Samsung has taken an important step in solving one of the most long-standing problems of modern smartphones: the limited battery capacity. Thanks to innovative technology LPDDR5X DRAM, the Korean company has managed to drastically reduce the size of the internal components, paving the way for larger batteries and more advanced photographic sensors.
Samsung unveils super-thin LPDDR5X DRAM memory
It may be thanks to the Korean company that Xiaomi 15 will have an exaggerated battery, but what is certain is that the new generation Samsung LPDDR5X DRAM memory will benefit all top-of-the-range smartphones from all companies. With a'height of only 0,65 mm, these memory packs are the thinnest ever made, allowing for significant space savings inside smartphones.
Miniaturization not only improves the thermal management of the device, but also allows for free up valuable space for battery and the photographic sector. Greater battery capacity is a crucial aspect for smartphone users, who are always looking for devices that can last longer between charges.
Thanks to Samsung's LPDDR5X technology, manufacturers will finally be able to offer smartphones with larger batteries, without compromising the size or design of the device. This will result in more free space around the processor area and the memory itself, which will lead to better and more functional air circulation for the purposes of cooling the improved components. Ergo, more autonomy.
But the advantages don't stop there. The space saved thanks to the LPDDR5X RAM can also be used for house larger and more advanced photo sensors. In an era where mobile photography has become a priority for many users, this innovation will enable higher quality shots, with sharper details and better management of difficult lighting conditions.
Samsung's commitment to technological innovation is reflected in the words of YongCheol Bae, Executive Vice President of Memory Product Planning: “We are committed to continuous innovation through close collaboration with our customers, providing solutions that meet the future needs of the low-power DRAM market".
