MT28EW512ABA1HPC-0SIT

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Memory, like other computer components, has evolved incredibly over time to enable faster, more reliable data storage, with increased capacity and lower power consumption. The MT28EW512ABA1HPC-0SIT is a 512 Mbit (65,536K byte) density Flash memory device from Macronix. This chip offers improved performance, reliability and cost, compared to traditional memories.

The MT28EW512ABA1HPC-0SIT is typically used for data storage and flashing, such as in applications like USB drives, SSDs, automotive, cellphones, and other consumer devices. The device offers full random read and write access to the 65,536K byte memory array, divided into pages of 256 bytes each. The device also includes a hardware-based controller which supports block erase, record write, and byte write operations on the memory array.

The MT28EW512ABA1HPC-0SIT is designed with a highly efficient, low power consumption CMOS process. This allows the device to operate at higher speeds and save power when compared to traditional memories. Additionally, the device is designed with a highly reliable ECC (Error Correcting Code) system, which detects and corrects errors in the memory array. The device is also capable of self-diagnostic testing, ensuring reliable data storage.

The MT28EW512ABA1HPC-0SIT also includes an array of common interface modes, allowing it to accommodate various host systems. The device includes an industry-standard SPI interface that supports a range of data transfer rates up to 156 MB/s. The device also includes a concurrent read/write two-wire serial interface (I2C), allowing for read and write operations on the memory array without switching between I2C and SPI. The device also supports an industry-standard parallel interface.

The MT28EW512ABA1HPC-0SIT is ideal for applications requiring fast and reliable storage, with a wide range of common interfaces, low power consumption, and error correction code capabilities. The device is designed to offer a high level of performance and reliability, making it a great choice for many data storage applications.

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