Professional provider of high-end integrated DWDM solutions for big data transmission

By deploying a DWDM network, you will gain the following benefits: High Bandwidth and Capacity : DWDM technology achieves higher bandwidth and capacity by multiplexing multiple wavelengths of signals on a single optical fiber compared to conventional devices. In the backdrop of the ever-growing demands of the internet and communication, the high capacity becomes especially critical, especially in domains like high-definition video, cloud computing, and the Internet of Things. Long-Distance Transmission : DWDM technology employs wavelengths with minimal signal loss in the optical fiber transmission process. When paired with Transponders/EDFAs, it can even transmit signals over thousands of kilometers. This attribute is especially important for connecting remote cities, spanning international borders, and linking data centers across continents. The extensive long-distance transmission capability of DWDM greatly extends the reach of data communication, effectively facilitating seamless ...

The working principle of DWDM technology is as follows: When signals are received, different signals are modulated onto their respective wavelengths, with each wavelength corresponding to an independent channel. After modulation is complete, these signals are combined into a single optical fiber at the transmitting end, forming a multi-wavelength optical signal. When this multi-wavelength optical signal is transmitted through the optical fiber to the receiving end, it undergoes wavelength demultiplexing, being separated into different wavelengths. The demultiplexed signals are then demodulated, converting the optical signal into an electrical signal and extracting the original data streams. Finally, the data streams from each channel are restored to their original form and delivered to the target device.