72T18125L6-7BB

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The 72T18125L6-7BB is a part of the FIFOs memory. It is a logic circuit, which is designed to store data sequences from the processor and transfer them to another module or system, based on first-in-first-out (FIFO) principles. It is an improved version of the original 18125L6-7BB, with increased memory capacity and faster interface communication speeds. It is typically used in chips, FPGAs, and other electronic systems.

Application Field

The 72T18125L6-7BB is most frequently used in system-on-chip (SoC) designs, where it provides a buffer between the high-speed components and the slower memory modules. It is often used in FPGAs, where it helps buffer communication between modules and the FPGA among other components. It is also commonly used in communication systems, where it allows data to be stored and accessed in real-time for faster transmission. Furthermore, it is used in high-speed and large-capacity memory systems, where it helps to improve performance and reduce power consumption.

Working Principle

The 72T18125L6-7BB functions by storing data from a processor or other device in a memory array, then reading and transmitting that data in the same order it was received. Its internal architecture is based on a 4-port logarithmic-depth FIFO memory that supports synchronous write, read, and reset operations. In addition, there is also an internal multiplexer, which can be used to select between two different address spaces.

The 72T18125L6-7BB is compatible with applications built with the HTTL (High Throughput Transfer Logic) interfaces. HTTL is a high-speed logic protocol that enables high-speed data transfers between modules and other system components. It is the standard protocol used in high-speed memory applications, and it supports communication speeds that can reach up to 1.6GHz.

The 72T18125L6-7BB also features a built-in clock recovery circuit. This circuit receives a clock signal from an external source and synchronizes it to the internal processing clock to enable data to be written and read from the memory array. This clock recovery circuit also allows for data transfers to be synchronized with the clock signal, which helps to improve performance and reduce power consumption.

Finally, the 72T18125L6-7BB also features a built-in ECC (Error Correction Code) circuit. This circuit can detect and correct errors that may be present in the data that is being read from the memory array. This helps to ensure that data is integrity is maintained and that any errors can be quickly detected and corrected.

The 72T18125L6-7BB is an ideal part for high-speed storage, communication, and analysis applications. It combines a high-speed clock recovery circuit, multiplexer, and built-in error correction code circuit to ensure reliable storage and transmission of data.

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