NTT DoCoMo’s vision of ‘5G’ wireless: 100x faster than LTE, but not until 2020

NTT DoCoMo's vision of '5G' wireless 100x faster than LTE, but unlikely prior to 2020

We knew good and well that Japanese carrier NTT DoCoMo would be divulging details about its 5G wireless plans at CEATEC, but the claims that we’ve stumbled upon here in Chiba are nothing short of bananas. Granted, the operator is making clear that its vision isn’t intended to reach implementation until 2020, and it confesses that a 5G standard has yet to be ratified. That said, it’s dreaming of a world where its network offers “1000 times the capacity and 100 times the speed as the current network.”

Representatives for the company told us that the challenge is going to be dealing with range limitations in higher frequency spectrum, but it plans to employ “high-frequency bandwidth by transmitting with a large number of antenna elements.” The goal for looking so far forward? It’s already seeing an insane appetite for video on networks that can barely maintain poise under the load, and the notion of transferring 4K content to the masses is going to require a substantial upgrade. CEATEC’s known as a place that allows companies to dream big and aim for the fences, but we’ll be honest — we’d really, really prefer that 2020 arrived sooner rather than later.

Mat Smith contributed to this report. %Gallery-slideshow99596%

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Nikkei: KDDI plans 220 Mbps cellular network upgrade for summer 2014

Nikkei KDDI prepping smartphone with 220Mbps LTEAdvanced data

Think 150Mbps LTE-Advanced data is quick? KDDI could offer far more bandwidth next year. Nikkei claims that the Japanese carrier plans to upgrade its cellular network to 220 Mbps data as soon as summer 2014. Service would reportedly launch with an Android smartphone, and rely on new wireless technology; it’s not clear whether this entails a faster LTE-A variant or something new. KDDI hasn’t confirmed the rumor, so we wouldn’t consider moving to Japan just yet. If there’s any truth to the claims, however, even NTT DoCoMo’s upgraded LTE could soon feel downright pokey.

[Image credit: TAKA@P.P.R.S, Flickr]

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Source: Nikkei (subscription required)

Pantech Vega LTE-A flaunts fingerprint recognition, 5.6-inch 1080p display

Pantech Vega LTE-A flaunts fingerprint recognition, 5.6-inch 1080p display

Few phones can take advantage of South Korea’s freshly-launched LTE-Advanced networks, but Pantech’s just given speed demons a new option: the Vega LTE-A. Though full details haven’t trickled out from overseas just yet, the available specs paint an impressive picture. A 5.6-inch full HD display graces the front of the handset while a quad-core Snapdragon 800 processor helps the device run Android 4.2.2. What’s more, it’s toting an area for fingerprint recognition on its back. Come mid-August, folks in the hardware maker’s homeland will be able to pick up the handset for use on SK Telecom’s network. If the LTE-A variant of the Galaxy S 4 doesn’t strike your fancy, Pantech’s newest piece of kit might just be worth a look.

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Via: Yonhap News

Source: Pantech Vega (Facebook, 1), (2)

LG U+ launches LTE-Advanced network, sets sights on SK Telecom

LG Uplus is second in the world to launch LTEAdvanced network

Not long after South Korea’s SK Telecom launched the world’s first LTE-Advanced network, its homegrown rival, LG U+, will be rolling out LTE-Advanced to its customers as well, according to Yonhap News. There’s no word on what phones the new network will support, though we won’t be surprised if LG’s own Optimus G successor will be one of them. Now pardon us as we figure out a way to move to South Korea, as that’s the only place to get a taste of the zippy speeds right now.

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Source: Yonhap

Apple ‘in negotiations’ to launch new iPhone with LTE-Advanced in South Korea

Apple 'in negotiations' to launch new iPhone with LTEAdvanced in South Korea

This will come too late to be a world first, if it happens at all, but an unnamed insider at SK Telecom claims his company is in talks with Apple to bring out a South Korean version of the “upcoming iPhone 5S” with support for LTE-Advanced. The official, who was quoted by The Korea Times, makes it clear that SK Telecom made the first approach, but says the two parties are now “in the middle of negotiations”, implying Apple was receptive to the idea. An LTE-A iPhone could theoretically double the download speed of a regular LTE iPhone 5 in ideal conditions, thanks in large part to carrier aggregation technology that enables downloads over multiple radio channels at the same time. The Korea Times also mentions that Apple might use Qualcomm to deliver LTE-A, but that would likely mean a Qualcomm modem specifically, rather than the Snapdragon 800 used in the South Korean Galaxy S 4, since these days Apple prefers its processors to be homegrown.

