PI7C9X760BCLEX Integrated Circuits (ICs)

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Introduction to PI7C9X760BCLEX Application Field and Working Principle

PI7C9X760BCLEX Interface Controllers are a versatile, cost-effective type of integrated circuit that is designed to provide a low-latency, low-power I/O bridge connection between various devices and systems. The PI7C9X760BCLEX Interface Controller simplifies the interconnection between two distinct, independent platforms. It can act as a bridge between FPGAs, microprocessors, and ASICs, and can also provide dedicated I/O buffering, jumbo frame support, power management, and clock synchronization with customer’s code core.

Application

PI7C9x760BCL-EX controllers are used in a range of applications, such as medical, automotive, military and aerospace, as well as consumer and other industrial markets. They are particularly useful in applications requiring reliable, high performance communication over long distances, as well as those requiring the processing of large data packets. In addition, they offer a low power solution for reduced system power consumption.

The PI7C9x760BCL-EX can be used for a variety of applications, including servo motor control, robotics, PLCs, and industrial automation, as well as computer platforms, communication systems, and consumer electronics. The controller is also commonly used in high speed data transfer and data buffering for a variety of communications applications.

Main Features

The PI7C9X760BCL-EX controller has some key features to support efficient and reliable operations in typical industrial and consumer applications. Its unique structure enables adjustable power management, low latency data transfer, jumbo frame support and clock synchronization. Its adaptive power management allows power-saving when idle and bursts of power during peak performance required. The jumbo frame support enables efficient data transfer with large packet sizes. Supporting the IEEE-1588 clock synchronization standard, it is suitable for real-time operating systems and industrial control applications.

Working Principle

The PI7C9X760BCL-EX controller is designed to enable efficient communication between two different platforms and handle large data packets. To do this, it uses several integrated functions, including data buffering and clock synchronisation, as well as power management.

Data buffering is the process of temporarily storing data for future transmission. The PI7C9X760BCL-EX controller has a dedicated internal FIFO data buffer, which can hold up to 64K bytes of data at any time. This enables the controller to process large data packets with minimal latency while allowing smaller packets to be stored quickly and efficiently.

Clock synchronisation is important in high speed communication applications as it ensures that data packets are sent and received at the same frequency. The PI7C9X760BCL-EX is compatible with the IEEE-1588 clock synchronization standard, which is the commonly used real-time operating system and industrial control standard.

Additionally, the PI7C9X760BCL-EX supports an adaptive power management system, enabling it to reduce power consumption when idle and then increase it as necessary to handle increased performance requirement. This feature also provides additional power savings, making the controller highly efficient.

Conclusion

The PI7C9X760BCL-EX is a versatile and cost-effective I/O bridge controller, specially designed for efficient communication between two distinct, independent platforms. Its features include data buffering, jumbo frame support and clock synchronization, as well as an adaptive power management system that allows it to reduce power consumption while supporting increased performance requirements. Its unique combination of features makes it a great option for a variety of applications, including medical, automotive, military and aerospace, as well as consumer and industrial markets.

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