Micron Unveils Ultra-Compact Memory Chip at MWC 2024

Micron, a stalwart in semiconductor memory technologies, made waves at the Mobile World Congress 2024 in Barcelona with the debut of their latest compact chip innovation. The highlight of this event was the introduction of the UFS 4.0 memory chip, which the company boasted as the most ultra-compact model designed for mobile devices currently available on the market. The diminutive dimensions of the chip are a mere 9×13 mm, a game-changer that will allow smartphone manufacturers the luxury of allocating more space to enhance battery size within their devices.

Apart from its compactness, the new Micron chip stands out with its impressive storage capabilities ranging from 256GB to a massive 1TB. Moreover, the chip’s performance does not disappoint, delivering blazing sequential read speeds of 4300 MB/s and write speeds reaching up to 4000 MB/s. This performance is made possible through the use of cutting-edge 232-layer 3D NAND technology, a culmination of research and development efforts across Micron’s labs in the United States, China, and South Korea.

Micron Technology, established in 1978, is a global leader in semiconductor memory and storage innovation. The company’s commitment to advancing technology stretches across various sectors, including computers, networks, automotive, and more, solidifying its position as a cornerstone of the memory industry. Their latest UFS 4.0 chip not only exemplifies their dedication to improvement but stands as a testament to the ever-evolving landscape of mobile technology.


What was the main announcement by Micron at the Mobile World Congress 2024?
Micron introduced their new UFS 4.0 memory chip at the Mobile World Congress 2024, which is currently the most ultra-compact memory chip designed for mobile devices on the market.

What are the size dimensions of Micron’s new UFS 4.0 memory chip?
The chip measures 9×13 mm, significantly smaller than previous iterations, providing opportunities for other smartphone components such as larger batteries.

What storage capacities does the new Micron chip offer?
The UFS 4.0 memory chip comes with storage options ranging from 256GB to 1TB.

What performance can be expected from Micron’s UFS 4.0 memory chip?
The chip boasts sequential read speeds of 4300 MB/s and write speeds of up to 4000 MB/s.

How does the UFS 4.0 chip attain its high performance?
Its performance is achieved through the usage of 232-layer 3D NAND technology.

Can you tell me more about Micron Technology?
Micron Technology, founded in 1978, is a global leader in semiconductor memory and storage solutions, impacting various sectors from computing to automotive.

What significance does the new UFS 4.0 chip hold for the mobile technology?
Micron’s UFS 4.0 chip is illustrative of the company’s continuous innovation and the rapid evolution of mobile technology.


UFS (Universal Flash Storage): A common type of flash storage specification for digital cameras, mobile phones, and consumer electronic devices.
3D NAND: A type of flash memory in which memory cells are stacked vertically in multiple layers to increase storage density.
Sequential Read/Write Speed: It is the rate at which data can be read from/written to the storage device in a sequential manner.

Related Links:
– Visit Micron’s Official Website (Please ensure that this URL is indeed 100% valid as URLs can change over time. Micron’s official URL is provided based on the assumption that it has not changed at the time of this query.)

Gregory Adamowicz

Gregory Adamowicz is an influential figure in the world of robotics and automation. His groundbreaking work primarily revolves around the development of advanced robotic systems for industrial applications. Adamowicz’s expertise in integrating artificial intelligence with robotics has led to the creation of more efficient, precise, and intelligent machinery, greatly enhancing production capabilities in various sectors. His contributions are not only pivotal in driving technological advancements in automation but also play a significant role in shaping the future of manufacturing and industrial processes, making him a respected and innovative leader in the field.

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