72V835L10PF8

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

FIFOs (First In First Out) Memory – also known as first-come-first-served memory – is a type of memory that stores and retrieves data when requested from memory, according to the principle that the oldest item put in the memory (first-in) is the first one taken out (first-out).

The 72V835L10PF8 is a synchronous, differential-input dual-port FIFOs with a maximum memory of 524,288 addressable words. With a 16-bit data width, this FIFOs can handle data transfer rates up to 520 Mbps.

This FIFOs is organized in banks, with four banks of FIFOs each holding 128K x 16 words of data. This allows for burst data transfers between memory banks, mitigating the need to wait for data transfers to complete before issuing the next request.

The 72V835L10PF8 provides an interface to synchronous and asynchronous devices. All port operations are controlled through a 32-bit synchronous bus. The FIFOs provides two ports, an external data port and an internal port. An array of external networks and controller logic can be connected to the external port. The internal port is designed to connect to the external device.

This FIFOs features a synchronous interface for input data, which is compatible with typical serial data ports (SDPs). This eliminates the need for buffering of data at the transmitting end. When data is written to the FIFOs, the data is loaded into a shift register and then to a RAM array, in sequence. When reading data out of the FIFOs, the data is first read out of the RAM array, and then sent through the same shift register, in sequence.

The 72V835L10PF8 uses two synchronous read pointers: the input and output pointers. The input pointer is used for writing data into the FIFOs, and the output pointer is used to read data from it. Both pointers are updated with each data transfer, unlike in asynchronous memory, where the write pointer functions independently from the read pointer.

The FIFOs has two operating modes: one operating mode handles loading from the core memory, while the other mode handles reading from the core memory. These two modes are synchronized by the control logic in the core memory controller, which ensure that all of the data is properly sent and received. This allows the FIFOs to be used in high-bandwidth applications, such as video editing.

The 72V835L10PF8 can be used in a variety of applications, including network switching and routing, video, and audio systems. In addition, the FIFOs is also used in embedded systems where temporal data synchronization is a requirement. The 72V835L10PF8 is designed to handle large amounts of data and provide reliable operation in high-speed data transfer applications.

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