71V30L25TFG8

Memory

71V30L25TFG8 Application Fields and Working Principle

Memory is one of the most important components of a computer system, and the 71V30L25TFG8 memory module is one of the most popular memory chips on the market. It is widely used in desktop, server and notebook systems.

The 71V30L25TFG8 memory module is a cost-effective and reliable DRAM memory module. It supports DDR3 SDRAM technology and is based on a 64M x 8 structure, providing a high-density, low-cost solution for systems with demanding space and power requirements. It runs at a high clock speed of 1600 MT/s, providing excellent data transfer performance.

The 71V30L25TFG8 memory module is organized in a double-sided design that supports up to a maximum of 8GB of SDRAM memories. It is available in two standard configurations, a 250-pin SO-DIMM Socket for laptops and a 260-pin DIMM Socket for desktops. In these packages, the memory modules can be used in either single-channel or dual-channel applications, with each channel capable of supporting up to 4GB of SDRAM.

The 71V30L25TFG8 memory SDRAM module utilizes a new memory bank system that minimizes power consumption while keeping data storage times consistent. It implements a self-calibration technique to ensure maximum reliability and low power consumption. Its advanced architecture also reduces power consumption and heat buildup, making it ideal for those systems with high demand and limited space.

In terms of working principle, the 71V30L25TFG8 module works by decoding and controlling the modules memory operations according to a specified order. As the user process requests for data, the module automatically reads and stores the data. After the data is stored, the module then decodes the data and sends it back to the user. The cycle is repeated until the requested task is completed, and the process is then repeated with the next request.

The 71V30L25TFG8 memory module is an ideal solution for those looking for an affordable and reliable DRAM solution. Its fast clock speeds and advanced architecture make it the perfect choice for a range of applications, from laptops to desktops, servers and notebooks. Its efficient power consumption and low heat build-up make it an ideal choice for those with space constraints.