XR33184ESBTR Integrated Circuits (ICs)

Interface - Drivers, Receivers, Transceivers

XR33184ESBTR is a high-speed data driver or receiver designed for multi-lane Gigabit Ethernet applications. It is designed for minimal power consumption and accurate signal processing, making it suitable for long-reach fiber and copper networks. This device is a transceiver which can offer both 1.25 gigabit per second and 5 gigabit per second data rates. It features pre-emphasis and equalization technology to optimize signal integrity over long-reach channels. This device is widely used in a variety of applications.

XR33184ESBTR Application Field

The XR33184ESBTR transceiver can be used in a variety of applications. It is suitable for Gigabit Ethernet applications, such as link aggregation、network access control and Ethernet network topology management. It is also used in server storage and data transfer applications, as well as media streaming applications. This device supports Fiber Channel applications, as well as Mobile backhaul. It is an excellent choice for industrial and SOHO networks, as well as for enterprise networks and high-end server requirements.

XR33184ESBTR Working Principle

The XR33184ESBTR transceiver is based on a high-speed serial signaling technology. The device is used to transmit digital data from one interface to another. On the transmit side it converts the stream of electrical data into a stream of optical data, while on the receive side it converts the optical data stream into an electrical data stream. The data rate can be controlled by applying the pre-emphasis and equalization techniques. The device features an automatic gain control that adjusts the signal strength as required.

XR33184ESBTR utilizes a variety of techniques to ensure reliable signal transmission. It uses clock and data recovery techniques to detect and adapt to changing signal conditions, and features an integrated clock generator and phase jitter filter to reduce timing errors. The device also features an eye pattern and waveform analyzer to ensure that data is accurately transmitted. The device utilizes advanced input/output impedance control and equalization techniques to ensure signal integrity.

Conclusion

XR33184ESBTR is a high-speed transceiver that provides reliable data transmission for Gigabit Ethernet applications. It is designed for minimal power consumption and accurate signal processing, and is suitable for long-reach fiber and copper networks. This device provides pre-emphasis and equalization technology to optimize signal integrity over long-reach channels, and supports a variety of applications. It utilizes clock and data recovery, as well as phase jitter, eye pattern and waveform analysis techniques to ensure reliable transmission.