Samsung Galaxy S26 Ultra Rumored to Feature Cutting-Edge RAM for Enhanced Performance

Galaxy S26 Ultra leak hints at a serious upgrade for power users

That would be a step up from the Galaxy S25 Ultra, which never disclosed an official RAM speed but was confirmed by Micron to use its 1β (1-beta) LPDDR5X. That chip is rated for up to 9.6 Gbps, so even if the S25 Ultra pushed that top speed, the jump from 9.6 Gbps to 10.7 Gbps works out to an 11.5% bandwidth increase, along with the extra efficiency gains of the 1γ design. This is great news for power users. More bandwidth means the phone's processor can move data in and out of memory more quickly, which can help with demanding tasks like 8K video capture, high-frame-rate gaming, and running AI features directly on the device. The improved efficiency could also translate into less battery drain during those workloads, particularly as on-device AI becomes a bigger part of Samsung's Galaxy experience.

Your next Samsung phone could get a major speed boost from this RAM upgrade

I've used the Samsung Galaxy A56 and Google Pixel 9a; here's why it's an easy choice Samsung's next S-series flagships are still roughly half-a-year away, but the amount of information that has already leaked about the lineup makes it feel like they're just around the corner. The South Korean tech giant has had a great year, and it's looking to replicate similar success to kick off 2026 with the S26 line. The series, however, will look a little different this time around. The S26 series is all but confirmed to feature a Pro and Edge model, replacing the base and plus models, respectively. The company's crown jewel, the Ultra variant, will stay put. From what we already know, the top-of-the-line model will maintain its dominant position in the lineup, featuring the ol' trusty 200MP main rear shooter with a larger aperture, 60W fast charging (finally), and potentially an even bigger screen. Now, a new leak stemming from a reliable source is shedding light on a significant RAM boost that's poised to make its way to the upcoming model -- one that could unlock impressive data transfer speeds. The S26 Ultra could lead the industry For reference, Samsung unveiled the industry's fastest 10.7Gbps LPDDR5X DRAM for mobile devices in April last year. At the time, the South Korean tech giant said that it would begin mass-producing the RAM in the second half of the year. Although the subsequent Galaxy S25 Ultra boasts an LPDDR5X RAM, it is rated at 8.5Gbps, and not 10.7Gbps. This means that the S26 Ultra could be the first Samsung phone to feature the new technology, as pointed out by credible industry leaker @UniverseIce on X (Twitter). To put that into perspective, the RAM could unlock up to 25 percent faster data processing when compared to its predecessor. Elsewhere, paired with the reported Snapdragon 8 Elite Gen 2 chipset, the Galaxy S26 is positioned to offer not just raw speed, but also enhanced power efficiency, especially for on-device AI tasks. Are you excited about the revamped S26 line, or are you waiting for better discounts on this year's S25 series? Let us know in the comments below! Samsung Galaxy S25 Ultra SoC Qualcomm Snapdragon 8 Elite for Galaxy Display type LTPO AMOLED, 120Hz Display dimensions 6.9" Display resolution 3120 x 1440 Samsung's Galaxy S25 Ultra leaves the Note-like design behind for the very first time. With flat edges, curved corners, and a massive 6.9-inch display, this is a modern flagship through and through -- and yes, that S Pen is still here too. $1300 at Samsung Expand Collapse

Samsung Galaxy S26 Ultra Set For A Major Performance Leap With Micron's Lightning-Fast LPDDR5X RAM And Snapdragon 8 Elite 2 Chipset In 2026

The tech community now seems to be hooked on Samsung's upcoming Galaxy S26 series and what it will bring about. While the S25 lineup's main selling point was the AI features integrated into the devices, the South Korean tech giant is determined to change that and bring some massive upgrades for its next flagship phones. A recent leak is giving us major hope that the company will take some significant leaps when it comes to the memory performance of the Galaxy S26 Ultra, and we are hooked. While there is still time before Samsung's unveiling of its next Galaxy S26 lineup, leaks and rumors have given us major clues about the S26 Ultra: a more refined look, a slimmer body, a lighter build, and improved optics. The latest leak focuses on memory performance and hints at a major boost in RAM, which is something that gamers and those who multitask generally look for. As per renowned tipster Ice Universe, the S26 Ultra will come with Micron's latest LPDDR5X RAM clocked at 10.7 Gbps, a big jump from the 9.6 Gbps speed offered by the S25 Ultra model. This major memory boost can be attributed to Micron's new 1γ (1-gamma) DRAM architecture, which helps deliver some notable efficiency gains. Compared with the previous generation that was based on the 1β (1-beta) generation, there is greater power efficiency and a better ability to handle multitasking, leading to smoother performance without draining battery power. While the speed gains may not appear as evident in everyday use, they will make a significant difference in high-demand tasks, where memory bandwidth plays a huge role in ensuring stability and upgraded performance. Samsung is increasingly focused on bringing more AI capabilities, and the RAM upgrade would play a crucial role in supporting these features and ensuring that the flagship model remains a performance powerhouse. The Galaxy S26 Ultra is additionally expected to be powered by the Snapdragon 8 Elite 2 chip, and alongside the memory boost, it could truly be a major upgrade compared to the previous model. Given how the competition is accelerating its efforts to bring more memory and better storage performance, it is vital that the South Korean tech giant does not fall behind and instead sets a new benchmark for Android performance in the coming year. By combining better efficiency and better RAM, the company could help deliver both improvements in battery life and peak performance.