Samsung SGH-I337 hits FCC with AT&T LTE bands, fits the GS 4 profile

Samsung SGHi337 hits FCC with AT&T LTE bands, fits the GS 4 profile

We have to be skeptical when new devices arrive at the FCC without photos or a blinking sign that says “I Am AT&T’s Samsung Galaxy S 4.” But even doubters can likely tie that model to a certain Samsung SGH-I337 that the FCC just waved through. Why? First off, it’s carrying a certain LTE band 17 used exclusively by AT&T in the US (in addition to bands 2, 4 and 5, also frequently featured by the carrier’s LTE devices). Secondly, the dimensions line up perfectly with the device we recently got our hands on at Samsung’s recent Galaxy S 4 phone-a-palooza. Finally, we already saw a device packing the same model number on UAProf, a normally reliable source that revealed a 1,920 x 1,080 screen and “ARM11” Exynos processor. Since it’s unlikely the carrier has another unannounced 1080p model coming from Samsung, those coveting an AT&T GS 4 can probably start warming up their wallets.

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Source: FCC

You’ll Be Able to Buy a Cheaper, Smaller Samsung Galaxy S 4

Businessweek has a deep profile of Samsung detailing the company’s rise to the number one smartphone manufacturer in the world. The article appears to confirm what we’ve been expecting all along: that a smaller cheaper version of the Galaxy S 4 will arrive on the heels of the big S 4 next month. More »

Samsung Galaxy S 4′s Quad-Core/Octa-Core Chipsets Are Focused On Efficiency And LTE

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Much about the Galaxy S 4, Samsung’s new flagship smartphone, is the company remixing its Galaxy S III formula — with no big changes to the design or UI look and feel, and new software features such as face tracking additions like Smart Scroll and Smart Pause that add to and build on what came before. On the hardware side Samsung is also following its prior pattern, putting different chipsets in the U.S. and international versions of the phone as it did with the S III. So while the U.S. S 4 has a 1.9GHz quad-core chip, the international version gets a 1.6GHz octa-core chip.

Samsung did not confirm exactly what the U.S. chipset is at yesterday’s launch, but the word on the street is it’s Qualcomm’s Snapdragon 600. The international S 4 chipset, however, is apparently Samsung’s own Exynos 5 chip, which is built on ARM’s big.LITTLE architecture — so what you’re really getting is a quad-core phone with two clusters of four chips that it switches between, depending on how taxing whatever you’re asking it to do is.

Octa-Cores vs Eight Cores

“It isn’t an eight-core chip in the traditional sense of eight cores — it’s not like the same jump from dual-core to quad-core,” says Nick Dillon, analyst at Ovum. “The lower powered cores run when it’s just idling in the background and then when you need the full power it kind of clicks over to the other one.”

So this is not a case of the U.S. getting shortchanged on S 4 cores, rather it’s just two different approaches to achieving similar power-plus-efficiency ends — all the more important for a phone with such a big screen (pushed up to a full ‘phablet’ 5 inches from the S III’s slightly more modest 4.8-inch pane).

“I guess somebody like Qualcomm would probably argue they don’t need to have that complexity [of octa-cores] because what they’re able to is dial down the power of their main chip to a lower power when it just needs to idle,” Dillon adds. “They can adjust the clockspeed and the power that goes into them on the fly so they really don’t need this compromise of having four extra chips.”

Speaking to TechCrunch at the Mobile World Congress tradeshow in Barcelona last month, Qualcomm’s Raj Talluri, SVP of product management, did argue just that — saying the chipmaker is focused on “heterogeneous compute” for the next generation of chipset innovation, or getting the various components to work together better, rather than just sticking in more cores.

“Clearly we will do the right number of cores to get the right performance but that’s not all we focus on,” Talluri told TechCrunch, pointing to video, audio, camera, LTE, touch input, gestures, different forms of user interface, noise cancelling tech, gaming and more as all areas the chipmaker now has to consider. “If all we had to do was multicore my job would be very easy.”

So which approach is best? Four big cores that can act like they’re little or a pair of big and small quad-cores? At this early point it’s hard to say, until the comprehensive benchmarks and real-world tests start rolling in.

“Whether [Samsung’s octa-core chip is] actually going to bring any real world benefit in terms of top end speed or in fact battery life… we’ll have to see,” says Dillon, adding: “This is the  first device with the chip in it — the first phone at least.”

