AGIGA8004-008ACA

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AGIGA8004-008ACA is a memory module in the AGIGA8004 series from AIGA Computing Solutions and is a common fixture in many corporate, consumer, and research data centers. This particular module can be used to store up to 8 Gb of volatile memory, which is enough to store quite a bit of data. As such, it is ideal for high-performance, mission-critical applications.

The AGIGA8004-008ACA is a dual in-line memory module (DIMM) that uses synchronous dynamic random access memory (SDRAM) technology for fast data retrieval and storage. It consists of two dual rank memory channels, each of which can support up to four 64-bit memory devices. The module has a total capacity of 8 GB and operates at a speed of 333MHz.

The AGIGA8004-008ACA is widely used in a wide range of applications, including network servers, storage systems, and scientific workstations. In servers, it is usually combined with other AGIGA8004 models to create a large memory pool with improved performance. In storage systems, this module is used as a buffer, allowing faster access to data stored on hard drives. In scientific workstations, the AGIGA8004-008ACA provides an increased amount of memory for fast access to large datasets.

The AGIGA8004-008ACA has a relatively simple working principle. Data stored in RAM is volatile, meaning that it will be lost when the system is powered down. To ensure that data is not lost, the module is equipped with capacitors and battery modules that keep data in memory when the system is powered down. This ensures that crucial data is not lost when the system is turned off. When power is restored, the memory chip will read the data from the capacitors and repopulate the RAM with the stored data.

In summary, the AGIGA8004-008ACA is a memory module designed for high-performance, mission-critical applications. It supports up to 8 GB of volatile memory and can be used in servers, storage systems, and scientific workstations. It operates at a speed of 333MHz and has a simple working principle, with capacitors and battery modules to save data when the system is powered down.

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