Understanding Storage Technologies


Today's electronic systems require large-capacity, faster, and cost-effective storage solutions to meet the growing demands of data and complex system software. In this article, we will explore common storage types and their applications in various electronic systems. Additionally, we will present a practical storage example commonly used in smart electronic devices.



Two types of FLASH

Practical Storage Design in Electronic System

Summary & Conclusion

In the ever-evolving landscape of technology, the need for large-capacity, faster, and cost-effective storage solutions is crucial. Various non-volatile memory types, including ROM, PROM, EEPROM, and FLASH, serve specific purposes in storing firmware, facilitating user-programmability, and enabling efficient data storage.

NAND Flash and NOR Flash offer distinct advantages in terms of cost, density, and read/write speeds, catering to different application requirements. eMMC and UFS, as integrated storage controllers, provide reliable solutions for consumer devices and high-end devices respectively.

Understanding memory characteristics and applications is essential for electronic system engineers to ensure optimal performance and seamless user experiences. Staying informed about advancements in storage technologies is vital for future innovations in electronic system design.