Of course, from a spec sheet point of view, Samsung’s octa-core boast might garner a little more attention than the quad-core label. ”From a marketing point of view, it obviously sounds impressive,” adds Dillon. “It’s still a specs race at the top end. You’ve got to have the fastest process so if you’re able, through your own technology, to include what looks like an even better processor — on paper at least — then you’ve got to.”

But marketing vanity metrics won’t win you long term customer loyalty if the overall experience is poor. And while mobile apps that truly tax multicore chips remain thin on the ground, every mobile user knows what it’s like to run out of juice — hence both Samsung and Qualcomm are focusing on making less wasteful use of all that power sitting in our pockets.

LTE

Why can’t Samsung just stick its own Exynos chip across the board in the S 4? The answer is likely to be LTE/4G — underlining once again how Qualcomm’s decision to wrong-foot the competition by moving quickly on LTE continues to pay off for mobile’s No. 1 chipset maker.

“Samsung is not as advanced in terms of their LTE modem development as Qualcomm are, who are by far the leaders in that space,” notes Dillon.

IHS Screen Digest analyst Ian Fogg also explains the chip variation between geographies as “almost certainly” down to “LTE maturity in terms of bands available” — since the processor is integrated with the LTE hardware (and different LTE bands are in use in different parts of the world).

While Samsung has now got LTE connectivity in its own modem, it’s likely they don’t have support for commonly used bands in the U.S. such as 700Mhz, says Dillon.

“Maybe they’ve had to fall back on Qualcomm to provide that variant, that connectivity in that market,” he adds. “You can imagine that if that capability was there they’d stick their chip in everything.”

Quad-Core Apps

What about apps? Is there much making use of quad-cores at this point? ”It’s hard to tell whether Samsung are making the most of all this extra power,” concedes Dillon. Many of the Samsung software additions to the S 4 are focused on the camera, with apps like dual record and dual shoot, but such apps are likely to be able to lean on dedicated image processing hardware to do the grunt work, rather than requiring massively multicore processors.

“We’ve kind of got to the point where most dual-core chips and definitely quad-cores, there’s nothing really that pushes the limits of them,” adds Dillon. “There are a few very specific applications — some augmented reality stuff for example is pushing the boundary but the majority of what you’re doing on most phones, switching between apps, general usage, you’re not going to see any difference.

“So I think the focus has shifted somewhat to power efficiency and battery life — which is where the whole big.LITTLE thing comes in. Having the high power but also using less power meaning you can actually make it through the day on a charge — which is a real issue.”

The multicore race for mobiles may not quite be over — at least not on the marketing front — but it looks like a war of diminishing returns at this point. “I think it will be of reducing interest for consumers,” concludes Dillon. “I don’t think consumers will see a direct benefit from it. Never mind looking on paper but in terms of reality — having a quad-core over an eight core, whether you’ll actually see any difference between those is debatable.”

It’s pretty much the same point Qualcomm’s Talluri made last month, when asked whether phones actually need eight cores: “We definitely haven’t said eight cores, we said we have four good ones,” he told TechCrunch.

But Talluri did point to some apps — such as video games and a video editing application Qualcomm was demoing at MWC — as examples of software that is beginning to tax quad-core hardware.

He also suggested video is are an area where quad-core chips have the potential to support new types of (disruptive) experiences and applications. “Slowly applications are catching up to using multicore,” he said. “We have very nice video editor application – the first real quad core application I think that’s not a gaming or a browser. And you can see as you plug in more cores the performance is better.”

Were You Disappointed By the Samsung Galaxy S IV?

So, following last night’s Samsung announcement, it’s fair to say that we’re a little underwhelmed. While we’re reserving final judgement until we review it properly, the new Galaxy S IV doesn’t seem to be quite the super phone we were expecting. Our very own Brent Rose explains: More »

Samsung Galaxy S 4 preview: a flagship with some familiar roots

Samsung Galaxy S 4 preview a flagship with some familiar roots

You say you want a revolution? Too bad, because this Galaxy smartphone update is just that… an update. Samsung’s newly unveiled Galaxy S 4 is an incremental step up, an evolution less “inspired by nature” and more by last year’s GS III. Don’t believe us? Just take a look at the two handsets side by side to see the overtly obvious heritage. Samsung’s staying the course with the overall design language, though it’s expanded the screen size to five inches — now powered by a Full HD Super AMOLED display with 441 ppi (and yes, it’s still PenTile).

