MT9KDF25672PZ-1G4M1

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Memory-modules, such as the MT9KDF25672PZ-1G4M1, are typically used for data storage in electronic systems. These memory modules consist of individual pieces of semiconductor memory modules, usually of the same type and size, that are used together within a system to ensure data is correctly stored and retrieved.

The MT9KDF25672PZ-1G4M1 consists of DDR3 Registered 2RX8 Non-ECC memory modules. These are single-rank double-sided modules, with two 8GB memory chips on each side. It is an industrial grade product that runs at 1.5V, and is capable of speeds up to 1600MHz.

The MT9KDF25672PZ-1G4M1 also features Error Checking and Correction (ECC) to ensure data accuracy. It is compliant with JEDEC DRAM serial presence detect (SPD) standards, allowing for improved system navigation and faster response to changes in system activity. The module also features a heat spreader for improved heat dissipations, and an integrated thermal sensor for optimal temperature control.

The MT9KDF25672PZ-1G4M1’s main application field is in server and workstation environments, where access to large amounts of data is required in a short amount of time. Its outstanding ECC features makes it ideal for certain circumstances, such as in financial or medical environments, where data accuracy is of paramount importance.

The main working principle of the MT9KDF25672PZ-1G4M1 is in its data storage and retrieval capabilities. When data is input into the module, it is stored in a non-volatile manner, meaning the data is still accessible and retained even when the system is turned off or disconnected. The ECC functions ensure any changes or errors in the stored data are immediately detected and corrected. When the system is accessed, the stored information is retrieved and sent to the processor for use.

This type of memory module is perfect for systems that require large amounts of data to be processed quickly and accurately. As such, it is a commonly used component in many electronic systems, from industrial robotics to data centers. Its ability to store and process data efficiently makes it a valuable asset in any operating system.

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