MT46V128M4BN-5B:F

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MT46V128M4BN-5B:F Application Field and Working Principle

The MT46V128M4BN-5B:F is a DDR SDRAM Module, commonly known as a memory module. It is designed to extend the memory capacity of a computer system, thereby improving performance. It is a high-performance mobile Random Access Memory (RAM) module, utilized in mobile systems such as notebooks, embedded systems, and server applications. In this article, we will discuss the application field of MT46V128M4BN-5B:F and its working principle.

Application of MT46V128M4BN-5B:F

MT46V128M4BN-5B:F is a 128M bits DDR SDRAM module, formed with sixteen 8M x 8 bits DDR SDRAMs in 60-pin TSOP. This memory module is suitable for use in applications requiring greater storage capacity such as embedded systems, servers, and notebook computers. It is also preferable for applications that need high memory performance due to its fast access times, high data rates and improved efficiency.

The board is built for higher quality performance by reducing the number of components on its printed circuit board. This decreases the total potential for electrical shorts and increases the efficacy of the device. It provides total a capacity of 2GB which is can satisfy the needs of any computer user.

MT46V128M4BN-5B:F is often used in multimedia applications such as video editing, audio production, video streaming, online gaming, 3D animation, etc. It has a transfer rate of 400 Mbps to 1600 Mbps, making it one of the fastest RAMs in its family. It has seven-layer board construction to provide superior interference and noise protection. It also includes thermal shock and vibration testing.

Working Principle of MT46V128M4BN-5B:F

MT46V128M4BN-5B:F uses DDR double-data rate SDRAM technology, which is a synchronous dynamic random access memory (SDRAM). This type of RAM technology enables higher data rates than asynchronous RAM, which is commonly used in desktop computers. It achieves high speed by transferring data on both the rising and falling edges of a clock. This doubles the amount of data that can be transferred in a given period of time compared to asynchronous RAM.

The MT46V128M4BN-5B:F supports data transfer rates up to 1600 Mbps and can achieve a peak operating frequency of 266MHz using a latency of 3 clock cycles. It has several built-in technological benefits such as on-die termination and redundant row/column buses which are useful for improving speed and performance of the device.

MT46V128M4BN-5B:F also includes an on-chip register which stores the CAS Latency, Burst Length, and Bank Interleave information. The CAS Latency is the amount of time required for the processor to obtain information from RAM after the request has been issued. The Burst Length refers to the number of memory locations data is retrieved from. Finally, the Bank Interleave technology helps enhance system performance by accessing different memory banks simultaneously.

Conclusion

The MT46V128M4BN-5B:F is a powerful DDR SDRAM module, designed for larger capacity and improved performance. It is suitable for use in mobile systems such as notebooks, embedded systems, and server applications, and is also good for multimedia applications like video editing, audio production, video streaming, online gaming, 3D animation, etc. It uses DDR double-data rate SDRAM technology and supports transfer rates up to 1600 Mbps. It also includes several advanced technologies such as on-die termination, redundant row/column buses, and bank interleave support.

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