MT45W2MW16BAFB-708 WT

MT45W2MW16BAFB-708 WT is a memory module developed by Micron Technology. It is a DDR3 synchronous dynamic random access memory (SDRAM) suitable for demanding applications such as servers and mobile devices. The module has 16 banks and uses a page size of 16KB. It has 8 bit write-through static column architecture and an 8 bit multiplexed address/data bus.

The MT45W2MW16BAFB-708 WT is designed to offer high speed, low power and large capacity in a single package. It can be used in many applications such as networking equipment, enterprise storage solutions, embedded systems, automotive systems and mobile phones. Its wide range of capabilities makes it suitable for many different applications.

The MT45W2MW16BAFB-708 WT works by storing data in a DRAM cell and then charging it. The DRAM cell holds the data until it is read or written by the system. When the data is read, the cell is drained of its charge, thus allowing for new data to be stored. The memory module also contains a row and column address matrix that stores the address of the memory cells. This enables the system to access the data quickly and efficiently.

The MT45W2MW16BAFB-708 WT is a high performance module that offers a wide range of features. It has an on-die termination system to ensure compatibility with external devices and supports high speed I/O transfers. It can support up to 8Gb capacity and up to 1333MT/s data transfers. The module also has an array of features such as Error Checking and Correcting (ECC) support, Temperature Sensing and Leveling (TSL), wear leveling and power saving modes.

The MT45W2MW16BAFB-708 WT is designed to be an ideal solution for memory intensive applications. Its speed, power and capacity make it an ideal choice for applications such as high performance computing, server applications and embedded systems. It offers a great combination of performance, power and capacity in a single package.

The MT45W2MW16BAFB-708 WT is a reliable and cost effective solution for a variety of applications. With its wide range of features and its low power consumption, it is an ideal solution for memory intensive applications. It is a great choice for high performance computing, server applications and embedded systems.