7201LA50DB

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FIFO (first-in-first-out) memory is a form of computer memory used to store large volumes of data. It is often used in applications which require rapid access to large amounts of data, such as video processing or streaming video applications. The 7201LA50DB is a type of FIFO memory specifically designed to be used in mobile and embedded applications.

The 7201LA50DB is a 4-channel FIFO memory with a capacity of 5,344 bits of storage per channel. It is composed of four independent, addressable channels which can be used to store data streams that require fast access and fast write speed. The 7201LA50DB has a common write data interface and separate read data interfaces, allowing for simultaneous writing and reading of data without contention.

The 7201LA50DB is designed to be used in a variety of mobile applications, such as gaming devices, handheld devices, and smart phones. In these devices, the 7201LA50DB can be used for buffering and storing real-time video streams for display. It can also be used for storing data from digital still cameras, camcorders, and other devices that require fast access to data to meet the demands of real-time applications. Additionally, the 7201LA50DB can be used for storing data in communication devices, such as modem and router devices, for high speed data transfer.

The 7201LA50DB is ideally suited for use in low-power applications. It is composed of 534-series CMOS chips, which are among the lowest power CMOS chips available. As a result, the 7201LA50DB has a low static power consumption of less than 10 μA and a dynamic cycle power consumption of less than 1.63 μA. It also features a fast access time of 15 ns and a write cycle time of only 3-5 ns, which allows it to handle real-time data streams efficiently.

The 7201LA50DB is a versatile memory device and can be used in a variety of applications. Its low-power consumption and fast access time make it ideal for real-time applications such as streaming video, gaming, and communication devices. It is also suitable for use in embedded systems and many other low-power mobile applications.

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