SI1500 500G BTL

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SI1500 500G BTL is a kind of application field and working principle which can provide transmission performance and quality assurance in the process of optical communication. It can combine four optical modulator chips into one integrated circuit. This makes it possible to realize the parallel transmission of four independent channels with stable performance and good integration.

The SI1500 500G BTLworking principle is based on the optical carrier division multiplexing technology. When the same optical signal is sent from one end to the other through the optical fiber, the corresponding photoelectric conversion elements of the two ends can be used to convert the optical signal into electrical signals. By using the modulator chip in the middle, the output signal can be divided into four independent channels with different frequencies, which are then multiplexed and sent to the other end.

The SI1500 500G BTL integrates four OC-768 channels at the standard of BDL module. This integrated signal can be transmitted with more stable quality across a single optical fiber. The effective data rate of the integrated design is 4 x 2.5 Gbit/s = 10 Gbit/s, which requires only one transmitter and four receivers instead of five receivers in the non-integrated design.

The SI 1500 500G BTL has a wide range of applications, especially in the optical communication industry. It is widely used in data centers, cloud computing, and cables. It can provide transmission performance and quality assurance in the process of optical transmission and receive, and can reduce the signal transmission loss, extend the transmission distance of optical fiber, and reduce the whole system cost. It can also reduce the electromagnetic interference in optical communication system.

In summary, SI1500 500G BTL is a kind of application field and working principle with wide application range, which enables parallel transmission of four independent channels with stable performance and good integration. It has a wide range of applications in the optical communication industry, which can provide transmission performance and quality assurance in the process of optical transmission and receive, and can reduce the signal transmission loss, extend the transmission distance of optical fiber, and reduce the whole system cost.

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