HTC One ME announced with Mediatek Helio X10
New smartphone will be available in China and other Asian markets
HTC China took the wraps off its latest android smartphone, the HTC One ME. The new device debuts with Mediatek’s octa-core Helio X10 processor – a 64-bit chipset, clocked at 2.2 GHz.
The One ME sports a metal framed polycarbonate body like its predecessors the One E9+ and One M9+. The HTC One ME features a 5.2-inch Quad HD display with a resolution of 2560 X 1440 pixels and a fingerprint sensor. Additionally, i t’s fitted with HTC’s BoomSound, an excellent sound system with Dolby Surround.
Running on Android 5.0 Lollipop, HTC One ME comes with dual-sim, LTE capability. Specs-wise it features 3GB RAM, 32GB internal memory, microSD support and a 2840 mAh battery. The device has a 20MP main shooter with 4K video recording and a 4MP Ultrapixel front camera.
HTC’s latest offering is set to release first in China, followed by other Asian markets and will be available in three colors: meteor grey, gold sepia, and rose gold. There has been no word on pricing or availability in other markets yet, but we expect further news soon.
HTC One ME Image Gallery
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Samsung Galaxy S5 Neo on the way, using new Exynos processor
Guess what? There’s news circulating about another Samsung Galaxy variant, this time for the Neo line. In the past this is the series of devices targeted at folks who want to save a buck. As reported on SamMobile, the Galaxy S5 Neo will be a cut-down version of last year’s Galaxy S5.
This isn’t the first time Samsung has created a budget variant of their flagship. We’ve seen a Galaxy Note 3 Neo before, which was slightly smaller and had a lower resolution than its high-end counterpart.
An interesting tidbit with the new Galaxy S5 Neo is that it’s said to rock the new octa-core Exynos 7580 SoC that was recently leaked through GFXBench. This further implies that the Exynos 7580 is a mid-range chipset, competing with the likes of the Qualcomm Snapdragon 615.
Current known specs of the Galaxy S5 Neo include:
- 5.1″ 1080P Super-AMOLED Display
- Samsung Exynos 7580 (octa-core, 64-bit, Mali-T720 GPU) SoC
- 2GB RAM
- 16 MP rear and 5 MP front cameras
- 2,800 mAh battery
- Android 5.1
There is no release date or pricing just yet, stay tuned for an official announcement from Samsung.
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Instagram is ready to make some serious money
After launching ads a year and half ago Instagram is now giving advertisers a much more powerful tool to integrate their ads. The tools include “Shop Now”,”Install”and “Sign Up” buttons.
These button appears at the bottom right of the advertisement. The company made advertisement open for all the advertisers. It is worth noting that pressing the buttons do not take you away from Instagram completely. Instead, it open a mini version of a browser within the app, so that when you are done buying or installing you will be returned to the app itself.
Instagram has always been a potential advertisement channel, able to drive its 300 million+ users to buy or download an app.
“The API comes polished—able to manage, track and measure marketing campaigns—thanks to borrowed technology and lessons learned from Facebook“
Instagram is all ready and plans to roll out this update gradually starting later this week in Spain. At the end Instagram wants to make advertisement available to all business areas no matter whether it is small or large. The API will plug Instagram into the broader ecosystem of social ad platforms.
In my opinion this is indeed a really big boost to the advertising sector. Local brand names as well as small and starting companies can now easily campaign their products by using Instagram as their path to advertise. However as delicious as it may seem, it can cause a lot of adverse effects. Like Facebook, a lot of users don’t want to see advertisement spam in their feed. I hope Instagram is prepared for such a scenario.
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Amazon and Best Buy slash $150 off the price of the Nexus 6
If you’re looking to pick up a shiny new Nexus 6 in the not too distant future, you may want to listen up, as Amazon and Best Buy are both currently offering the handset with a whopping $150 discount — meaning you can bag yourself one for just $499.
With regards to its internals, the device packs a 5.9-inch Full HD display, a Snapdragon 805 chipset, 3GB of RAM, an Adreno 420 GPU, a 13-megapixel rear-facing camera, a 2-megapixel front-facing shooter and a 3,220 mAh non-removable battery.
