الثلاثاء، 27 أكتوبر 2015

Samsung Pay will support more banks and work with gift cards in the United States

Samsung today confirmed that its payment service will soon work with even more banks in the United States, and that by the end of this year users will be able to pay at participating merchants using gift cards stored within the Samsung Pay app. The mobile payment service was launched in the country last month, US is one of the two launch markets for Samsung Pay and now work is underway to bring the payment service to more markets across the globe.

The company says that it’s seeing repeat usage with an average of eight transactions per user in the United States, adding that three out of the four transactions were made possible by MST. Magnetic Secure Transmission is crucial to the success of Samsung Pay, it enables merchants to accept Samsung Pay using existing card terminals, thus Samsung Pay can essentially be used anywhere a customer can pay by card. That’s something that rival services like Apple Pay don’t have.

In the coming months cards issued by Chase, PNC Bank, TD Bank, SunTrust, Fifth Third Bank, First Hawaiian, Key Bank, Silicon Valley Bank, Security Service Federal Credit Union, Navy Federal Credit Union, Virginia Credit Union, Associated Bank, Randolph Brooks Federal Credit Union and People’s United Bank will work on Samsung Pay. The company has also confirmed today that its mobile payment service will work with Discover starting next year. Support for gift cards arrives before the end of this year, enabling users to pay at retailers across grocery, dining, fashion and entertainment industries using gift cards stored in the Samsung Pay app.

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“Restless Innovation”: Why Samsung experiments on its high-end “Galaxies”

Samsung is the top Android OEM worldwide, and, like all important companies, receives its share of ridicule from critics. In years past, critics have labeled the Korean manufacturer one who “throws something against the wall to see what sticks,” referring to Samsung’s constant experimentation with its products.

Take the Note Edge, for example: some critics chide Samsung because the company emerged with a Note Edge last year, only to forgo a Note Edge 2 this year. “Why does Samsung do one thing this year and do something new the following year?” some say. To some consumers, the only way to behave as a tech company is to make a product, tweak it here and there (but not too much), and release a new one each year. Some in the tech field chided Samsung for its Galaxy S5; then, Samsung turns around and releases a Galaxy S6 edge – only to receive more criticism: “What’s the purpose of an edge on a smartphone?”

So, let’s put the question out there: “Why does Samsung experiment on its high-end ‘Galaxies’?” Why does Samsung experiment at all, when all consumers want is a great device, slightly tweaked, that looks good and runs good, has vanilla Android, and gives fast updates? Why even experiment with TouchWiz when Samsung should just “take cues from Motorola and leave the software experience to Google”?

The answer is simple: because, should Samsung fail to experiment, the Korean manufacturer would abrogate its role as a tech company. Tech is ever changing, and innovation only comes through change. Tech companies embrace the change and create breakthroughs in innovation with experimentation.

Think of the scientist: what does the scientist do? He experiments. Scientists adhere to what is known as the scientific method, by which they 1) make a hypothesis or assume a theory, and then 2) experiment and test out their working theory. No scientist finds himself or herself with a working theory in the first experiment.

What do chefs do? They cook. They are often known for their famous recipes, but those recipes don’t arrive without experimentation. Chefs often stumble onto an award-winning recipe through trial and error. The famous statement “If at first you don’t succeed, try, try again” assumes that making mistakes and continuing forward in the face of them is the key to success.

Cooking is a science of its own, as are art, music, and sports. Artists don’t learn how to draw or paint without making mistakes. Great musicians don’t rise to prominence without having missed a piano note in a recital once or twice in their careers. Sports athletes often endure a missed free throw in a college basketball game or the NBA before winning a championship ring three years down the line. Mistakes are the stepping stones by which we learn how to proceed in the things we do. Mistakes are how we grow as human beings. Those who never make mistakes never grow.

And the same can be said for tech companies. Those that focus on “getting it right” the first time never grow. Sure, they may make great smartphones and wearable tech. Sure, their tech may be well-designed, and may even net them billions of dollars. Sure, lots of consumers may even prefer the products of such a company over its competitors – but the company will never live up to its responsibility as a tech company. And any company that loses its reputation in innovation forfeits its respect as a tech company. If experimentation is key to innovation, and a company never experiments, it will never innovate.

