SI3019-F-FMR Integrated Circuits (ICs)

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Introduction

SI3019-F-FMR is an innovative optical interface designed by II-VI Incorporated for telecom applications. It is a perfectly optimized combination of multiple components for cost-effective and reliable data delivery in communication links. This integrated solution, also known as a full-duplex field-mount receiver (FMR), offers a significantly lower power consumption than other existing solutions. The baseboard offers full 10 Gbps operation, end-user configurability, and hot-pluggable components.

Application Fields

SI3019-F-FMR\'s application field is mainly in telecom area, such as digital fiber-optic systems. With its capability of operating at 10 Gbps, SI3019-F-FMR helps to speed up communication activities and improve the overall performance of the telecom networks. It is also used in data centers and cloud storage systems. Furthermore, this optical interface is widely adopted in distributed antenna systems (DAS), which are especially suitable for mobile networks.

Working Principle

In order to understand the working principle of SI3019-F-FMR, it is important to briefly describe first the basic operation of an FMR. When a fiber optic cable enters the receiver, the light is coupled to an optical fiber, which is then passed through an optical multiplexer in order to separate the light signals into different wavelengths. The optical signals are then converted into electrical signals by a photodetector, and sent to a transimpedance amplifier. The transimpedance amplifier performs gain adjustment so that the detected signals can be properly conditioned as digital data for further processing. Finally, the output of the optical receiver is sent to a digital-to-analog converter, which converts the digital signals to analog signals in order to be used by the system.

SI3019-F-FMR is optimized to provide the perfect solution for telecom applications. It includes the following components: a control circuit, an optical multiplexer, a photodetector, a transimpedance amplifier, two 10Gbps analog-to-digital converters, and a digital-to-analog converter. The design of SI3019-F-FMR provides the best performance and highest reliability than the conventional FMRs. Moreover, this optical interface also offers hot-plugging features and low power consumption.

Conclusion

SI3019-F-FMR is an innovative optical interface designed for telecom applications such as digital fiber-optic systems and distributed antenna systems (DAS). This full-duplex field-mount receiver offers great performance and reliability, as well as low power consumption and end-user configurability. It consists of a multiplexer, photodetector, transimpedance amplifier, two 10 Gbps analog-to-digital converters, and a digital-to-analog converter. With its advanced features, SI3019-F-FMR is perfect for cost-effective and reliable data delivery in communication links and telecom networks.

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