MT29C4G96MAZBBCJG-48 IT

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

Memory technologies have been a major part of the digital world for decades. Microchips, random access memory (RAM), flash memory and storage systems are a few of many memory technologies that facilitate computing devices, providing access to data and instructions. The MT29C4G96MAZBBCJG-48 is a new memory technology that is designed to meet the rising demand for higher capacity and faster storage devices. This article will discuss the IT application field and working principle of the MT29C4G96MAZBBCJG-48 memory technology and how it is used in IT and computing applications.

The MT29C4G96MAZBBCJG-48 two-dimensional stacked NAND flash memory is a lower cost, high performance, non-volatile memory chip. This memory chip is manufactured by Micron Technology with different sizes ranging from 4GB to 16GB in single package. The MT29C4G96MAZBBCJG-48 memory chip has an improved cycle endurance, faster read/write speeds, and wide input/output voltage support, making it suitable for today’s increasingly fast-paced environment.

The MT29C4G96MAZBBCJG-48 memory technology is used in a wide range of IT and computing applications. It is used in a variety of storage solutions, including SSDs and Flash Drives. The chip is also used in digital cameras and other devices that require large amounts of data storage. In addition to storage applications, the MT29C4G96MAZBBCJG-48 chip is also used in the compute applications such as processor and system-on-chip solutions. It is also used in gaming systems and other video technologies to deliver high-performance graphics. This chip is also used in embedded systems such as surveillance cameras and medical imaging.

The working principle of the MT29C4G96MAZBBCJG-48 chip is based on a two-dimensional stacked NAND memory array. This array is composed of two separate die sets, stacked one on top of the other. The memory cell array consists of 96 pages and 128 Kbytes per page, and the total capacity of this chip is 12 Gbits. The chip is divided into 48 blocks with each block containing 2 pages. Each page is organized into 512 bytes and this 512 byte page is further divided into 16 sub pages, each of 27 bytes.

The MT29C4G96MAZBBCJG-48 chip operates at a maximum speed of 333MB/s. This chip has a wide input/output voltage range of 1.7 to 3.6V and is capable of data transfer rates up to 25MHz. The chip also provides advanced error-correcting code (ECC) that allows the detection and correction of errors that occur due to external data storage or errors caused by electromagnetic interference.

The MT29C4G96MAZBBCJG-48 is a high performance and reliable memory solutions that provides a cost-effective option for IT and computing applications. It offers faster performance and increased capacity over traditional memory solutions. The chip also offers enhanced power efficiency and data integrity, making it suitable for a wide range of applications. With its wide range of applications and versatile design, the MT29C4G96MAZBBCJG-48 chip is a great solution for IT and computing uses.

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