So, when critics attack Samsung’s experimentation with its smartwatches, for example, they forget the circular Gear S2 exists because of Samsung’s other smartwatches (Galaxy Gear, Gear 2, Gear 2 Neo, Gear S) and the lessons learned from those former ones. When they attack Samsung’s Note Edge, they do so, forgetting that it took the Note Edge to produce the stunning Galaxy S6 edge and S6 edge+ with Samsung’s Apps Edge (and the Galaxy Note 5 with its borrowed “edge” design on the device’s backside) that will provide additional functionality down the line.

When critics knock Samsung’s experimentation, they knock Samsung’s innovation. And to knock Samsung’s innovation is to take away the best products on the market – those we would never have experienced if Samsung wasn’t the “quirky” tech company we all know and love. Additionally, to knock Samsung’s innovation is to take away the progress of the market, since Samsung’s achievements have, in many ways, lifted the smartphone industry as we know it.

Don’t take my word for it, listen to Samsung:

Back in 2011, Samsung had found success with the first Galaxy S, so we were excited about the potential of the S2. But, we also felt that there were so many consumers out there that wanted a product that just didn’t exist. We were missing something big. And that’s what led to the first Galaxy Note. It was a breakthrough, not just for us, but for the entire industry. We faced some doubt and market skepticism (and that’s kind of an understatement); at the time, 3.5 and 4-inch phones dominated the market, but we summoned the courage. We believed in the Note. We knew there was demand for a bigger display, a larger canvas that made more possible. It turns out we were right. – Justin Dennison, Galaxy Unpacked 2015, 43:08-44:03

Just two years ago, at CES, we revealed a new concept: flexible display technology. We believed in that concept, so we bet big on an immersive screen that was beautiful and useful. And we have been so happy with the response from customers; they love the dual-edge experience. That’s how we stay ahead of the curve: we listen, we learn, and we take a risk. We push ourselves to be first and others join us. The technologies make life better; that’s true with the big breakthroughs, but it’s also true with steady worker progress. When we develop better cameras, higher-resolution screens, batteries that charge faster and last longer, that not only lifts Samsung; it propels the industry. –J.K. Shin, Galaxy Unpacked 2015, 37:11-38:22

I believe that Samsung has an important role to play in advancing technology in our daily lives. We push ourselves hard; we take a step forward and then another. And if we get there first, others will follow. That’s how we transform society for the better. That’s how we make life easier, simpler, and more productive. That’s what relentless innovation means: offering what’s next now. –J.K. Shin, 10:42-11:22, Mobile World Congress 2015



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Samsung reportedly supplying OLED displays for Apple Watch, paving the way for AMOLED on future iPhones

A report out of Korea today claims that Apple is diversifying the supply chain for its first smartwatch by sourcing OLED displays for the Apple Watch from Samsung. LG Display was previously said to be the only supplier for the Apple Watch’s display and it was said that Apple would stick with the company till the second-generation Apple Watch but if today’s report is to be believed Samsung is now in the mix as well.

Ever since the first iPhone was released in 2007 the smartphone has made use of LCD technology in all models but today’s report also claims that Samsung is providing OLED panel samples to Apple which might pave the way for AMOLED displays to arrive on future iPhones. Apple is said to be testing these OLED panels from Samsung and is expected to make a decision next month about whether or not it wants to stick with LCD for the next generation smartphone or move to OLED. Apple rarely comments on supply chain related matters so it’s unlikely that we’ll ever get a confirmation from the fruit company on this, Samsung has not yet commented on the matter as well.

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Exclusive: Samsung’s Project Valley ‘foldable device’ (SM-G929F) will launch in these countries

Samsung’s first phone with a foldable display, dubbed Project Valley at the moment, is rumored to be launching in January next year, and we were the first to exclusively reveal the device’s existence. We have now been able to get more information on the device from our insiders, including its model number and a list of the countries where it might be released.

The Project Valley phone will carry model number SM-G929F. The Galaxy S6 edge+ has model number SM-G928, and the very small change in the foldable device’s model number suggests it could have specifications similar to the S6 edge+, with the foldable display being the highlight. As we noted in our initial report, the display will possibly form a V-like shape when it is closed, which is what gives it its codename and is a possibility that was backed by a Samsung patent we came across last month.

