MX25V8035FM1I

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MX25V8035FM1I is a non-volatile memory device based on a standard 1.8V supply and NAND Flash architecture. This device, equipped with Advanced Multi-Level Cell (MLC) technology, enables an ultra-low-power mode during active operations as well as offering a high-endurance and long data retention. Its commonly used in applications such as gaming consoles and audio systems.

The MX25V8035FM1I features a capacity of 8Gbit (1,024Mbit), a clock frequency of up to 200 MHz, a program/erase cycle of 1,000 times and a maximum write speed of 1.3MB/s. Through advanced innovative manufacturing processes and 4-cell NAND structure, this device reduces power consumption during active operations to about 0.5W, supporting low-power standby mode. The Power-Saving feature minimizes system power consumption, enabling significantly improved battery life.

The device\'s Data Retain mode allows data can be retained up to 20 years, even at an operating temperature of 85°C. Meanwhile, the Max I/O mode provides significant increase in performance over the conventional sector erase interface, ensuring faster and more efficient data input/output with a response time of 5 microseconds. Moreover, the Advanced Error Correction Code (ECC) feature help ensure reliable and durable data storage, providing superior data integrity and robustness even under harsh environmental conditions.

The working principle of the MX25V8035FM1I is rather simple. It consists of two main components: a control unit, which controls the flow of data between the host system and the memory chip, and a memory cell array, which stores the actual data. The control unit uses various signals and protocols to control the flow of data to and from the memory cell array, ensuring that data is always stored and retrieved accurately. The memory cell array is composed of rows and columns of memory cells, which are arranged in a grid-like pattern. Each cell stores a certain amount of data, depending on the size of the device, and this data is encoded into a digital format using special algorithms. When the data needs to be read from the memory, the control unit sends out signals to the appropriate memory cells, which decodes the data and sends it back to the control unit. The control unit then transfers the data back to the host system.

In conclusion, the MX25V8035FM1I is a highly efficient and reliable non-volatile memory device. Its advanced features and low power consumption make it a great choice for low-power applications such as gaming consoles, audio systems, and more. Its high endurance and data retention are also an added bonus, making it a great choice for developers who require reliable data storage.

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