PI2EQX632EXUBEX Integrated Circuits (ICs)

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Interfaces are components or systems that connect two or more devices or subsystems. Interfaces can support the flow of data and instructions in various directions, depending on their design and configuration. In this article, we will discuss the application field and working principle of PI2EQX632EXUBEX, which is classified as one of the interface signa; buffering, repeating, splitting.

Application Field

The PI2EQX632EXUBEX Interface is a multi-qx (4 to 1) extender that supports differential signal input. It extends the serialization and de-serialization frequency on the PCIe-Bus, PCIe-Card, Kintex-7 FPGA between PC/server and other equipment. It is applicable for PCIe2.1 integrated technology and has two input channels and one output channel.

It is designed for high frequency applications, and its input signals can be extended to 8.5 Gbps, with an extension accuracy rate of 99.51%. The output signals can achieve an upper limit at 58.8 Gbps, and the extension accuracy rate is 99.90%. The PI2EQX632EXUBEX also provides a 90-degree rotation and a 180-degree rotation. It combines the power management and voltage detection. Additionally, it can be mounted in a mechanical structure of half-height, half-length form with connectors.

The PI2EQX632EXUBEX is used for computer network applications which require the highest level of signal transmission quality. It is suitable for communication systems, industrial control systems, medical equipment and military applications. Moreover, it is also suitable for high performance video applications such as HDMI and DisplayPort.

Working Principle

The working principle of the PI2EQX632EXUBEX Interface starts with the signal transmission, and follows the same serialization and deserialization process. The signal transceivers of the PI2EQX632EXUBEX include both input channels (1 and 2) and the output channels (3). The signal reception is then initiated by the input channels, and the signal is provided by the signal source. The signal is then sent to the signal receivers and the signal is decoded. Then, the signal is sent to the signal processing system, where the signal data is used for further operations. Finally, the signal is converted to form a differential output.

The input signal is transmitted through the differential channels, where the signals have a common-mode voltage and differential signals. The PI2EQX632EXUBEX Interface can extend up to 8.5 Gbps, with a >99.51 % signal transmission accuracy rate. The output signals are then converted to the differential channel, and the signals have an upper frequency limit of 58.8 Gbps, with a >99.90 % accuracy rate. The signal is compressed into serialized format for transmission and re-compressed for deserialization at the receiving end.

The PI2EQX632EXUBEX Interface also provides a 90-degree and 180-degree rotation, which can be used to change the signal orientation. Furthermore, it can be mounted in a mechanical structure of half-height, half-length form with connectors. The Interface is designed to provide a low power and low latency system, without sacrificing its performance or accuracy. It is suitable for applications that require the highest level of signal transmission integrity.

Conclusion

This article discussed the application field and working principle of PI2EQX632EXUBEX Interface. It is classified as one of the interface signals buffering, repeating, splitting, and suitable for high performance applications, such as communication systems, industrial control systems, medical equipment and military applications. It provides a high accuracy of signal transmission rate and low power consumption. Furthermore, it has a 90-degree and 180-degree rotation and can be mounted with connectors in a mechanical structure of half-height, half-length form.

The specific data is subject to PDF, and the above content is for reference