IDT71V3556S100BQG8

Memory

The IDT71V3556S100BQG8, produced by Integrated Device Technology, is a balanced high-speed synchronous FIFO memory, suited for a variety of data transmission applications. This versatile device can be used in applications such as communications and networking, data storage and transfer, medical device data management and other applications where speed, dependability and data integrity are of vital importance.

This specific FIFO memory is equipped with 16K of data storage. It has a typical 1000MHz clock cycle time and its digital output frequency is 266MHz. The FIFO memory is 32 bits wide and it is capable of pipelined data transfers. This FIFO memory is a balanced device, meaning that it comprises of two separate and independent first-in first-out memories that can store equal amounts of information on different clock cycles.

The main purpose of this FIFO memory is to store streams of data from one location or device and transfer it to another, without any alteration or loss in data integrity. It is also frequently used in applications that require simultaneous data transmission, as well as applications such as product inspection, where real-time monitoring of multiple data sources is necessary. Furthermore, thanks to its balanced output, the IDT71V3556S100BQG8 can be employed in various applications involving stored data that require routing on both the right and left sides.

In terms of working principle, the IDT71V3556S100BQG8 is a synchronous device. This means that it only takes commands from a synchronized clock signal. It can be connected to the clock via output enable pins or by a busy signal that indicates when the device is ready to receive new data.

Once the device is connected to an external clock signal, data transmission between the two ends of the FIFO memory can be configured in two ways: with data synchronization, meaning that the transmitted data is aligned to the clock signal, and with data merging, meaning that the data is transmitted according to the availability of the output signal.

The data is safely written within the FIFO memory in a specific order and is sequentially read out when the clock signal triggers the internal address counter to move to the next address. Furthermore, the FIFO memory can also be used to delay data transmission by buffering it and then transmitting it at a rate determined by the data-on-request signal. This ensures that data transfer is controlled in a timely and orderly manner.

The IDT71V3556S100BQG8 is a reliable and versatile FIFO memory that can be easily connected to any existing or legacy equipment, allowing for the safe and efficient transfer of data in applications requiring high speed and data integrity. This makes the device an ideal choice for a variety of applications, from product inspection and data storage to communications, medical, and other fields of data management.