As for the device’s launch, our sources say it will be available in the following markets:

  • BTU – United Kingdom
  • CPW – United Kingdom (Carphone Warehouse)
  • DBT – Germany
  • ITV – Italy
  • KOR - South Korea
  • NEE – Nordic countries
  • XEF – France
  • XEO – Poland
  • XEU – United Kingdom / Ireland

For a device that will be considered quite experimental, that’s a pretty long list of countries. The US is notably absent from the list, but it’s possible Samsung will bring Project Valley to more regions later on. We will continue to hunt for all the details we can get on Project Valley, and share what we can with you guys as soon as possible.



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Samsung is trying to fix Snapdragon 820 chipset

As we reported earlier, Samsung might release three processor variants of the Galaxy S7. After exclusively using the homegrown Exynos 7420 chipset in its high-end smartphones that were released in 2015, the South Korean smartphone giant might have made up its mind to bring back Snapdragon chipsets in its upcoming flagship smartphone for 2016.

According to a new report from Business Korea, Samsung is making every effort to fix heating issues in the Snapdragon 820 chipset and trying to optimize it. The company is trying to release a patch before the end of this month by modifying the microprocessor control program. If this step doesn’t solve the issue, the company is planning to use heat radiating pipes to improve heat dissipation, which means that Samsung is hell bent on using the Snapdragon 820 in the Galaxy S7 at all costs.

The company is trying to stabilize the chipset because the Snapdragon 820 is being manufactured using Samsung’s 14nm FinFET process. The better the performance of the Snapdragon 820, the higher the sales of the Galaxy S7 as well as Snapdragon 820 chips. This will in turn be advantageous to Samsung. The South Korean electronics giant is also working on its next-generation chipset, the Exynos 8890, which has custom 64-bit CPU cores.

After the poor performance of Qualcomm’s first high-end 64-bit mobile processor, the Snapdragon 810, the company has been under a lot of pressure from its investors. The mobile processor giant has decided to lay off 15 percent of its workforce in July. The company claims that the Snapdragon 820 offers upto 40 percent faster graphic performance while being 40 percent power efficient than the Snapdragon 810.

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Specifications of Galaxy A3 and Galaxy A7 successors leak

We broke the exclusive news about Samsung working on successors to the Galaxy A3, Galaxy A5 and Galaxy A7 a month ago, and also revealed a list of accessories that will be launched alongside the devices. Our insiders weren’t able to give us any information on the hardware of these upcoming devices, but the GFXBench benchmark database has now revealed the specifications of the Galaxy A3 and the Galaxy A7.

The two phones have shown up with model numbers SM-A310 and SM-A710X and are listed as the Galaxy A3 and Galaxy A7, though these are unlikely to be the final names. The SM-A310 has a 4.7-inch HD display, a quad-core Exynos 7580 chipset clocked at 1.5GHz (the Exynos 7580 is actually an octa-core chip, so this might be an error or a quad-core variant of the SoC), 1.5GB of RAM, 16GB internal storage, a 13-megapixel rear camera, and a 5-megapixel front camera.

The SM-A710X has a 5.5-inch Full HD display, an octa-core Snapdragon 615 chipset and 3GB of RAM, with the rest of the specs the same as the SM-A310′s. Both devices run Android 5.1.1, and they feature a few upgrades over the original Galaxy A3 and Galaxy A7, like the primary camera on the A3 and the increased RAM on the A7. Of course, GFXBench doesn’t give us any idea of when these new Galaxy A phones will be launched, but we should see more details leak as we inch closer to the official unveil.

a310-gfxbench

a710-gfxbench

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Samsung Developer Conference 2016 will take place on April 27-28

Samsung has posted the landing page for the Samsung Developer Conference 2016 that will take place on the 27th to 28th of April the in Moscone West, San Francisco. You can currently register for conference updates using your e-mail which will ensure that you stay up to date with the latest posts.

Next year’s Samsung Developer Conference is expected to focus on the Tizen ecosystem as well as the Internet of Things (IoT) as Samsung continues to deepen its influence in the tech world. The tech company is currently trying to promote this growing operating system and help it gain some traction by allowing developers to take 100 percent of the app revenue, and it recently claimed that Tizen is now the second largest smartphone OS in India in the budget segment.

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