72V263L6PF8

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

The 72V263L6PF8 is a dual port static random access memory (SRAM) device produced by LSI Logic. It is a member of the company’s family of FIFO (First In First Out) memories, designed for use in data, address and code storage applications. The FIFO memory is optimized for pipelining, allowing for higher performance and better overall system utilization. It provides several port configurations and ISA bus compatibility.

72V263L6PF8 Application Field

The 72V263L6PF8 is a useful component in many different applications, including:

• Communication networks
• Storage systems
• Embedded digital signal processors and microcontrollers
• Algorithm analysis and visualization
• Data, address, and code memory applications

In the communication networks, the 72V263L6PF8 is used to store data in memory buffers, processes commands, and then send them to their destinations. In storage systems, it can be used for sharing and managing data. In embedded digital signal processors and microcontrollers, it can be used as an indexed or arrayed memory for instructions and data. Algorithm analysis and visualization utilize the 72V263L6PF8 to store sequence data and access it in a similar manner as a fetch-and-store operation. Finally, in data, address, and code memory applications, the 72V263L6PF8 is useful for temporarily storing data, waiting to be transmitted or read later.

72V263L6PF8 Working Principle

The 72V263L6PF8 is a dual port static random access memory (SRAM) device that enables two clients to access the memory simultaneously. It consists of a data port and an address port. The data port uses a synchronous interface and has an independent asynchronous address bus and data bus. The address port consists of an asynchronous address bus and control lines. This port allows the device to be interfaced with any logic or microcontroller.

The 72V263L6PF8 supports both pipelined and non-pipelined operation, allowing for higher speeds and better system utilization. When in pipelined mode, data is placed in the memory on a first in first out (FIFO) basis and read out on a last in first out (LIFO) basis. When in non-pipelined mode, the data is read and written out at the same time.

The 72V263L6PF8 is designed to provide a double data rate (DDR) interface, allowing for two accesses per clock cycle in a single data port operation. This enables the device to achieve a high throughput rate, resulting in better overall system performance. Additionally, the 72V263L6PF8 has parity bits and error correction code (ECC) capabilities, which enable it to detect and correct errors in the received data.

The 72V263L6PF8 is also designed to support power saving modes. This allows the device to enter a lower power state when not in use, significantly reducing power consumption.

Conclusion

The 72V263L6PF8 is a dual port static random access memory (SRAM) device designed for use in data, address and code storage applications. It is a member of the company’s family of FIFO (First In First Out) memories, which is optimized for pipelining, allowing for higher performance and better system utilization. The 72V263L6PF8 has a synchronous data port and an asynchronous address port. Additionally, it is designed to support double-data rate access, parity bits and error correction code, and power saving modes. The 72V263L6PF8 offers many advantages in data, address, and code storage applications and is an excellent choice for a variety of applications.

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