72V36100L15PFI8

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

Logic - FIFOs Memory

FIFO is a logic and memory structure which stands for First In, First Out. It stores data and allows access to that data in the order it was received. In electronics, a FIFO is used to store digital data such as numbers, text, or even entire files. It is a type of queue, a concept developed in mathematics as a way to store and access data in an orderly way. There are two types of memory ‘stack’, which is similar to a regular list where the last item added is the first item accessed, and ‘queue’, which is a FIFO structure with the first item stored being the first one accessed.

The 72V36100L15PFI8 is a specific application field and working principle of the FIFO memory. It is 4M x 36 bit FIFO with separate 1M x 36 byte input and output,. It is a single-chip solution combining FIFO memory and high-speed datapath link controllers and includes both FIFO memory logic and memory management functions. This chip provides an interface between two separate data-handling Interfaces, between two different types of memories, or between two different bus access architectures within the same system.

Application of 72V36100L15PFI8

The 72V36100L15PFI8 FIFO memory is mainly used in communication, networking and system applications such as in SoCs, adapter cards, LAN controllers, and system memory controllers. Its use helps streamline the transmission of large streams of data at high speeds, by providing a simple, easy to use interface with high reliability. Its application is also vital for load balancing and for minimizing the amount of data traffic when transmitting large amounts of data, such as when streaming video.

Its application is also vital for load balancing and for minimizing the amount of data traffic when transmitting large amounts of data, such as when streaming video. The FIFO memory allows the data to be quickly loaded and unloaded. In video streaming applications, the queue structure helps to ensure perfect synchronization between the video source and the video receiver. Ultimately, this allows for smoother viewing of the video with minimal latency.

Working Principle of 72V36100L15PFI8

The 72V36100L15PFI8 FIFO memory uses a simple ‘first in, first out’ approach. This means that when data is written into the memory, it is stored in the same order that it is received. When reading from the memory, the data is removed in the same order. This ‘FIFO’ structure is what allows for the efficient queueing of data, as the data storage and retrieval is unaltered.

The chip requires three ports to access the data: one input and two outputs. The input port is used to write data into the FIFO while the two output ports are used to retrieve data from the FIFO. One of the output ports is used to read data in the FIFO memory in the same order in which it is written, while the other output port is used to read data out of the FIFO memory in the opposite direction.

The 72V36100L15PFI8 can also support read and write operations at the same time, which allows for the efficient sharing of data between two separate data-handling Interfaces. This allows for the efficient transferring of data between different systems, for example between a storage system and a processor.

Conclusion

The 72V36100L15PFI8 application field and working principle are a vital component in creating efficient, reliable systems that streamline large streams of data. Its applicability is broad and its reliability high, making it a sure fit for most applications. Its easy to use interface and efficient FIFO structure makes it an ideal choice for designers looking for a reliable memory storage option.

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