MT53D4D1ASQ-DC

Memory - MT53D4D1ASQ-DC Application Field and Working Principle

The MT53D4D1ASQ, or MT53D4D1ASQ-DC, is a high performance DDR4 DRAM module manufactured by Team Group Inc. This DRAM module boosts storage capacity, speed, and reliability for today\'s data-driven applications. Featuring fast data transfer rates and reliable memory architecture, the MT53D4D1ASQ-DC improves system performance and efficiency.

The MT53D4D1ASQ-DC DRAM module offers a base transfer rate of 2133 megabytes per second (MB/s) and a peak transfer rate of 3200 MB/s. It offers an application field in gaming, industrial, consumer and server computer systems. It supports up to 16GB of memory and is compatible with the latest Intel and AMD platforms. the MT53D4D1ASQ-DC also supports EPP and XMP profiles.

The MT53D4D1ASQ-DC is composed of a 128MB memory chip, a timing controller, and a power supply module. It has a 64-bit interface and is available in both standard and low voltage models. The standard voltage model requires 1.2V while the low voltage model requires only 1V. The MT53D4D1ASQ-DC supports DDR4 2666/2400/2133 memory modules and is compliant with Intel and AMD specifications.

In terms of working principle, the MT53D4D1ASQ-DC module operates by transferring data between the memory chips and the host system at the same time, allowing for fast reads and writes. It features a DQS interface that is used to write data to or read data from the memory. The DQS is also used to ensure the data integrity during the transfer process. The module also contains an ECC controller that is responsible for detecting and correcting errors that may occur during the data transfer process.

The MT53D4D1ASQ-DC DRAM memory module is an excellent choice for users who are looking for fast, reliable memory performance. It is designed for high performance applications, and is built to last with its reliable and durable construction. The module offers high speeds, large storage capacity and low power consumption, making it an ideal choice for gamers and other data-driven applications.