If you were hoping to get your hands on the interestingly shaped Galaxy Round anytime soon, chances are you will not. According to SamMobile, an insider informed them that Samsung is only looking to produce a very limited quantity of the device. The reason for doing so would allow Samsung to test curved OLED displays for future devices (pending their success). In the meantime, you can wait until next month for when the purported LG G Flex will be announced.
LG Display has announced it will start mass production of flexible OLED displays for smartphones during the fourth quarter of 2013. The flexible displays will support ultra high-definition and besides the benefits of being flexible,will be very thin as well. According to LG’s official statement, “We have completed the development of our first flexible displays. We will mass produce flexible displays from the fourth quarter of this year.” The production facility in Paju is expected to be able to produce 12,000 sheets on a monthly basis, though it is not clear how many devices could be produced from a single sheet.
Samsung’s fabled flexible displays are one of the most hotly anticipated technological developments in recent memory, and today MobiLeaks has brought us a leaked concept showing off one such display. As you can see in the picture, this leak is a full render of a new Samsung 10″ tablet, and if thats not enough, the leak came with some specs too. The flexible screen is a full 1080p HD resolution (1920×1080 pixels) and has a front facing 3-megapixel camera. Inside is Samsung’s very own Exynos 5 Octa processor clocked at 1.6 GHz, 2 GB of RAM, an 8000 mAh battery and 16 or 32 GB storage options, expandable via a microSD card slot.
With the kick-off of SID Display Week 2013 in Vancouver came some pretty neat new concepts from Qualcomm. The company demoed a 1.5-inch panel embedded on the top of an “always-on” smartphone and on the face of a smartwatch.
Perhaps the most interesting display was a 5.1-inch panel with a spectacular 2,560 by 1,440 (577 ppi) resolution. While up close, the images seem much more crisp than on the current top-of-the-line displays, the colors don’t quite pop like they do on other handsets. But there’s more to it than meets the eye. The screen has a 6x power advantage over current LED and OLED displays. This means that your phone could go days without charging. But don’t get over excited, because Qualcomm says that this technology is still a few years from mass-production. For now, we’ll just have to wait and see what else the future brings for smartphone technology.
Could the end of broken displays truly be upon us? It appears that Samsung is certainly working hard behind the scenes for that to be a reality. Early rumors are reporting that with Samsung’s forthcoming Galaxy Note III smartphone, the manufacturing giant is also planning on bringing a major first to the industry— the world’s first plastic OLED display. Early details highlight this breakthrough display will not only be light in capacity, but will also be of a RGB stripe variety and arrive on the Galaxy Note III in a 5.99-inch display capacity.
Unfortunately, we have yet to see any news about what the exact resolution of this plastic display will arrive in, as well as if Samsung will be able to produce enough display units to meet demand of the Galaxy Note III— but we’ll be sure to keep you all posted as we get additional details.
It appears that the world will have to wait a wee bit longer for Samsung’s innovative flexible display to hit devices. ETnews reports that because of the flexible display’s vulnerability to moisture and oxygen, Samsung’s display unit is reviewing the encapsulation technologies to help protect the flexible display unit and more importantly, the guts of a device found underneath the display. In other words— Samsung hasn’t quite figured out how to have a flexible display that wouldn’t allow moisture and air to seep in any given device, so it is working on alternative methods which would essentially seal the flexible display of a device, regardless of how a device is bent or angled.
Because of the delay, the world should expect to see the arrival of the first smartphones featuring flexible displays by the end of 2013. Hopefully Sammy will work out all those kinks by then or it’ll see its competition beat it to the punch.
Not content to let Huawei steal all the attention in the phablet world, Samsung seems intent on making its upcoming Galaxy Note III smartphone bigger than better than not only its predecessors– but better than the competition as well. Similar to what we’ve already heard before, early reports are indicating that Sammy is going to thread the needle a bit further in terms of the Galaxy Note’s sheer size and will push it well past the 5-inch mark. Rumor has it that the device will check in at a whopping 6.3-inches in size! Oh and what’s more is that the device will also feature Samsung’s newly-announced superchip helping to purr things along. Size + speed? Oh yes please!
Naturally this is all speculation and rumor for now, but knowing Sammy— it certainly tries to push the envelope with its upcoming products, so these rumors shouldn’t be too farfetched. Stay tuned with Talk Android as we try and get more deets for you about the interesting device.
As we rapidly approach the new year, we are rapidly gaining new details of Sammy’s “Next Big Thing”. Also known as “Project J”, the Galaxy S IV is expected to have top-line features like a brand new quad-core Exynos processor, a 13MP camera and most noteworthy— a revolutionary display. While the expected 441 ppi density of the display is sort of been there, done that already, the Galaxy’s S IV’s potentially unique display will have something competitors will not have: an unbreakable plane. Similar to earlier reports we’ve heard in the past, analysts expect to see not only an unbreakable display panel in the Galaxy S IV, but they expect that consumers will eventually see possibly a bendable-type display material as well. Adding fuel to the rumor fire, Samsung is reported to begin production organic light-emitting diode (OLED) displays in the first half of 2013, which will be seen in the Galaxy S IV or Galaxy S V smartphones, as indicated by analyst Mark Newman of Stanford Bernstein in Hong Kong:
“Eventually, they’ll have unbreakable and flexible displays. Either the Galaxy S IV or S V will have unbreakable and even possibly flexible and foldable displays by 2014. That’s going to be a game-changer.”
You know what they say folks— when there’s smoke, there’s fire. It’s looking more and more like the next Galaxy(s) are going to be straight up beastly (and revolutionary) devices. Your move Apple & HTC?
The Samsung-LG rivalry is back at it again. Samsung is retaliating for LG’s September lawsuit with a suit of their own. This time, Samsung is seeking to have seven patents granted to LG rendered invalid based upon previous infringement with some of their own. Samsung has long been producing Organic Light-Emitting Diode (OLED) displays, and many of their current gen Active-Matrix Organic Light-Emitting Diode displays (AMOLED) are being used is products around the world. This type of screen is immensely popular because of its ability to function without a backlight that many other kinds of displays require.
While both LG and Samsung produce similar displays. The function of them is quite different; LG uses their screens mainly for TV’s while Samsung focuses mainly upon mobile devices. Recently, with LG’s Optimus G line of phones and Samsung’s latest line of TV’s both companies have been stepping into each other’s territories. This dispute could potentially setting the boundary between these two markets for display technology and grant Samsung a strong monopoly in the mobile display market.
Source: Yonhap News
Samsung is king of OLED and have gotten much praise over some of their displays, but OLED technology is difficult to make in the higher pixel densities that traditional LCDs can achieve.
But a story coming from Korean site etnews states that Samsung has perfected their techniques to produce OLED screens at up to 350 ppi (compared to the iPhone’s 326 ppi Retina displays). Higher pixel densities mean sharper text and images, which generally translates to better looking device displays.
Hopefully this will mean that Samsung phones will be coming with better screens later this year, and that makes us happy.
via: android central