M86208G12

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M86208G12 Application Field and Working Principle

Introduction: M86208G12 is a type of transceiver module for SFP+ (Small Form-factor Pluggable Plus) high speed communication interface. M86208G12 is designed for 8G Fibre Channel system, it is designed to provide high performance, transport serial optical data over a single 8G FC optical link. The serial data rate of M86208G12 can reach 8Gbps. The device consists of a duplex LC connector, MFP multiplexer/demultiplexer, integrated Transmitter and Receiver. This device enables an 8G FC connection while minimizing host board and system complexity.

Application Fields

M86208G12 is widely used in areas of storage, telecommunications, network computing devices, ultrasonic imaging medical instruments, satellites, real-time video and other optical communication systems.

In terms of storage, M86208G12 can enable 8G Fibre Channel for the storage network and transmission, satisfying the need for cost effective, powerful and reliable storage and backup solutions.

In terms of telecommunications, M86208G12 can be used as a cost effective solution to improve the performance of modern telecom systems, which have ever increasing data rates and demand for high speed data exchange.

In terms of network computing devices, M86208G12 can enable 8G Fibre Channel for network computing devices, greatly extending the range of applications possible on a network.

In terms of medical instruments, M86208G12 can be used in ultrasound imaging instruments, providing sophisticated digital image processing, smooth image transfer and accurate diagnosis.

In terms of satellites, M86208G12 can enable a reliable 8G Fibre Channel connection, bringing higher data throughput and higher communication quality to space applications.

In terms of real-time video, M86208G12 can enable a powerful 8G Fibre Channel connection, providing an efficient solution for broadcasting or streaming high-definition video.

Working Principle

M86208G12 is a duplex optical module consisting of a transmitter, receiver, and duplex LC connector. The transmitter is designed to convert the electrical signal from the host into an optical signal, which is then transmitted over an 8GFC optical link. The receiver then converts the received optical signal back into a electrical signal, which is then sent to the host system. In terms of the duplex LC connector, it leads in and out the optical fibre for transmitting and receiving the signals.

The working principle of M86208G12 can be divided into four steps.

Step 1: Signal Transmission
The electrical signal from the host is converted into an optical signal by the transmitter, which is then sent over an 8GFC optical link via the duplex LC connector.

Step 2: Optical Link
The optical link is established when the optical signal is transmitted.

Step 3: Signal Reception
The received optical signal is converted back into an electrical signal by the receiver, which is then sent to the host system.

Step 4: Connector Check
The duplex LC connector is checked for proper connection and data transmission.

Conclusion

By using M86208G12 transceiver module, 8G Fibre Channel connection can be established in many applications, such as storage, telecommunications, network computing devices, ultrasound imaging instruments, satellites and real-time video. The principle of the M86208G12 transceiver module can be divided into four steps, namely, signal transmission, optical link, signal reception and connector check.

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