MT53B4DAPV-DC

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Memory is an essential part of all computers, and its performance affects the speed and ease of use of many applications. The MT53B4DAPV-DC is one such memory module specifically designed for high-performance, industrial applications. This article will discuss the application field and working principle of the MT53B4DAPV-DC module.

The MT53B4DAPV-DC is a Dual Inline Memory Module (DIMM) module for industrial applications, such as industrial automation, data centers, and machine-to-machine communication. It is designed for high performance and fast access of data. It is suitable for a wide range of applications, including programs used in high speed computing, virtualization, industrial control systems, medical imaging, and security systems. The performance of the MT53B4DAPV-DC module is further improved by its ability to cache multiple requests with one memory access.

The MT53B4DAPV-DC module is based on DDR4 SDRAM technology and consists of a set of integrated components. It is made of sixteen 1GB chips each divided into eight 16MB sections, arranged on two sides of a 30mm x 240mm module. The module supports a native data rate of 3200MT/s, with a bandwidth of up to 25.6GB/s, making it ideal for applications with temporal demands. Furthermore, the module has a speed grade of PC4-17000 and a CAS latency of 15 cycles.

The MT53B4DAPV-DC module uses a double data rate (DDR) synchronous dynamic random-access memory (SDRAM) architecture. This architecture uses two edges per clock cycle and performs concurrent read and write operations, enabling it to achieve a higher data rate than a single data rate architecture. Furthermore, the MT53B4DAPV-DC module has a self-refresh capability, which allows the module to refresh its memory cells without the need for any external refresh signal. This feature helps to reduce power consumption and improves overall performance.

The MT53B4DAPV-DC module also employs Error Correction Code (ECC) memory. ECC memory is a type of memory that is able to detect and correct single-bit data errors. The MT53B4DAPV-DC module uses an 8-bit ECC, which is capable of correcting single-bit errors and detecting multiple-bit errors. This feature ensures a high level of data protection, which is essential in industrial applications.

The MT53B4DAPV-DC module is equipped with power management, allowing users to reduce power consumption and improve system performance. It supports low-power states such as deep power down, self-refresh, power-down, and auto-refresh. This feature helps in reducing power consumption and provides further flexibility in terms of system design.

In conclusion, the MT53B4DAPV-DC module is a powerful memory module designed for industrial applications, providing users with high performance, low power consumption, and data protection. Its various features, such as the 8-bit ECC, power management, and self-refresh capabilities, make it an ideal choice for industrial applications.

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