On the inside, it has a processor setup that we’re told will be either an Exynos 5 or Snapdragon depending on the region, along with 2GB of RAM, 16, 32 or 64GB of internal storage, a 13-megapixel rear-facing camera and a 2,600mAh battery. Starting to see the bigger picture here? Samsung had a good thing on its hands with the GS III and it’s not willing to compromise much of the tried-and-true with the GS 4. It will launch globally in Q2, with a stateside debut on T-Mobile, AT&T, Sprint, Verizon, US Cellular and Cricket. Until then, join us past the break for our detailed first impressions.

Check out our event hub for all the action from Samsung’s Galaxy S 4 event.

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Samsung Galaxy S 4 Beats The Best With 5-inch, 1080p Display, 1.9GHz Processor, Gesture Controls And A Q2 2013 Release

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As if it could be any other way, the just-announced Samsung Galaxy S 4 is Samsung’s, and perhaps even Android’s, best phone yet. In fact, it very well may be the best smartphone on the market, period.

We’ve been through months of speculation, hype, rumors, and leaks, but the truth is out, and the Galaxy S 4 still has much more up its sleeve than the leaks suggested. More than any other Galaxy before it, the Galaxy S 4 is proof that the company can build a central brand the way Apple has with the iPhone. Both the Galaxy Note and Galaxy S series have been selling in the millions, and the Galaxy S 4 looks like it will hold up that trend.

Even with loads of new software, like an enhanced camera application, hover-style gesture features, and a slew of baked-in apps and services from Samsung, the Galaxy S 4 still brings the heat in the hardware/spec department. Here are the specifics:

The Galaxy S 4 clearly has a small ring of competition in the spec department. The only phones that are on this level are the Xperia Z (1080p 5-inch display, 13mp camera, quad-core Snapdragon S4 Pro CPU) and the HTC One (4.7-inch 1080p display, 1.7GHz Snapdragon 600 quad-core CPU, and an “Ultrapixel” camera) and LG’s Optimus G Pro (1080p 5.5-inch display, quad-core Snapdragon 600, 13-megapixel camera).

Of course, they each have their own pros and cons, but the Galaxy S 4 seems to be the most compact, lightest, and fastest among them. Samsung hasn’t been clear about the exact brand of the processor for the U.S. version, but it did say that it was a quad-core Snapdragon CPU clocked at 1.9GHz, which we believe may be the Snapdragon 600.

However, “processors vary by region,” says Samsung, and the Asian and European version will sport the long-awaited Samsung Exynos 5 Octa eight-core processor.



The Galaxy S 4 design manages to both fit in with the Galaxy S family and stand on its own as a unique breed. For one, Samsung packed a bigger display (5-inches diagonal) into a package that’s actually smaller than before. The GS4 is the same width, slightly shorter, and .7mm thinner than its predecessor.

As such, the bezels on the Galaxy S 4 are slightly thinner on all four sides, which means it’s all screen, all the time. And what a screen it is. The Galaxy S 4 display is 5 inches of unadulterated Super AMOLED 1080p brilliance. Surrounding it, the Galaxy S 4 takes a hybrid shape, something between the straight lines of the Galaxy Note and Galaxy S II with the curved tops, bottoms, and corners of the Galaxy S III. The elongated home button is unmistakably GSIII-style.

The Galaxy S 4 also sticks with familiar materials, and unfortunately that still means a whole lot of plastic. Both the front panel and back panel (which is removable) are made of brushed plastic, but with a textured pattern of tiny circles laid over it. It gives the phone an industrial, textured look, but in reality all you feel is smooth plastic.

Around the edge, you’ll notice a new embellishment to the S series: a metallic bar that runs along the edge of the device. Though it looks a lot like metal, it’s actually polycarbonate and meant to protect the sensitive corners of the device.

It would be nice to see some more premium materials in this generation of the Galaxy S, but the plastic and polycarbonate construction let Samsung fit many components into a very compact, light package, according to Director of Product Planning Drew Blackard.



The Galaxy S 4 uses a new 13-megapixel rear-facing camera, bumped up from the 8-megapixel shooter on the Galaxy S III. It’s still centrally placed on the upper back half of the device, complete with LED flash, autofocus, and 1080p video recording. On the front, the Galaxy S 4 sports a 2-megapixel camera.

The higher megapixel sensor is nice, and will surely make a slight difference, but where the Galaxy S 4 camera really evolves from past generations is in the software.

