STK14C88-NF25TR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Introduction

The STK14C88-NF25TR is a type of Memory. It is a chip set that can provide a large amount of storage capacity and data transfer rate for computers, and it is widely used in digital imaging, data warehousing, communications, and other applications.

Application field

The STK14C88-NF25TR’s main application field is digital imaging, which is mainly used in digital cameras, video recorders, and other digital imaging devices. As the number of digital imaging devices increases and the demand for higher picture quality and faster data transfer speeds also increases, the STK14C88-NF25TR is becoming more and more widely used.

The STK14C88-NF25TR is also used in data warehousing, communications, industrial control and automation, and other application fields. It can provide a fast and reliable storage solution for large storage capacity or real-time data transfer, which is suitable for a variety of application scenarios.

Working Principle

The STK14C88-NF25TR has a built-in flash memory chip with a serial interface, which can support up to 32-bit transfer of data. It can also support a variety of protocols, such as I2C, Serial Peripheral Interface (SPI), and Universal Serial Bus (USB).

The chip set is composed of two major components: a flash memory controller (FMC) and a non-volatile flash memory. The FMC is responsible for the transmission of data between the host and the flash memory, and it can also be used to manage the flash memory. The nonvolatile flash memory stores the data in a low-power state and is able to retrieve the data quickly when needed.

The chip set supports three different types of data transmission: asynchronous, page-mode, and dual-channel. The asynchronous mode can transfer data up to 128-bit at a time, while the page-mode and dual-channel modes support data transfers up to 512-bit and 1024-bit, respectively.

The STK14C88-NF25TR also supports a variety of advanced features, such as error correction and wear leveling. Error correction is used to correct errors in the data transmission, while wear leveling helps to prolong the life of the memory by distributing the data writes evenly across all storage blocks in the chip.

Conclusion

The STK14C88-NF25TR is a type of Memory chip set that is widely used in digital imaging, data warehousing, communications, and other application fields. The chip set is composed of a flash memory controller and a non-volatile flash memory, which can support up to 32-bit data transfer and a variety of advanced features.

The specific data is subject to PDF, and the above content is for reference