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Mini chip, maximum performance: the new era of mobile technology is rewritten by Micron

Top of the range smartphones are preparing to accommodate extremely more compact and faster memory than before. In fact, the smallest was presented UFS 4.0 memory chip never made by Micron. The company, leader in the sector, has confirmed it to be a masterpiece of portable technology not only due to its size but also its performance. Here are the details.

All the details of Micron's UFS 4.0 storage

This is not new technology: already in 2022 Samsung presented its UFS 4.0 storage. However, what distinguishes Micron's novelty is its size and performance. According to data disclosed by the company, the dimensions are reduced by 20% compared to the previous model. Thanks to its measures of suns 9 × 13 mm, designers now have the ability to leave more space inside devices for other essential components, such as a higher capacity battery, thus improving autonomy without sacrificing performance.

Despite its compactness, Micron's UFS 4.0 storage makes no compromises in terms of storage capacity and speed. Available in 256GB, 512GB and up to 1TB configurations, offers speed of reading e writing sequential touching respectively i 4300 MB/six 4000 MB/s. A real leap forward if we consider the importance of having increasingly faster devices capable of managing large quantities of data in a very short time.

infographic features UFS 4.0 memories vs the others
The difference between mobile memories on the market

Micron has integrated a patented feature into its chip, called High-Performance Mode (HPM), which allows you to optimize performance when the smartphone is subjected to intense workloads. This innovative mode allows you to increase operating speed by 25%, thus ensuring a smooth and seamless user experience even in the most demanding situations.

What will come after this ultra-fast and ultra-compact memory is easy to say: smartphone more small, batteries more capacious and therefore autonomy greater, design best given the compactness of the ed devices improved energy efficiency given the proximity of the transistors.

Gianluca Cobucci
Gianluca Cobucci

Passionate about code, languages ​​and languages, man-machine interfaces. All that is technological evolution is of interest to me. I try to divulge my passion with the utmost clarity, relying on reliable sources and not "on the first pass".


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