AQ56P72X8BKF8S

AQ56P72X8BKF8S is a dynamic random access memory (DRAM) module. It has a maximum capacity of 8GB and an operating frequency of 1866MHz. The AQ56P72X8BKF8S is a double-sided module, meaning that it has two DRAM chips and two printed circuit boards (PCB) stacked together. It features a low-density configuration, meaning the DRAM chips are non-parity.

The AQ56P72X8BKF8S is mainly used in computer servers and data center devices. It is typically used in servers that need large amounts of memory and fast access to data. The AQ56P72X8BKF8S is also suitable for high performance computing applications such as artificial intelligence and deep learning workloads.

The AQ56P72X8BKF8S features an advanced memory architecture, which enables it to operate at higher speeds than other DRAM modules. It is designed with a low latency protocol (LLP), which allows the module to access data faster. The LLP also ensures that data is transferred quickly and reliably across the module.

The working principle of AQ56P72X8BKF8S is simple. When an application requires data, it sends a request to the module. The module then retrieves the data from its memory array and transfers it to the requesting system. The module is designed to use an optimized algorithm to ensure that data is transferred quickly and efficiently.

The AQ56P72X8BKF8S also features error correction and detection. When an error is detected on the module, it sends a signal to the requesting system. This signal notifies the system that an error has occurred and the system then takes action to correct the error.

The AQ56P72X8BKF8S is an ideal choice for systems that need a reliable memory module with fast access to data. The module is also designed to operate in a wide range of environmental conditions and to support high-performance applications.