DS90CR286AMTD

Introduction

DS90CR286AMTD is a high-performance FCH controller that contains an integrated Protocol Converter and an AUXFCH controller. It is used to manage I/O traffic, support Aux Front Panel Connectors, and drive control and status lines in applications where multiple chips are needed to support external control and data. DS90CR286AMTD is a high-performance FCH controller with several features and capabilities, including: integrated highly-flexible I/O channels, support for high-speed wiring and micro-flexibility, and high-density memory interface.

Application Field

DS90CR286AMTD controller is designed to meet the demands of high-speed computing, communications, imaging, and other applications. It can be used in a wide range of applications, such as automotive, consumer electronics, medical, enterprise, networking, printing and many others. It is also used in applications requiring high-performance, low power consumption, and flexible I/O support. DS90CR286AMTD enables integration of sophisticated systems with high areal density and ultra-high performance.

Working Principle

The DS90CR286AMTD operates with two basic components: a Protocol Converter and an AuxFCH controller. The Protocol Converter is responsible for the low-level communication protocol functions, allowing for I/O transactions to take place between devices in the system. With a Protocol Converter, the system is able to reduce the complexity of data transfer between the devices. The AuxFCH controller is responsible for managing data transfer over the external I/O interface. It uses a high-speed serial interface to control the connected peripheral devices and transfer data. The AuxFCH controller also supports high-speed wiring, micro-flexibility and high-density memory interface. The combination of the two components makes DS90CR286AMTD a highly efficient and reliable controller for managing high-speed I/O transactions in applications where multiple chips are needed.

Conclusion

DS90CR286AMTD is a great choice for applications that require high-speed I/O transactions, high-density memory interface, low power consumption, and flexible support. Its features and capabilities make it suitable for high-performance applications across different industries.