MT41K1G16DGA-125:A

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Memory is a vital component in computing, and the MT41K1G16DGA-125 is a device in this category. It\'s a memory module that provides data storage and retrieval capabilities for computers. In this article, we will discuss the application field and working principle of the MT41K1G16DGA-125.

Application Field

The MT41K1G16DGA-125 is a high-performance memory device. It comes in a standard DDR4 DIMM form factor, with an interface speed of 1.2V and a maximum memory capacity of 8GB. This device is ideal for high-performance computing and gaming applications, as it provides the speed and capacity necessary for modern gaming and professional applications. It is also suitable for embedded and industrial applications, where a smaller size, lower power consumption, and higher temperature handling are important criteria.

The device is designed to be used with a range of cutting-edge server and enterprise systems, like the Intel Xeon processor E family, 7th Gen Core i7 processors, and new AMD Opteron and Radeon EPYC design platforms. It is also compatible with a range of industry-standard operating systems, including Windows, Linux, and macOS. The device has been certified by Intel and AMD for use in their respective platforms.

Working Principle

The MT41K1G16DGA-125 is built using a DDR4 DRAM technology. It is an 8-Gbit device that is organized as 1Gx4, with a total capacity of 8GB. The device operates at a voltage of 1.2V and a clock frequency of 1600MHz. It is a one-rank device, meaning there is only one rank of data stored by the device.

The device uses a number of technologies and processes to achieve the desired memory performance. First, it features a self-refreshing DRAM, which helps to ensure data integrity. The design comes with two banks of DRAMs that are synchronously managed by a controller, which performs commands in order. Furthermore, the device incorporates an error-correcting code (ECC) module, which can detect and correct any single-bit errors that occur while transferring data.

Finally, the device utilizes a number of power management techniques to ensure that the memory performance is consistent and reliable. These techniques include power-down modes and clock gating to reduce power consumption, as well as sleep modes that ensure the device remains in a low-power state even when not in use.

Conclusion

The MT41K1G16DGA-125 is an advanced memory device that is suitable for a range of applications. It has been designed to provide the speed and capacity needed for high-performance computing and gaming, as well as the energy efficiency required for embedded and industrial applications. The device utilizes a range of technologies, like self-refreshing DRAMs, error-correcting codes, and power management techniques, to ensure high-performance and reliable operation.

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