XRT82D20IWTR

Interface – Telecom

XRT82D20IWTR is an industrial device that acts as a front end for ISDN-based connections between remote systems. It is based on a symmetric high speed transmission interface with an integrated D-channel; and provides a digital connection suitable for high speed point-to-point data communications.

XRT82D20IWTR is usually deployed in industrial systems which are connected to other remote systems and need digital communications. Its features make it ideal for point-to-point applications where symmetric high speed data transfer is necessary.

Application Fields

XRT82D20IWTR is applicable in a wide range of industries such as aerospace, automotive, energy production, medical, military, rail, and telecom. It can be used for applications requiring high speed communications, such as data transfer, remote control, streaming audio/video, or telemetry. It can also be used to connect systems in a factory environment and to interconnect units in distributed control architectures.

XRT82D20IWTR is especially suited for applications which require reliable, high bandwidth links and that have to be connected over long distances. It is capable of providing extremely high throughput for data transmission, making it ideal for use in applications that require high speed and reliability.

Working Principle

The XRT82D20IWTR works using a combination of techniques, including full rate ISDN, half rate ISDN, advanced multi-point and point-to-point connections. It allows simultaneous transmission and reception of digital information over two 64Kbps lines, while providing backward compatibility with existing ISDN equipment and devices.

XRT82D20IWTR provides features such as low latency, error correction, data flow control, retransmission, and dynamic rate control. It is designed to support both symmetric and asymmetric connections, providing maximum flexibility for applications.

The XRT82D20IWTR is a high performance, reliable, and cost-effective solution for industrial applications. It provides flexibility and reliability for a wide range of applications by offering a reliable and fast way to transfer data between systems which are not always in close physical proximity.