IDT71V424L12Y8

The IDT71V424L12Y8 is a board-level memory module based on the very versatile IDT71V424L12Y8 memory item. It is a powerful DRAM device used in a wide range of applications, from high tech industrial computing to home personal computing. In this article we will look at some of the major features, applications and working principles of the IDT71V424L12Y8.

Major Features
The IDT71V424L12Y8 is a type of Dynamic Random Access Memory (DRAM). It is based on the IDT71V424L12Y8 memory item, which uses a 168-pin MMCM package. It offers very high performance for its size, with extremely low power consumption and time latency. It has a maximum data rate of 800Mbps and operating temperature range between 0°C to 70°C. Other important features include a Lighted-Address Mode, which allows the user to offer direct access to 256Kb of user data at any given time, a2-piece signal transfer methods, which is a method of data transmission that ensures accurate data transfer, and multi-bit error correction function.

Application Field
The IDT71V424L12Y8 is widely used in various fields, for various different tasks. It is extremely popular in the industrial solutions, due to its reliability, power efficiency, and performance. It is used in many industrial applications, such as industrial automation and robotics, automotive network solutions, and scientific research computing. Furthermore, it is widely used in the home personal computer market due to its low power consumption, as well as its performance and reliability. It is used in many computer applications, including gaming, video capture, multimedia design, and data management.

Working Principle
The IDT71V424L12Y8 is a type of dynamic random access memory (DRAM), which works by storing data in an array of cells. It stores information through the use of an array of capacitors, which can hold an electric charge until it is discharged, thus retaining the information stored in it. To access the data stored in the cells, it relies on a row reference and a column reference from the address bus. The row reference identifies the row in which the data is stored, and the column reference identifies the column in which the data is stored. When accessed, the information in the row and the column of that address is read into the output buffer and passed to the CPU.