B-155-3813

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B-155-3813 is from the chip family of the B series. It is a combination of aerial fiber optics, antistatic and switching integration technology. It is designed for long-distance data transmission, networking and other application scenarios. B-155-3813 has a small size, low power consumption, high reliability, and low network costs.

The field of application of the B-155-3813 includes the transportation, enterprise, industrial and home network applications. This chip is designed to transmit information over long distances in a stable, reliable and cost effective manner. For the enterprise application, B-155-3813 can be used to transfer information from a central data center to employee terminals. B-155-3813 can also be used to connect various devices such as laptops, tablets and smartphones at home, enabling easy and quick communication and data transfer.

In addition, the B-155-3813 can be used for industrial applications as it provides the ability to transfer data between different machines and equipment quickly with minimal power consumption. In transportation, the chip is used to transmit and exchange information between stations, vehicles, and controllers in a more secure manner.

As a switch chip, B-155-3813 has a unique integrated optical communication technology. The chip adopts a special two-chip stacking structure. Each chip is equipped with an integrated optical port, and the two are connected to each other through a special optical module. This chip is able to process digital and analog signals, as well as optical signals, allowing for the transfer of data in a reliable manner over long distances.

The working principle of the B-155-3813 chip is based on twin-chip architecture. During data transmission, the operating voltage of 3.3V and the built-in high-speed optical transceiver are used to communicate between two chipsets. The chip\'s optical transceiver sends bits that are modulated and demodulated to form digital packets. The chip also integrates an array of filters, amplifiers and multiplexers to ensure that the signal quality remains high. After that, the signal is amplified with the help of a power amplifier and then transferred to the optical port for data reception.

In addition to the optical port, the chip also has an integrated antenna and small power amplifier. This allows the chip to send signals wirelessly over long distances with very little power consumption. The reception and demodulation of the signal is done by a built-in receiver, which then converts the analog signal to digital data.

B-155-3813 chip is a highly reliable and efficient chip that can be used for long-distance communication and networking applications. Its high performance and low power consumption make it an ideal choice for various scenarios. The chip\'s integration of aerial fiber optics, antistatic, switching, and other technologies make it an ideal chip for various scenarios.

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