XR3087XED-F

XR3087XED-F, a high-performance PCI Express interface chip, is designed to meet the design requirements of data communications in several key market segments. The chip is available in 8/16/32-bit and 512/1024/2048 levels, and supports a variety of data rates including 10 Gbps, 8 Gbps, 6 Gbps, 4 Gbps, 3 Gbps, 2 Gbps and 1 Gbps. This device is an ideal solution for applications requiring data transfers between systems.

Applications

XR3087XED-F can provide reliable data transfer in a variety of communication interfaces, including everything from local area networks (LAN) to custom applications. Its various data rates also make it a viable option for mobile applications with high bandwidth requirements. It is also suitable for use in aerospace and defense, industrial, automotive, and machine vision applications. Additionally, it can be used in CCTV camera systems, video surveillance, machine vision, optical sensor systems, and gaming systems.

Working Principle

XR3087XED-F uses a backplane communication protocol to interface with other device components, such as an FPGA or ASIC. It is also designed to support point-to-point topology and supports data transfers over multiple links. The chip also supports full duplex and asynchronous operations, as well as flow control for data transfers. Additionally, it implements various error detection and correction technologies, including cyclic redundancy check (CRC), parity checks, and deep packet inspection. To further improve data security and robustness, the XR3087XED-F also provides encryption and authentication of data packets. Finally, it includes a serial memory interface for storing large amounts of data.

In summary, XR3087XED-F is an advanced and reliable PCI Express interface chip that offers high data transfer rates and easy integration into existing systems. It is an ideal solution for applications requiring data transfers between systems, such as mobile and optical networks. Additionally, it provides a range of features designed to improve data security, robustness and error detection/correction.