal loss and ensures reliable data transfer over long hauls.
• Interface: The optical module is connected via an SC (Subscriber Connector) interface. The SC interface is known for its ease of installation, high precision, and low insertion loss, which together contribute to a stable and reliable optical connection. This ensures consistent performance during data transmission, reducing the likelihood of signal degradation.
• Power Supply: It is powered by an external 220V AC power supply, providing a stable and continuous power source. The external power supply design offers flexibility in installation and allows for easy integration into different network setups. It ensures that the transceiver can operate smoothly without the risk of power-related interruptions.
• Operating Temperature: Designed to function within a commercial-grade temperature range, typically from 0°C to 70°C, the transceiver can operate reliably in various indoor environments. This wide temperature tolerance makes it suitable for use in different office settings, data centers, and other commercial applications without the need for specialized temperature control systems.

Features and Benefits

• Versatile Connectivity: The combination of the optical and electrical ports provides users with the flexibility to connect different types of devices and network segments. It can bridge the gap between optical fiber networks and Ethernet-based local area networks, enabling seamless data transfer and integration.
• Long-distance Transmission: With a transmission distance of 20 kilometers, the transceiver is ideal for applications that require long-haul communication, such as connecting different buildings in a campus, remote offices, or various nodes within a metropolitan area network. The optimized wavelengths enhance the transmission efficiency and reliability over such distances.
• Reliable Performance: The SC interface and the quality of the 1×9 optical module work together to ensure a stable and secure optical connection. This minimizes signal interference and loss, resulting in consistent and accurate data transmission. The device's ability to support 10/100M data rates also meets the requirements of many common network applications.
• Cost-effective Solution: For applications that do not demand extremely high-speed data transfer, this transceiver offers a cost-effective alternative. It provides a balance between performance and cost, making it an attractive choice for small and medium-sized businesses, educational institutions, and other organizations looking to optimize their network infrastructure investment.
• Stable Power Provision: The external 220V AC power supply ensures a stable power supply, which is crucial for the reliable operation of the transceiver. It reduces the risk of power fluctuations affecting the device's performance, ensuring that the network remains stable and operational at all times.
• Wide Temperature Adaptability: The transceiver's ability to operate within a commercial-grade temperature range ensures its suitability for a wide variety of indoor applications. It can function properly in different environmental conditions, from the relatively cool environments of data centers to the warmer settings of typical office spaces.

Applications

• Small and Medium-sized Enterprises (SMEs): In SMEs, this transceiver can be used to establish local area networks, connect different departments, and enable data sharing and communication. It provides a reliable and cost-effective solution for basic network operations such as file sharing, email services, and web browsing.
• Campus Networks: For educational institutions, the transceiver is suitable for connecting various buildings, libraries, classrooms, and administrative offices across the campus. It enables the seamless flow of academic resources, administrative data, and communication between different parts of the campus, enhancing the overall efficiency of the educational environment.
• Metropolitan Area Networks (MANs): In MANs, the transceiver can serve as a key component for connecting different network nodes, such as base stations, central offices, and other communication facilities. It supports the transmission of voice, data, and video services over long distances, contributing to the overall connectivity and functionality of the network.
• Enterprise Branch Offices: For enterprise branch offices that need to communicate with the main office or other branches, this transceiver can be used to establish reliable connections. It allows for the transfer of important business data, such as financial information, inventory management data, and customer records, ensuring smooth business operations across different locations.

 

In conclusion, this transceiver is a reliable, versatile, and cost-effective solution for modern network communication, offering stable performance and flexible connectivity in a wide range of applications.