7204L12SOG8

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Logic - FIFOs Memory

The 7204L12SOG8 is a dual-port static random access memory (SRAM) device based on the Federico Logic architecture. It is ideal for applications that require high speed, low power data transfer between two sets of user ports. The device can store up to 16K bytes of data and is available in both 8-bit and 16-bit configurations. It is compatible with the logic-intelligent FIFO (LIFO) protocol, which is a standard form of data transfer between data input and output devices.

Application Field

The 7204L12SOG8 is suitable for a wide range of applications, such as communications networks, embedded storage, logic systems, and telecommunications. Its fast read and write performance make it ideal for telemetry and SDH/SONET multi-channel data transport. Its two 16K byte ports can be used as dual independent FIFO memory or as multiport memory.

The 7204L12SOG8 is particularly well suited to military applications. It is designed to withstand extreme environmental and operating conditions such as vibration, shock, temperature, and other physically demanding external circumstances. With its low power consumption and reliability, the 7204L12SOG8 is a good choice for any system requiring reliable and high-performance memory access.

Working Principle

The 7204L12SOG8 uses a logic-intelligent FIFO protocol for the fast, reliable transfer of data between two independent ports. The device is designed using an asynchronous, single-phase clock design, which allows it to be clocked at much faster speeds than traditional memory devices. This allows it to quickly transfer data with minimal latency.

The 7204L12SOG8 utilizes a first-in-first-out (FIFO) protocol in order to ensure that data on both ports is always transferred in order. The device tracks the order of data transfer, allowing for reliable and efficient data storage. Additionally, the 7204L12SOG8 uses an error-detection feature to verify the validity of data in both ports. This ensures that data from one port is not corrupted by erroneous data from another port.

The 7204L12SOG8 also features independent, programmable write and read ports, which allows the device to be used for a variety of applications. The write port is designed to perform write bursting for efficient data storage, and the read port can perform read bursting for fast retrieval of data. Additionally, the device can be configured with one or both ports operating in standalone mode, with or without data being transferred between them. This flexibility allows the 7204L12SOG8 to be used in a variety of applications.

Conclusion

The 7204L12SOG8 is an ideal logic memory device for applications that require fast, reliable data transfer. Its dual ports and its FIFO protocol ensure that data is always stored and retrieved in the correct order, while its error detection feature ensures that data is not corrupted. Its flexibility allows it to be used in a wide range of applications, from military applications to communications networks and embedded storage. The 7204L12SOG8 is an excellent choice for any system requiring reliable and high-performance memory access.

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