MT36HTF51272FDZ-667H1D6

The MT36HTF51272FDZ-667H1D6 is a memory module designed to provide high-density memory for computers. It is a 1.2V fully buffered dual in-line memory module (FB-DIMM) and is used in servers, workstations, and high-end desktop computers. It is a high-performance module that provides superior memory capacity, speeds, and power efficiency.

The MT36HTF51272FDZ-667H1D6 is one of the most advanced memory modules available today. It is designed to help meet the ever-growing demand for increased memory capacity and bandwidth, while providing improved power efficiency and performance. The module\'s capacity is 512 Megabytes (MB) with a total of 72 individual 1Gbit DRAM components arranged into 36 independent memory sub-units. The module has a power bus voltage of 1.2V and the memory components are connected using a Dual In-line Memory Module (DIMM) interface.

The MT36HTF51272FDZ-667H1D6 is engineered to deliver high-bandwidth memory with low power consumption. The module supports asynchronous memory operations, allowing for higher clock speeds. It also provides error correcting code (ECC) to ensure accurate data transfers. The module has a peak bandwidth of 667 Mbytes/sec, making it ideal for high-performance computing applications, such as applications used in servers, workstations, and high-end desktop computers.

The operating principle of the MT36HTF51272FDZ-667H1D6 is as follows. First, the module reads and then writes data into the memory. As the data is read, it is stored as a digital signal which is then fed to the controller. The controller processes the signal, stores it into the internal register and then transmits it to memory. The controller is also responsible for driving the output data signals to the external data bus.

The MT36HTF51272FDZ-667H1D6 is an ideal solution for use in memory-intensive applications, such as enterprise applications, web servers, digital video editing, and artificial intelligence applications. It is ideal for systems that require high density memory and is also suitable for applications that require error correction. The module is also well suited for customers who require high performance at low power consumption. With its capabilities, the MT36HTF51272FDZ-667H1D6 is an excellent choice for many applications.