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The Design and Research of Optical Transceiver Module in Fiber Channel

Author: GongChun
Tutor: ChenWei
School: Wuhan University of Technology
Course: Communication and Information System
Keywords: Fibre Channel Optical transceiver modules High-speed circuit Signal Integrity
CLC: TN929.1
Type: Master's thesis
Year: 2005
Downloads: 838
Quote: 7
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Abstract


Fibre Channel (Fiber Channel, FC) technology is an emerging network storage switching technology, it can provide long-distance connections and high-bandwidth transmission of large data files in memory between the server and the client node. Fibre Channel is an industry standard interface for the transmission of information between the computer and the computer subsystem interface. Optical transceiver module as the interface between the Fibre Channel interface between the system and optical storage network storage devices, with a small, hot-swappable and self-diagnostic features. However, the difficulty of the technology to achieve the appropriate increase, to be integrated in a small area on the optical monitors, amplifiers, lasers, and drive as well as a variety of alarms, monitoring, control signal circuit and the high rate of data transmission over 1.25Gbps, on must consider issues such as signal integrity and electromagnetic interference. Established in the study to design a sufficient bandwidth, stable performance, high reliability rate of 1.25Gbps Fibre Channel technology layer structure, topology research foundation pluggable SFP optical transceiver modules. Optical transceiver module works first study, a comparative analysis of several technical solutions to determine the implementation of the program, then optical transceiver module circuit in the transmitter, receiver the main chip circuit and key technologies analysis, followed by the use of high-speed circuit signal integrity of theoretical knowledge to optimize the design of the circuit board, and finally take effective test method to debug the board, after the commissioning of the results in line with predetermined indicators. This paper focuses on the application environment of the optical transceiver module - the structural characteristics of the Fibre Channel, pointing out the advantages of Fibre Channel applications. Important consideration when the high-speed circuit design and optimization method to eliminate reflections, crosstalk and electromagnetic interference, especially for the elimination of electromagnetic interference the decoupling capacitors role, principle and circuit design skills to do the analysis and simulation. The thoroughness of the optimized design of such signal can better maintain the quality of the signal. Gigabit optical transceiver module has been widely used in a variety of broadband access network environment, and will be gradually applied to the ring backbone network and chain-shaped backbone network. Gigabit SFP transceiver module will replace SIP and GBIC Gigabit optical transceiver module market mainstream, is the inevitable trend of development of communication optoelectronic devices.

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CLC: > Industrial Technology > Radio electronics, telecommunications technology > Wireless communications > Lightwave communications, laser communications
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