7164S25DB

7164S25DB is a type of memory integrated circuit (IC). It is a dual-bank, double data rate (DDR3) synchronous dynamic random access memory (SDRAM) chip that is used as short-term computer memory. The chip contains two banks of memories and allows data to be transferred bilaterally between the two banks, making it more efficient than single bank DDR3 memories. In other words, the chip can access two banks of memory simultaneously, making it possible to achieve higher speeds and processing power.

7164S25DB has a built-in power management system to reduce power consumption. Its low-power features, such as power-down and deep sleep modes, make it an ideal choice for embedded applications. Additionally, its thermal design power (TDP) allows higher performance and reliability in high temperature applications. The device can operate up to 1.5V at a frequency of 2133MHz.

7164S25DB is a popular choice for high-performance applications such as gaming and gaming-related applications, workstations, and high-performance computing systems. It is also well suited for use in embedded systems where extended battery life and low power consumption are a priority. It is available in various densities and speeds, making it a suitable choice for almost any application.

The working principle of 7164S25DB is quite simple. It works with the help of a controller and an address bus. The controller is responsible for sending the appropriate address signals to the device, while the address bus is responsible for transferring the data. The controller can be programmed to perform particular functions, such as banking, error correction, and auto-refresh. The device can access two banks of memory simultaneously, which increases the speed and processing power. Additionally, the power management system ensures that the device operates at the lowest possible power consumption. This results in improved performance and reliability.

7164S25DB is a reliable and versatile memory solution for many different applications. Its high speed and low power consumption make it ideal for embedded systems, gaming and gaming-related applications, high performance computing systems, and workstations. Its wide range of densities and speeds make it suitable for almost any application. Additionally, its power management system ensures that the device operates at its lowest possible power consumption.