IDT7200L25SOI

Introduction

The IDT7200L25SOI is a high-performance FIFO (First In, First Out) memory product. It is a very versatile product that is used in a variety of applications, from network data buffering to communication interface buffering. The IDT7200L25SOI offers a broad range of performance features, including a high-speed interface and a multiple latency feature. This memory product can also be used in semiconductor devices for applications such as programmable device configuration, data sequencing, data buffering, and address point processing.

Overview

The dynamic IDT7200L25SOI FIFO is used to buffer data in many applications, from SRAM memory devices to synchronized data flow control. It consists of four 32-bit memory banks, allowing a total of 4 words per cycle read and write access. It is available in "Low Latency", "High Latency" and "Multiple Latency" configurations. The High Latency option gives the FIFO the capability to access 4 words in a single clock cycle, while the Multiple Latency option allows 8 words to be accessed in a single cycle.

The IDT7200L25SOI FIFO can also be used to buffer address and data in semiconductor technologies. In addition to buffering data, the IDT7200L25SOI can also be used for programmable device configuration, data sequencing, and address point processing.

Configuration

The IDT7200L25SOI is designed to provide the necessary flexibility for operation in many applications. It has an integrated address and data multiplexer and an optional non-volatile programmable register for device configuration. It also provides for programmable synchronous or asynchronous write operations.

The IDT7200L25SOI also offers a flexible array of input/output pin configurations that can be used to accommodate a wide range of applications. Each of its 4 banks of memory can be independently configured to have different input and output widths. The IDT7200L25SOI also offers a programmable power-on reset to ensure that all data is correctly configured when the device is first powered on.

Mode of operation

The FIFO can operate in two modes: write first mode or read first mode. In write first mode, the data is written to the FIFO first, followed by a read request. In read first mode, a read request is made first and then the data is written to the FIFO. The mode of operation is selected by a single programmable control bit.

The read and write operations on the IDT7200L25SOI are protected from bus contention by a separate write and read control logic. The write and read logic is also programmable and can be used to address different numbers of words simultaneously.

Performance

The IDT7200L25SOI supports a data transfer rate of up to 250 Mbytes/sec with asynchronous write operations, and 1 GByte/sec with synchronous write operations. It provides a very high speed interface that can be used in many applications. The IDT7200L25SOI can also be used in communication interface buffering, allowing data to be sent to and from a device in a fast and efficient manner.

The IDT7200L25SOI offers multiple data addressing modes, including word addressing and byte addressing. This makes the FIFO one of the most versatile products in the market for buffering data, and makes it suitable for use in a variety of applications.

Conclusion

The IDT7200L25SOI is a very versatile and high-performance FIFO memory product, offering a wide range of features and performance capabilities. It is used in many applications, from network data buffering to device configuration. The IDT7200L25SOI can also be used in communication interface buffering, allowing data to be sent to and from devices quickly and efficiently. The IDT7200L25SOI is a great choice for buffering data and memory devices in a variety of applications.