For one thing, the camera app now uses the same UI as the Galaxy Camera, with a brushed silver finish to the buttons and much simpler navigation. Clicking the mode button along the bottom will bring up a simple scroll wheel full of various modes. When one is highlighted, the menu gives the name as well as a description. More sophisticated users can also see these mode options in a grid view for quick changes.

Along with some of the same modes we’ve seen on both the Galaxy Camera and newer Galaxy smartphones like Beauty Shot, Samsung has added way more modes into the mix. One is called Eraser, and it lets you remove unwanted people from a shot. Samsung says it comes in handy for shots that have been photo-bombed, or tourist shots at busy places. The camera senses any motion that goes through the frame and lets you choose to remove it, as if that person had never walked through your shot of the Eiffel Tower.

The Galaxy S 4 also has a dual-shot mode, which is just a button press away from the main camera interface. This lets you use both the front-facing camera and the rear-facing camera at the same time, for both recording and still captures. There are various filters, such as Oval Blur, Postage Stamp, Cubism, and Split, which give you different options for the theme of your dual-shot creation. You can resize the pop-up picture, and move it around the screen using simple drag and drop tools. It’s pretty amazing.

Some other modes include Drama Shot, which lets you take a succession of photos of some action (like someone skiing down a mountain) and turn them into a composite of the entire sequence, and Sound and Shot, which lets you record up to 9 seconds of audio to pair along with a picture.

Samsung even jumped on the GIF train with the likes of Cinemagraph and Vine to create a gif-making mode, called Cinema Shot. It lets you take a short recording, and then determine which parts of the shot stay still and which parts remain animated. In fact, it’s almost exactly like Cinemagraph.

But Samsung took one step past capture and even built an app called Story Album which lets you create photo albums of special events or trips through templates, and use TripAdvisor to add extra location data to your story. You can even print your album through a partnership with Blurb’s print distribution network.

There’s a lot going on here, so try to keep up. We had recently heard that the GS4′s “wow” factor would be all in the software, and that’s exactly right. Most of TouchWiz is the same, though it seems to get lighter and lighter as the phones get faster. The one very noticeable edition was a set of extra toggle buttons available in the pull-down notifications menu.

Other than those particulars, let’s start with the gesture-based head-tracking stuff.

The most useful new feature of the Galaxy S 4 is Air View. It lets you hover over something on the screen to get an extended pop-up view of what’s inside. For example, if you hover over an email in your inbox, Air View will bring up the first few sentences of that email’s contents. If you hover over an album within the photo gallery, you’ll see nine thumbnails of the contents of that gallery. In fact, if you hover over an image while inside the folder, that particular thumbnail will expand to give you a better view of the particular picture. It’s all very reminiscent of what can be done with recent entries in the Galaxy Note line, except without requiring users to keep track of an S-Pen.

Air View is embedded in the email client, photo gallery, calendar, and a Galaxy S 4-edition of Flipboard, which lets you view and select headlines by hovering over a single tile.

Samsung also added an Air Gesture feature, which lets you control the phone without having to hold it — I could see this being used while driving. You can swipe left and right to switch between web pages, songs, photos in the gallery, etc. and swipe up and down to scroll. You can even accept calls by waving at the phone.

Rumors suggested that Samsung had developed some sort of magic-scroll eye-tracking technology, when in reality the Galaxy S 4 can actually only track your head, very much like the Galaxy S III’s Smart stay feature. The front-facing camera can detect that your head is facing the phone directly, which stops the display from dimming.

In the Galaxy S 4, that technology evolves to automatically pause videos when you turn away from the phone with Smart Pause. As far as scrolling is concerned, if you’re on a page that requires reading or scrolling, the Galaxy S 4 will let you tip the phone forward or backward to scroll (as long as the ff-camera senses that you’re paying attention).

Samsung said that using tilt-gestures as well as “head-tracking” technology to streamline browsing a page was “the most intuitive and natural to the end-consumer.”

As far as NFC is concerned, the GS4 includes S Beam and TecTile integration, but Samsung also lets you pair with up to eight other NFC-devices to run a feature called GroupPlay, which lets you play the same song across eight different devices… to create a party on the go.

Samsung also included an IR blaster on the Galaxy S 4 so that you can use it as a remote for just about any modern television. Called WatchON, it also includes rich information proved by an electronic programming guide.

Along with an updated camera and Story Album, the Galaxy S 4 brings a handful of brand new applications to the Galaxy S family. The first, and possibly most important, is S Translator. S Translator is available in nine languages at launch, including Chinese, English U.S., English British, French, German, Italian, Japanese, Korean and Portuguese.