Straight out of its box, the Nexus 6 runs the latest build of Android 5.1.1 Lollipop, which brings several security improvements to the handset, along with support for multiple accounts, improved notifications, a smoother multitasking experience and the recently-announced Material Design guidelines.
If you like the sound of the Nexus 6 and want to pick one up for the discounted price, hit the links below.
Come comment on this article: Amazon and Best Buy slash $150 off the price of the Nexus 6
Xiaomi is planning to announce a water-related product on June 10
Chinese smartphone manufacturer Xiaomi has released a teaser image for an upcoming water-related event it’s holding on Wednesday, June 10, in China.
Unfortunately, not much is revealed in the picture, other than the fact that the announcement has something to do with water.
Many rumors have been bandied around suggesting that the company is working on a waterproof smartphone, but we haven’t seen any solid evidence as of yet. However, it looks like all that’s about to change in just six days time.
Be sure to check back as we’ll be bringing you live coverage of the event.
Via: PlayfulDroid
Come comment on this article: Xiaomi is planning to announce a water-related product on June 10
Scientists are one step closer to growing replacement limbs
If the goal in medicine is to be able to repair people as if they were made out of Legos, then we just took a big stride towards that future. A team at Massachusetts General Hospital has managed to grow a rat’s forearm that, theoretically, could open the door to whole-limb transplants. The team, led by organ regeneration expert Harold Ott used a technique called decel/recel, which has already been used to grow hearts, lungs and kidneys within the confines of a petri dish.
Rather than building a fresh arm, the decel/recel process requires scientists to decellularize organs from deceased donors. As New Scientist describes it, that means washing a forearm from a previously expired rodent until just the “scaffold” remains. It’s a clumsy metaphor, but imagine that you could rinse off the mushy stuff until the biological equivalent of an ice cube tray remains. This empty receptacle retains the structure of the component with none of the icky bits.
After that, this “scaffold” is seeded with cells from the eventual recipient and nourished so that the cells grow themselves into a new body part. In this case, the team used the forearm of a deceased rat, washed it down, added some fresh cells and wired it up to a machine that kept its tissue alive. In under three weeks, blood vessels and muscles had built themselves across the structure, and the team just had to graft on some skin to complete the project.
One of the biggest issues in transplant science is that the human body tends to reject or fight a foreign body part that’s implanted. Those who have received organ transplants are often consigned to a lifetime of immunosuppressant drugs so that their own self-defense system doesn’t try to kill the thing that’s keeping them alive. By using donor organs as a template for your own cells to regrow, the issues of rejection no longer apply. It’s a similar effect to how Dutch scientists can now encourage rats to regrow blocked blood vessels around a dissolvable prosthesis.
Ott’s team tested the limb it was able to grow with electrical impulses, and the forearm was able to flex and move. They then grafted it onto a living rat and found that blood flow would be accepted by the transplant, enabling the part to remain alive. Obviously, we could be decades away from a first successful operation on a test animal, let alone being able to pop down to the hospital to replace a lost limb, but it’s very, very promising.
[Image Credit: B.J. Jank]
Via: New Scientist
Source: MGH, Biomaterials
Periscope for iOS lets you scour the globe for livestreams
Part of the appeal of Periscope is watching streams from complete strangers. Sure, your friend’s tour of their office is compelling, but it’s nothing compared to video streamed from inside North Korea. To make it easier to find livestreams the other part of the world or just down the street, Twitter has updated the iOS version of the app with a map view. Livestreams show up as red pins above a geographic region. Once you find an individual or clusters of pins you’re interested in in viewing, pinch to zoom in and tap for information about those feeds. If you’re not a fan of circumnavigating the globe with your finger, the global feed list is still available. Periscope also updated the replay feature so broadcasters no longer have to upload a video when they finish livestreaming. Those videos are now instantly available for viewing. Finally, you can share streams you’re watching directly to Twitter instead of just to fellow Periscope users. It shouldn’t too long before these new features pop up in the recently launched Android version of the app.
