7164S25TDB

Memory technology has become an integral component of modern computing, ranging from ultra-high performance systems in datacenters and computer networks to mobile applications like smartphones, tablets and IoT devices. The 7164S25TDB is a high-performance, low-latency DDR4 NAND Flash memory module, designed to provide fast and cost-efficient access to large amounts of data in the most demanding application scenarios.

7164S25TDB Application Fields

The 7164S25TDB can be used in a variety of applications, including:

• High-Speed Storage Systems: The 7164S25TDB is ideal for storage-intensive applications, as it can provide data access speeds of up to 2800 MB/s and random I/O performance of up to 330,000 IOPS. This makes it ideal for storage-heavy enterprise, datacenter, and cloud applications.
• Embedded Systems: The 7164S25TDB is well-suited for embedded systems such as medical devices, home automation systems, automotive infotainment systems, and more. It is low power, highly reliable, and has high random read/write performance.
• Enterprise and Datacenter Applications: The 7164S25TDB offers fast, power-efficient data access and storage for enterprise, datacenter applications, and other mission-critical systems, ensuring fast, reliable performance in the most demanding applications.

7164S25TDB Working Principle

The 7164S25TDB utilizes a NAND Flash-based memory interface, which is designed to provide high-speed data access, reducing latency and enhancing performance. The 7164S25TDB memory module consists of four NAND Flash chips, connected in parallel to increase data transfer speeds. The NAND Flash chips are programmed and accessed by a controller. The controller is responsible for managing the data access, ensuring data integrity, and ensuring that data flows in and out of the module efficiently.

The NAND Flash chips on the 7164S25TDB are organized into a two-dimensional memory array. When data is read from or written to a memory block, the controller sends a signal to the appropriate row and column on the array. The signal is then passed along the bus to the correct chip, and the data is then written or read accordingly.

The 7164S25TDB also utilizes error correction techniques to reduce errors and ensure data accuracy. In order to maximize the performance and endurance of the 7164S25TDB, the controller automatically optimizes the data flows and garbage collection algorithms, further improving data access speeds.

The 7164S25TDB is an ideal solution for a variety of storage-intensive applications, offering fast, reliable performance and low-latency data access.