MX35UF2G14AC-Z4I

MX35UF2G14AC-Z4I features

1. Storage capacity: The storage capacity of the MX35UF2G14AC-Z4I chip is 2GB, that is, 2 gigabytes.

2. Flash type: The chip belongs to NAND flash technology, which is one of the most widely used non-volatile storage technologies at present, with fast read and write speed and the ability to store data for a long time.

3. Interface: MX35UF2G14AC-Z4I uses the commonly used SPI (Serial Peripheral interface) interface, which has advantages in power consumption and chip pin number, and is very suitable for microcontroller and other resource-limited application scenarios.

4. Working voltage: The chip's working voltage range is 2.7V to 3.6V, suitable for a variety of power conditions.

5. High-speed read and write: MX35UF2G14AC-Z4I can achieve fast data read and write operations. In SPI mode, the read speed can reach 104MHz and the write speed can reach 33MHz.

MX35UF2G14AC-Z4I applications

The MX35UF2G14AC-Z4I chip has a wide range of application scenarios in a variety of embedded systems and consumer electronics products, including but not limited to the following:

1. Smartphones and tablets: As a storage device, the chip can be used to store operating systems, applications, multimedia data, etc.

2. Digital cameras and camcorders: MX35UF2G14AC-Z4I can be used as cache and storage of image and video data.

3. Smart TVS and set-top boxes: used to store operating systems, applications, media data, etc.

4. Industrial control system: can be used to store firmware, configuration files and data logs.

5. Automotive electronic system: MX35UF2G14AC-Z4I can be used to store in-vehicle entertainment system, navigation map data, etc.

6. Internet of Things devices: such as smart homes, smart wearable devices, etc., can use the chip as a memory to store various data.

MX35UF2G14AC-Z4I

The MX35UF2G14AC-Z4I chip is a 2GB NAND flash memory produced by MXIC Corporation, which has high speed read and write, low power consumption and a wide range of application scenarios. It has the potential to be widely adopted in a variety of embedded systems and consumer electronics.