Filed under: Internet
Source: Periscope
Google makes its case for VR by reinventing the field trip
I was standing on the surface of Mars. The rocky terrain was red and dusty, with nothing above it except the vast expanse of space. “Now if you look over here, this is where the Spirit rover landed,” said a voice. An arrow emerged, pointing to a circle hovering over a sandy spot close to me. Yeah, okay, I wasn’t really on Mars; I was in the Moscone Center in San Francisco. That voice belonged to a Google engineer, who was giving a small group of I/O attendees a brief tour of Mars through “Expeditions,” a piece of VR software for educators. He was holding a tablet, talking us through the different points of interests, while everyone — including me — held up phone-carrying Cardboard VR viewers to their faces.
Expeditions is the third VR-related announcement at this year’s I/O, but it’s arguably Google’s strongest effort yet at mainstreaming it. Essentially a tool for teachers and other educators, a standard Expeditions kit has 30 phones and Cardboard viewers plus a tablet for the teacher, who acts as the tour guide. All of the devices are perfectly synchronized. There are already hundreds of places they can go: the Great Barrier Reef; Verona, Italy; and yes, Mars.
Now, I’m no stranger to VR. I’ve strapped prototypes of the Oculus Rift, Samsung’s Gear VR as well as the recently announced HTC Vive to my noggin and was blown away by the experiences on all of them. Which is why it’s all the more incredible that all it took was a piece of cardboard, a couple of lenses and a phone, to replicate the same thing. Cardboard is cheap. An Oculus Rift? Not so much.

But it wasn’t until I tried out Expeditions that I understood the power of Google’s Cardboard. It’s bringing that same power of VR beyond just playing games and watching a movie. It’s bringing it into the classroom. Education, not gaming, is what will make VR palatable to the masses.
Until Cardboard, virtual reality has been largely inaccessible. The only ways to get into VR was either to get your hands on an Oculus Rift developer kit or one of Samsung’s Gear VR headsets. Both cost hundreds of dollars — heck, the consumer version of the Rift along with a VR-ready PC will likely cost upward of $1,500 — which makes them out of reach of most consumers.
And with the addition of Sony’s Project Morpheus and the recently announced HTC Vive, it’s clear that VR is becoming an important part of the tech landscape, with use cases far beyond just gaming. After all, Facebook has already said that one of the reasons it purchased Oculus was to explore new ways of communicating. But in order for VR to be part of our world, it needs to be easier and cheaper to access.
“Our goal with Cardboard was really to make virtual reality accessible, affordable, easy and fun,” said Clay Bavor, a VP of Product for Google. He heads up Gmail, Google Docs and Google Drive, which are arguably three of Google’s most important products, but he’s also the guy overseeing Cardboard. “Not only is it made of cardboard, [but] we also deliberately called it Cardboard,” he said. “It’s not meant as a joke. We just wanted to say, ‘Hey, it’s just cardboard,’ you know? Anyone can get into it.”

Google made a few more announcements at I/O that aim at opening up VR to more people: a new Cardboard viewer that’s compatible with the iPhone, a Cardboard SDK that supports both Android and iOS, plus a whole new Jump platform that lets anyone create and share VR videos. It even partnered with GoPro to make a 360-degree circular camera array just for that. The first player to support Jump? YouTube. You can’t get much more mainstream than that.
But the highlight is still Expeditions. During the keynote, Google showed it being used in a classroom, with kids staring in awe at what they saw before them. When I was a kid, I had ambitions of being an astronaut — what little kid didn’t dream of flying to the stars? Still, I never really thought it was possible. But with a VR viewer that showed me what it’s like to walk on Mars? Maybe my young mind would’ve been swayed. Maybe after taking this same virtual field trip, hundreds of other young kids will be inspired to be aeronautical engineers and rocket scientists.
“What’s been really interesting is to see how teachers are using it,” said Bavor. The obvious use case for Expeditions is for a marine biology class to take a tour of the Great Barrier Reef, for example, but Bavor has also heard of an English teacher who brought her class to Verona because that’s where Romeo and Juliet takes place. Or a math teacher who had her kids tour the Great Wall of China in a lesson on estimation, asking them to guess how many bricks there are in the wall.

Bavor tells me that Google also took a GoPro Jump camera to the American Museum of Natural History, filming exhibits like the hall of mammals and the blue whale room, so that kids can have field trips to the museum without ever leaving their classrooms.
