MT4LSDT1664HY-13ED1

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MT4LSDT1664HY-13ED1, a memory module, is widely used for its good performance in data transmission and synchronization. It is commonly used in data analytics and high-speed data storage. This memory module has a special feature, which is its ability to work with different chipset architectures. It offers great compatibility and can support data transfers among multiple protocols, such as DRAM, SRAM, and DDR.

The MT4LSDT1664HY-13ED1 provides 16 64Mx32 DDR4 SDRAMs with a total capacity of up to 64GB. It can offer high performance and great scalability. The MT4LSDT1664HY-13ED1 also provides enhanced channel bandwidth and optimized latency. It has higher signal fidelity, better reliability, and improved power efficiency.

The application field for the MT4LSDT1664HY-13ED1 is extensive. It is widely used in digital video streaming, virtual reality applications, high-speed networking, and high-performance computing. It can be used to accelerate key workloads such as databases, analytics, simulation, streaming, and more. It has great value in high-end applications where dependability and speed are particularly important. It also has a wide range of applications in mission-critical systems.

The working principle of the MT4LSDT1664HY-13ED1 is relatively simple and straightforward. It is based on the DDR4 SDRAM protocol, which is capable of transferring data at speeds up to 3200 MT/s. It uses four independent memory channels with each channel capable of data transfer rates up to 800 MT/s. It also uses ECC (Error Correction Code) to provide high-reliability and data integrity. The MT4LSDT1664HY-13ED1 has a single-channel and dual-channel mode, which allows users to choose the most appropriate channel configuration for their application.

The MT4LSDT1664HY-13ED1 memory module is an excellent choice for any system that requires reliable, high-speed data communications. Its compatibility with different chipset architectures makes it an ideal choice for a wide range of applications. Moreover, its excellent signal fidelity, reliability, and power efficiency make it a great investment for any high-end application that needs both dependability and speed.

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