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AS4C8M16SA-7BCN is a member of the AS family of memory product line from All-win Logic Corporation. It is a type of Synchronous Dynamic Random Access Memory (SDRAM) and is used as the main memory in high-end computer systems, servers, gaming consoles and industrial settings. In this article, we will discuss the application field of AS4C8M16SA-7BCN and its working principle.

Application Field

AS4C8M16SA-7BCN is used in professional and high-end gaming systems. It is capable of providing high bandwidth and fast transfer rates, making it suitable in gaming consoles and PCs. It is also suitable for systems with high memory requirements such as large-scale image and audio processing systems. The AS4C8M16SA-7BCN is also suitable for embedded systems, can be used in enterprise storage and computing, and is used in the Aerospace and defense industry.

Working Principle

The AS4C8M16SA-7BCN uses a synchronous dynamic random-access memory (SDRAM) architecture which means that it operates in a synchronous manner with the clock signal. This type of memory architecture is more efficient compared to traditional dynamic random-access memory (DRAM) because it can access and retrieve data faster. The AS4C8M16SA-7BCN is an asynchronous device with a double-data-rate (DDR) transmission that has been enhanced by an internal clock that runs at twice the speed of the external clock signal.

The AS4C8M16SA-7BCN is composed of four 16Mb (128 Megabit) chips that are packaged as memory modules with a 64-bit (8 byte) bus width. The memory chips are connected in parallel with each other and operate synchronously. This enables the memory module to provide higher bandwidth access. The AS4C8M16SA-7BCN also has an on-die termination (ODT) feature which reduces power consumption and improves signal integrity.

When a read or write operation is performed on the AS4C8M16SA-7BCN, the request is sent to the memory controller. The controller then sends the address and data signals to the module. When the module receives the request, it processes the data and sends it back to the controller, which then sends it back to the requesting device. This cycle is repeated until the requested data is stored. This type of architecture allows for faster data access and retrieval, which makes the AS4C8M16SA-7BCN suitable for applications that require fast data access and retrieval.

The AS4C8M16SA-7BCN is a highly reliable type of memory that offers higher performance than other types of memory. It is suitable for high-end applications that require faster access and retrieval of data and can provide speeds of up to 800MHz. The AS4C8M16SA-7BCN has low power consumption and is suitable for energy-efficient devices. It is also compatible with a wide range of systems and can be used in both personal and enterprise settings.

Conclusion

The AS4C8M16SA-7BCN is a type of SDRAM that is suitable for applications that require high bandwidth and fast access and retrieval of data. It has low power consumption, high reliability and is compatible with a wide range of systems. The AS4C8M16SA-7BCN is particularly suitable for gaming consoles, PCs, embedded systems and enterprise storage and computing.

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