Rate: The module supports a data transfer rate of up to 10Gbps, which can meet the data transfer needs in various high-speed communication scenarios. For example, in 10G Ethernet and fiber channel networks, it can achieve fast data transfer.
Wavelength: It usually operates in the C band, with a wavelength range of 1528.77nm to 1563.86nm and a wavelength interval of 0.8nm. Different wavelengths correspond to different channels. With DWDM technology, multiple channels can be multiplexed on a single fiber.
Transmission Distance: Using single-mode fiber, the module can achieve a long transmission distance of 80km. This is mainly due to the high-performance laser and photodetector it uses, as well as the advanced optical signal processing technology, which can maintain good signal quality during long-distance transmission.
Package Form: The SFP+ package is used, which is small in size and hot-pluggable. This packaging form is easy to install and maintain. Modules can be inserted and removed without interrupting system operation, thereby improving the flexibility and manageability of the network.
Interface Type: It generally has a dual-fiber LC interface, which uses two fibers to transmit data separately, ensuring the bidirectionality and stability of data transfer.
Digital Diagnostic Function: It has a digital diagnostic function that can monitor the working status of the module in real time, covering parameters such as temperature, voltage, and optical power. These information are fed back to the network management system, which helps to find and solve potential problems in time, improving the reliability and stability of the network.
Operating Temperature: It offers two operating temperature ranges: commercial grade (0℃ - 70℃) and industrial grade (-40℃ - 85℃) to meet different application environments.
Data Center: In data centers, there is a large amount of data transfer and exchange between different servers, switches, and storage devices. The 10G SFP+ DWDM 80km optical module can be used to connect devices in different areas of the data center, achieving high-speed and long-distance data transfer. It meets the requirements of data centers for bandwidth and transmission distance. At the same time, with DWDM technology, it can effectively use fiber resources and increase fiber transmission capacity.
Metro Network: In the construction of metro networks, it is necessary to connect different base stations, switching centers, and user-end devices. The optical module can be used in the backbone links of metro networks to achieve high-speed data transfer between different nodes in the city. It provides high-quality voice, video, and data communication services for urban residents. Its 80km transmission distance can meet the long-distance communication needs between different areas in the city, reducing the use of repeater equipment and lowering construction and operating costs.
Wide Area Network: In wide area networks, the module is used to connect network nodes in different cities and even different countries. It can maintain high-speed and stable data transfer during long-distance fiber transmission, achieving efficient communication between different nodes in wide area networks. It supports the global business expansion and data sharing of enterprises.
Fiber Channel Network: In storage area networks (SAN), fiber channel is a commonly used high-speed storage network technology. The 10G SFP+ DWDM 80km optical module can be used to connect storage devices and servers, achieving high-speed data transfer between them and meeting the high-performance needs of enterprises for data storage and access.
Wireless Network: In 5G network construction, the fronthaul network needs to connect the baseband unit (BBU) and the radio frequency unit (RRU) of the base station. The 10G SFP+ DWDM 80km optical module can be used in 5G fronthaul networks to achieve high-speed data transfer between BBU and RRU. It supports the high bandwidth and low latency requirements of 5G networks and provides strong support for the wide deployment of 5G networks.
Network Expansion: As network services continue to grow, existing network bandwidth may not be able to meet the needs. The 10G SFP+ DWDM 80km optical module can be used as an effective means of network expansion. By adding wavelength channels in the existing fiber network and using DWDM technology to multiplex multiple wavelengths, the transmission capacity of the network can be increased without laying new fibers, meeting the growing business needs.
SFP+ DWDM 80km