With the emphasis on low-cost materials and educational use, Google is enabling VR adoption on a scale that no one else could even imagine. You can’t expect to hand out 30 Oculus Rift or Gear VR headsets in classrooms. It would break the bank and is not something that most schools can afford. But a piece of cardboard? Anyone can manage that. Heck, you could even have the kids make the viewers themselves out of stuff in the recycling bin and make that part of the experience.
A Cardboard viewer will very likely be someone’s first VR experience. And that’s an amazing thing.
“Cardboard is about VR for everyone,” said Bavor. And Google is just getting started. “This is not the end of our ambitions. We have plans far beyond what we showed.”
So, is a VR viewer made of cardboard pretty silly? Sure. But is it also perhaps one of the most interesting things Google has ever done? Absolutely.
Filed under: Google
PowerSkin Pop’n 3 review
I
put the new PowerSkin Pop’n 3 through its paces, recently. Pop’n 3 is a new (to me) take on portable smartphone chargers. It boasts “state-of-the-art, patented dual suction adhering technology to stick right onto the back of smartphones for an easy to hold, seamlessly integrated charging experience.”
Simply put, the Pop’n 3 sticks to the back of your phone via a center sticky pad and 24 mini suction cups. The coolest, most practical feature isn’t even that, but the attached power connector (Micro-USB in this case, but they also have an iOS Lightning version). Since the power cable is attached to the unit, you’ll never lose the cable. It’s also only long enough to reach from the bottom of the Pop’n 3 to your phone and fits into a slot at the bottom, eliminating the hassle of the power getting tangled in anything.
In “real life” usage, the suction did a competent job of holding on and charging while I made calls and performed other tasks on the phone. After a few attachments and removals, however, there suction begins to weaken. The manual suggests moistening the center sticky pad to rejuvenate the unit’s hold, which did work, but each time the hold felt a little weaker than before.
A big, big “con” to this unit, and one they should have either addressed or at least mentioned, is the suction is completely useless if you have a protective phone case on your Android. In my case it was an Otter Box, and the Pop’n gave 0% hold to the case. Taking off your phone case is the first step to having a busted phone or shattered screen so this isn’t worth the risk – when the case was on my phone, I just charged the phone without attaching the Pop’n.
Charging the unit itself is done via a provided Micro-USB cable. It would have been nice if the inbound charging cable was also attached and retractable, since these tend to get borrowed/swiped around these parts. Charging speed was pretty average, but another great feature is that you can have the Pop’n’s outgoing charger connected to your phone, and its incoming charger attached to a power source, and the charge will pass through (and charge your phone first, then itself). This is perfect if you can remember to leave them both hooked up together and charge them both up overnight.
At its current price, $39.99 on PowerSkin’s site or $49.99 on Amazon, the Pop’n 3, drawbacks and all, is still a great deal compared to other, more well-known, portable chargers such as the Mophie series. If your case is compatible with the suction system or you don’t mind going without a phone case to use this unit, it’s certainly worth adding to your day-to-day mobile artillery.
– Chris S.
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Google camera updated to v2.5
App is the same as the one found in Android M developer preview
With all the news surrounding Android M, there has been a lot of debate on the new features. People have been resorting to forums to procure the extracted APK files and goodies of all sorts from the Android M developer preview released during Google I/O 2015.
Google has now officially updated the Google Camera to version 2.5 on the Play Store. This is the same version that comes bundled with Android M developer preview and brings a lot of new features.
First of all, it replaces the old focusing animation with a new simpler looking one. It doesn’t give any such difference to the focus, might be a placebo effect. But it surely does refresh the camera UI.

The HDR mode is much faster now and plays a confirmation sound when the photo is clicked in this mode. A much needed feature that has been added, is the small thumbnail preview in the bottom right after an image is clicked.
Screenshots
Exploring the settings, we find that the lens blur effect has been fixed to “normal” quality now. Doesn’t make much of a difference as its a scarcely touched feature.
The update is rolling out to the Play Store and you can grab it from the link below. If you don’t want to wait then you can grab it from APK Mirror.
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