400G Coherent CFP2 DCO C-Band Tunable Optical Module

400G Coherent CFP2 DCO C-Band Tunable Optical Module is a high-speed, high-bandwidth optical communication equipment with excellent performance and reliability, providing users with stable and efficient optical communication solutions. This product uses advanced coherent technology to achieve high-speed data transmission and long-distance transmission, meeting users’ high-capacity and high-speed communication needs.

400G Coherent CFP2 DCO C-Band Tunable Optical Module is a digital coherent optical transceiver module that supports 400Gbps transmission rate. It comes in a CFP2 DCO package and is a smaller form factor optical transceiver module that is compatible with the CFP2 DCO standard. The optical transceiver module uses digital coherent technology to achieve high-speed, high-capacity optical signal transmission through digital signal processing and coherent detection technology. It has a long transmission distance and can realize signal transmission in long-distance optical fiber communication systems.

At the transmitting end, the optical transceiver module uses digital signal processing and modulation technology to encode and modulate the signal, and then sends the encoded optical signal into the optical fiber. At the receiving end, it uses coherent detection and digital signal processing technology to demodulate and decode the received optical signal and restore the original digital signal.

-Optical communication network: This module is widely used in optical fiber communication networks to achieve high-speed, high-bandwidth data transmission. It can be used in scenarios such as optical fiber backbone network, data center interconnection, optical network interconnection, and long-distance transmission.

-Data center interconnection: With the rapid development of cloud computing and big data, data centers require high-capacity and high-speed optical fiber connections to meet data transmission needs. The 400G coherent CFP2 DCO C-band tunable optical module can be used for interconnection between data centers, providing high-speed, low-latency data transmission.

-Scientific research: High-speed optical fiber communication technology is also widely used in scientific research. For example, in astronomical research, large amounts of astronomical data need to be transmitted through fiber optic networks. The 400G Coherent CFP2 DCO C-Band Tunable Optical Module can provide high-speed, high-bandwidth data transmission capabilities to meet the data transmission needs of scientific research.

– Financial transactions: In financial transactions, fast and reliable data transmission is crucial for high-frequency transactions. The 400G Coherent CFP2 DCO C-Band Tunable Optical Module can provide high-speed data transmission capabilities and help financial institutions achieve low-latency transactions.

-Video transmission: The transmission of HD video, 4K and 8K video is very important for the entertainment, radio and television industries. 400G Coherent CFP2 DCO C-Band Tunable Optical Module can provide high-bandwidth and high-speed data transmission to meet the needs of high-definition video transmission.

(1) High-speed transmission capability: This product uses advanced coherent technology to achieve high-speed data transmission and long-distance transmission, meeting users’ needs for large-capacity and high-speed communication.

(2) Excellent optical performance and reliability: This product has excellent optical performance and reliability, can work stably in complex optical communication environments, and improves user communication quality and reliability.

(3) Adjustable wavelength function: This product has an adjustable wavelength function. Users can adjust and optimize the wavelength according to actual needs to improve the flexibility and adaptability of the optical communication system.

(4) Wide application fields: This product is widely used in data centers, telecom operators, cloud computing and other fields to meet the communication needs in different scenarios.