With increasing capabilities such as 4K video recording, better processing power, and faster download speeds, smartphones are beginning to require more storage space. A few years ago, it was customary for a phone's base version to offer 8GB of internal memory. This figure has evolved over the years, with last year's Galaxy S9 offering a minimum of 64GB, and powerhouses such as the Note 9 having up to 512GB of internal space.
Samsung just revealed it's doubling this number, by announcing the mass production of a 1TB embedded Universal Flash Storage chip. The news comes in less than a month before the Korean manufacturer unveils its new flagship handsets, strongly suggesting a variant of the Galaxy S10 will feature it, as previous rumors had hinted at. Read More
Samsung is not only easily the world’s number one smartphone vendor, but also the top chipmaker, having recently surpassed Intel. There’s a pretty good reason for that, and it has something to do with breakthroughs like announcing the industry’s "first 8Gb LPDDR5 DRAM for 5G and AI-powered mobile applications."
Before you jump to conclusions, it seems highly unlikely that this memory chip will be used on the Galaxy Note9 that’s right around the corner. Instead, Samsung appears to be setting the stage for the flagship generation after that, which could make AI applications even smarter (and thus scarier), and will hopefully deliver faster download speeds with "real" 5G connectivity. Read More
Chrome 55 was released for the desktop a few days ago, and now the Android version has followed suit. If you've been using Chrome 55 beta, most of this should already be familiar, but there are a few new changes in store as well.
Until now, Chrome has used Android's built-in download manager to list browser downloads. Back in September, Chrome's very own Download Manager appeared in Chrome Dev, and now it has finally made it to the stable channel. You can sort by file type, see how much space is being used by downloads, and view/delete your saved pages. Read More
Samsung just announced that it has begun mass manufacturing of the industry's first 256GB Universal Flash Storage chips for high-end mobile devices. The new memory is nearly twice as fast as typical SATA-based SSDs found in PCs. Using two lanes of data transfer, the new chip can move data at up to a blistering 850MB per second.
Sequential writing speeds clock in at a rate of up to 260MB a second, or about three times faster than high-performance external SD cards. What this translates to is buttery-smooth frame rates when the chip is tasked with the playback of Ultra HD video files, even while simultaneously multitasking in a split screen. Read More
Everybody loves more RAM, especially in their Android smartphones and tablets. Because seriously, can we have some more? I'll take whatever you can give me. And today, Samsung is continuing in its grand tradition of responding to that demand with a brand-new DRAM design that squeezes 12Gb (not to be confused with GB) onto each chip, for a maximum of 6GB (again, not to be confused with Gb) of total memory in the package. Samsung claims it can fit that 6GB in the space that is required for 3GB currently, so no extra room is needed.
The new chip is also 30% faster than Samsung's older 20nm-process 8Gb chips, and Samsung claims they'll be able to produce in significantly greater quantities thanks to manufacturing changes. Read More
At the moment Android does a pretty decent job of managing its memory... but not a very good one of telling you exactly how it does that. The "Running" portion of the Apps menu in Lollipop shows what's being used by your system and your apps, then a list of apps' RAM usage (with numerical readouts only), and that's it. Starting with the Android M Developer Preview, this screen is much more informative, breaking down both the current and recent RAM usage on a per-app basis.
To see the new RAM Manager in Android M, go to the main Settings menu, then tap Apps. Read More
Before every MWC event, Samsung gradually unveils bits and pieces of its semiconductor innovations that not-so-suprisingly end up inside its line of imminent Galaxy S devices. So far this year, the company has announced its 8Gb LPDDR4 RAM chip (with 4GB of RAM) and 14nm FinFET processor (to be introduced in the company's Exynos 7 Octa), both of which promise faster speeds and more power efficiency.
Today we get another glimpse inside the Galaxy S6, well...presumably. (The timing is just perfect, isn't it?) Samsung is taking the cover off a significant advancement in the semiconductor space for smarphones: a 128GB NAND memory based on the much anticipated UFS 2.0 standard. Read More
The mobile hardware arms race is about to get a new super-weapon. According to a blog post on Samsung Tomorrow, the company's electronics division has begun production of the world's first run of 8Gb (that's gigabit, not gigabyte) memory modules designed for mobile devices. The 8Gb LPDDR4 chips are roughly twice as dense as the previous generation of mobile memory. The first OEM product offered using the new design will be a 4 gigabyte RAM module.
Samsung makes sure to note the 20-nanometer microarchitecture of the new chips, which allows for both faster processing and less power consumption. The quoted speed for the RAM is an astonishing 3.2 gigabits per second, considerably faster than most DDR3 memory modules available for full-sized desktops. Read More
So here's one we haven't asked you before, and it's pretty straightforward: how much internal storage (read: not including SD card or other expandable options) does your current phone have? We've asked you how much storage you need, and whether you have to have an SD card, but not what you're working with right now.
Oh boy, memory!
This isn't some kind of big, pressing issue, but hey, it'll be interesting to see how many gee-bees everyone has, right? Personally, I've got a 32GB Nexus 5 right now, and that amount seems to be working just fine for me. Read More