MT9HVF6472KY-667B2

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MT9HVF6472KY-667B2 is a type of memory module that is designed for cost-effectiveness and high performance. It is commonly used in mission-critical applications such as data center and storage infrastructure, network communication, aerospace and defense, and medical applications. The module features DDR3L-1333 SDRAM with speeds up to 1866MT/s and a 1.35V operating voltage for improved energy efficiency. It also provides three independent channels with up to 1600Mbps of peak performance.

The module uses a 16-terminal BGA package and is compatible with 288-pin DIMMs as well as the legacy 240-pin DIMMs. It supports speeds up to 1866MT/s and delivers up to 1600Mbps of peak performance. It also supports dual-rank configurations for increased density and memory reliability. The module is also compliant with JEDEC DDR3L-1333 and supports Intel’s 1.35V and 1.5V operating voltages.

MT9HVF6472KY-667B2’s working principle is based on storing data by allowing the electric charge to flow between transistors. When the correct voltage is applied to a particular transistor, it will allow the charge to pass through it and be stored in the memory module. This process is referred to as dynamic random-access memory (DRAM) and is how the module is able to remember data without the need for a power source.

The module also utilizes a sense amplifier to read the signal from the DRAM cell, which allows it to quickly and accurately detect a signal even if the voltage fluctuations are small. In addition, the module also features error-checking and correcting (ECC) to protect data integrity. This helps to ensure that the data stored in the module is accurate and up to date.

In conclusion, the MT9HVF6472KY-667B2 is a memory module that is designed for mission-critical applications and is designed to be cost-effective and highly efficient. It features DDR3L-1333 SDRAM with speeds up to 1866MT/s and a 1.35V operating voltage. It utilizes a sense amplifier to accurately detect signals and features error-checking and correcting (ECC) to protect data integrity.

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