It is a standalone app that automatically translates information that is typed or copy/pasted into it. S Translator is also embedded in ChatOn, Messaging, and email.

The Galaxy S 4 also has an optical reader which turns analog information into digital, by reading business cards and turning them into address book contacts. S Translator is also embedded into the optical reader, which scans QR codes as well.

ChatOn, Samsung’s own-branded VoIP application, has been updated to include three-way video calls, screen share, and annotations. You can even use the new dual-camera mode to enjoy ChatOn calls.

Samsung has been making a big push in the health department with the new Galaxy S 4, and has thus preloaded the S Health app on the device. The app originally made its debut last July and seemed to focus mainly on linking up with existing health gadgets like fancy scales and blood glucose monitors. This time around, using the Galaxy S 4′s built-in pedometer, S Health tracks your activity throughout the day and knows when you’re running, walking or climbing stairs. The S Health app also lets you input your consumption activities to track caloric intake and get suggestions.

Speaking of S Health, Samsung is selling a few health-related accessories to tackle the ever-growing quantified self products like the Jawbone Up, Nike Fuelband, and FitBit. That said, Samsung has introduced the wrist-worn S Band that tracks activity, temperature and humidity.

Samsung is even going so far as to sell a heart-rate monitor which you can strap on for your daily workouts, and a body scale. All of the accessories come with Bluetooth so they can pair back to your device and be recorded by the S Health app.

And since Samsung loves making special cases for its big-name phones, the Galaxy S 4 had to go big even with its case. It’s called the S View cover, and it has a little screen on the front that reads information from the phone. That way, even though the phone is locked, you can still see the time, SMS notifications, battery status, and choose to accept or ignore incoming calls.

Samsung didn’t specify which technology they used for the cover’s display, or whether or not it needs a charge or takes battery from the S 4, but it wouldn’t surprise me to hear they took a page out of the YotaPhone playbook and are using low-power e-ink here.

Samsung didn’t clarify exact pricing, but said it would go for the same price as a “Samsung premium smartphone”. The Galaxy S III launched in the US at $199 with a 2 year contact.

In terms of availability, they didn’t give a specific release date but did say it would be on store shelves in 2013Q2, at AT&T, Verizon, T-Mobile, Sprint, Cricket and U.S. Cellular.

Samsung is riding high on the success of the Galaxy S III and from what I’ve seen, the Galaxy S 4 is a worthy successor with innovative features packed into a familiar housing. It’s a bit of a shame that Samsung announced the phone without giving a price or release date, but at this point, with Samsung the global sales and innovation leader in smartphones, it can do pretty much whatever it wants.



Video Purports to Show Off Samsung Galaxy S IV

We’re now just two days away from Samsung’s Galaxy S IV announcement, but this video claims to show off the phone ahead of launch. More »

Is This the Samsung Galaxy S IV?

We’re just days away from Samsung’s official launch of the Galaxy S IV, and a Chinese forum post claims to be offering images of what purports to be the new flagship phone. More »

Qualcomm adds two new China-bound SoCs to its Snapdragon S4 lineup

Qualcomm adds two new Chinabound SoCs to its Snapdragon S4 lineup

Qualcomm’s Snapdragon S4 chips are flying off the shelves so fast these days that the company’s had to enlist other manufacturing companies just to keep up with the demand. That’s not keeping the San Diego-based firm from further expanding its entry-level quad-core lineup, however, as Qualcomm just unveiled the MSM8226 and MSM8626 CPUs.

Each features an Adreno 305 GPU capable of 1080p video recording and playback and support for up to 13-megapixel shooters. The 28nm silicon also packs dual SIM support, multi-modal radios tuned to Chinese TD-SCDMA, CDMA and HSPA+ networks and has GPS, GLONASS and Beidou on board as well. Aside from the broad frequency coverage, the new radio promises 40 percent power savings and is 60 percent smaller than Qualcomm’s older comparable wireless transceivers. Want to know more? PR awaits after the break.

Continue reading Qualcomm adds two new China-bound SoCs to its Snapdragon S4 lineup

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The Best Deals in Tech

The holidays are approaching fast, and it’s time to start picking up some gifts: for friends, family, even yourself. But when you’re picking out what to go with, it’s sometimes wise to stay away from the absolute best. Sometimes you just want the best value—something that’s worth every shiny, hard-earned penny. More »