Micron announced his first samples of DDR5 memory chips of 1Y (1-Gamma) this week, and he says that it is part of his contribution to the systems following the treatment of AI.
The company said that being the first to market with 1Y samples prove MicronContinuous technology and manufacturing leadership – and the company based in Boise, in Idaho, extends the capacities of this knot advanced to its wider portfolio of dynamic random memory chips (DRAM). These arrive in the second trimester.
The smartphones of the Mobile World Congress in Barcelona have features powered by AI such as visual research, translation and intelligent tools to unpack or erase objects in the photos.
These innovations show how AI can transform smartphones into intuitive and contextual tools
This improves our daily life when supercharged with the right memory and storage.
Micron will taste LPDDR5X 16 GB 1Y products to select partners to be used in 2026 flagship smartphones, allowing cutting -edge performance and up to 15% energy savings – essential as a high energy intensity use such as video -based applications and AI make the lifespan of the smartphone of the smartphone larger than ever.
At MWC, Micron has also announced mobile storage devices, including the first mobile storage solutions UFS 4.1 and UFS 3.1 based on G9 in the world. The G9 process node allows significant improvements in speed and energy efficiency while allowing us to provide progressive MNAND capacities from 256 GB to 1 TB with the highest performance in industry.
These mobile storage solutions are now available in small and ultra-thin form factors required for thin and foldable smartphones.
Micron said that he is associated with OEMS smartphone to design differentiated firmware features that solve their latest pain in pain and allow smoother and more intuitive experiences for end consumers. The latest UFS 4.1 solution of Micron offers owners’ firmware features for flagship smartphones such as zoned UFS for reading / writing efficiency, data defraction for a 60% faster reading speed, Pinned Writebooster for a 30% faster random reading speed and intelligent latency tracker for better debug.
More recently, Micron collaborated with Samsung on his suite of Galaxy S25 smartphones. These
Smartphones offer breakthroughs in natural language treatment and are designed with Micron
Most LPDDR5X and UFS solutions 4.0 Economical and advanced advances. LPDDR5X improves power
Efficiency up to 10%.
The Galaxy AI suite of Samsung improves user interactions with features fueled by AI such as call transcripts, composition of messages, creative tools and night mode for a low -light optimized photograph.
None of these capacities would be possible without large internal storage to shelter the large amounts of data required for such experiences of AI on peripheral, which is there that our UFS 4.0 with high capacity.
Micron noted that AI in our smartphones and PCs are already starting to anticipate our needs, manage our schedules and organize personalized content, improving our productivity, our creativity and our connectivity
Beyond what we could have imagined.
New IA innovations such as multimodal agents can now interpret and produce information from various types of data from text, images – opening a whole new world of applications compared to previous AI agents which were limited to the management of a data type. Another innovation, federated learning, allows AI models to learn decentralized data sources while maintaining privacy. As these technologies mature, they will allow smartphones to predict our habits and models to anticipate our next movement and propose suggestions to make life more rationalized.
While we head towards an agency and multimodal AI which reason, plan and carry out complex tasks independently, a solid material foundation is essential. To follow the pace of these growing memory and storage needs, Micron constantly optimizes our roadmap and collaborates with the ecosystem to drive and shape what is possible, to pass our mobile portfolio on our main process nodes to explore new architectures to optimize memory and power performance for smartphones that change the game.
The memory and storage integrated into today’s smartphones play a central role in activating AI tasks
And the storage of important users, safely and safely on their device. Key factors – as high
Bandwidth, low latency and energy efficiency – are essential for managing demanding AI workloads
And offer ultra-sliding user experiences.
