MT29GZ5A5BPGGA-53IT.87J

Memory

MT29GZ5A5BPGGA-53IT.87J is a type of memory chip commonly used in computers. It is a relatively new technology and has been in use since 2012. The chip is used in both mobile and desktop computing applications. It is used in applications such as gaming, high-performance computing and multimedia.

The chip is built on 90 nanometer process technology, which allows for higher data transfer speeds and improved power efficiency. It is offered in four different sizes, depending on the requirements of the application. The capacities range from 16 gigabytes to 512 gigabytes.

The chip is based on the MLC NAND technology. This technology allows for faster erasing and writing of data compared to other types of memory. The memory chips’ MLC NAND technology is capable of holding up to three bits of data per cell. This allows for higher reliability and greater capacity per unit of area.

The chip supports the ONFI 2.2 specification, which is a specification for a serial interface computer memory. This specification allows for faster data transfer speeds compared to traditional IDE or SATA interfaces. It also provides support for new technologies such as power fail protection and thermal monitoring.

The chip is designed to operate efficiently in page mode. Page mode enables the chip to “read” and “write” data faster when multiple memory cells are accessed. This makes it ideal for applications that require a high density of data, such as gaming and multimedia.

The chip is also designed to reduce power consumption. It uses low power leakage technologies, such as deep sleep power down and standby power modes. This helps to improve the battery life of devices that use the chip. Additionally, the chip uses 1.2V core voltage, which is lower than other comparable chips.

Overall, the MT29GZ5A5BPGGA-53IT.87J chip is an ideal choice for applications that require high performance and low power consumption. The chip’s MLC NAND technology and ONFI 2.2 support allows for faster data transfer speeds and greater capacity. Additionally, the chip’s page mode operation and low power leakage technologies enable it to operate with improved efficiency.