MT41K1G4THD-187E:D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The MT41K1G4THD-187E:D is a type of memory device. It provides the necessary speed and capacity for memory access and other signal processing operations. With its high-speed data transfer rate, it is an ideal solution for demanding applications such as networking, gaming, data centers, and multimedia. The memory device comes in a DDR4 format, providing a vast amount of storage and bandwidth for any system. It is also incredibly energy efficient, making it suitable for environments that need to conserve power.

The MT41K1G4THD-187E:D can provide data transfer speeds of up to 2133MT/s, along with an impressive memory capacity of 4GB. This is extremely useful when it comes to tasks such as image processing, video rendering, and intense gaming. With the enhanced speed and memory, the device can keep up with the most demanding operations.

In addition to its impressive speed and capacity, the MT41K1G4THD-187E:D also offers a range of features designed to improve system performance. These features include error-correction codes (ECC), low-latency memory access, and automatic thermal management. The device also offers support for multiple DIMM configurations, which makes it easy to expand the system’s memory capacity.

The working principle of the MT41K1G4THD-187E:D is relatively simple. Upon accessing the memory, the device begins to transfer data through the DRAM controller. This data is then sent to the system RAM, where it can be processed and stored. Depending on the type of memory access being performed (read or write), the controller either reads data or writes data onto the system. Once the process is complete, the memory is ready for subsequent access.

The primary application field of the MT41K1G4THD-187E:D is server and data storage systems that require increased memory capacity and speed. As a DDR4 system, the device can be used in a variety of applications such as gaming, multimedia, and data centers. With its impressive speed, large capacity, and efficient energy usage, the device can provide reliable memory performance for any type of system.

In conclusion, the MT41K1G4THD-187E:D is a reliable and efficient memory device. Its enhanced speed and large capacity make it suitable for demanding data processing operations, while its energy efficiency makes it an ideal choice for energy-conscious environments. The device’s working principle is relatively simple, making it easy to deploy and use. Its excellent features and expansive application field make it a great choice for any system that requires reliable memory access and performance.

The specific data is subject to PDF, and the above content is for reference