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Source: The Korea Times

Verizon 4G LTE reaches 500th market, initial network build-out now complete

Verizon 4G LTE reaches 500th market, initial network buildout now complete

Verizon was the first US carrier to launch (and famously fumble) its LTE rollout back in 2010, but its long road to 4G nationwide coverage has finally come to a near close. As of today, the operator’s LTE footprint now blankets more than 298 million people in 500 markets across the US, with Parkersburg, West Virginia claiming that 500th market distinction. It’s a milestone Verizon managed to achieve in a little over two years’ time, as the company’s Chief Network Officer Nicola Palmer was quick to point out. The completion of this initial LTE rollout also brings Alaska into Verizon’s coverage map as early as next month — a territory that, before today, didn’t even have 3G — marking the carrier’s network as available in all 50 states.

With a full LTE expansion, however, comes network congestion problems, as subscribers in major cities like New York are already starting to experience. Palmer assured us that solutions are currently underway to shore up capacity in these LTE markets. Verizon’s AWS holdings, in particular, should serve to augment LTE reception in select areas starting in the second half of this year. The same goes for small cell site deployment, which Palmer stressed is an LTE-only initiative. News on the carrier’s plans for LTE-Advanced remain just as vague as ever, with Palmer positioning the standard as yet another tool to enhance current LTE capacity. Unfortunately, she wouldn’t commit to a timeframe for LTE-A nor address concerns about the potential for new pricing tiers when it does eventually launch. Still, Verizon subs will at least have VoLTE (voice over LTE) to look forward to next year — that is, when it eventually clears the company’s rigorous lab and field testing.

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Source: Verizon Wireless

SK Telecom launches the world’s first LTE-Advanced network, and the Galaxy S4 LTE-A

SK Telecom launches the world's first LTEAdvanced network, and the Galaxy S4 LTEA

Just days after an LTE-Advanced variant of Samsung’s Galaxy S 4 leaked, Korean carrier SK Telecom has officially announced it’s launching the world’s first publicly available LTE-Advanced wireless network. The Galaxy S4 LTE-A is also official (in red or blue) as the first device able to take advantage of the new technology for even faster data transmission speeds. According to the press release, SK Telecom plans to have as many as seven LTE-A devices available by the end of the year, all capable of up to 150Mbps. While SK Telecom is using Carrier Aggregation and Coordinated Multi Point technology to improve speeds right now, it will add Enhanced Inter-Cell Interference Coordination in 2014 to go even faster. After that, it suggest carrier aggregation will improve to support higher speeds and faster uploads in subsequent years.

To take advantage of the higher speeds, SK Telecom’s Btv IPTV service will begin offering 1080p video streaming in early July. That will be accompanied by enhanced multiview baseball broadcasts, more free videos, an HD video shopping service with six channels on one screen in August and the addition of FLAC audio files via its music package. Right now, the company has Seoul covered in LTE-A, and plans to eventually offer it in 84 cities, all at the same price as existing LTE service. Check after the break for the press release with all the details, plus video of a speed test.

Update: We’ve just come across another juicy tidbit that makes the Galaxy S4 LTE-A all the more worthwhile — it’ll ship with a Snapdragon 800 SoC that contains a 2.3GHz quad-core CPU, plus 32GB of built-in storage and a 2,600mAh battery. It goes without saying that this phone will be speedy on all angles. As spotted by SlashGear, the new GS4 variant will also see the debut of a new Samsung software feature: ImageON. Explained as a Google Googles-esque app, it’ll automatically analyse photos and offer up related videos and “extend access to relevant content on the internet.”

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Source: Samsung Tomorrow (1), (2)

Samsung user manual confirms Galaxy S 4 variant with Snapdragon 800 chip

Samsung user manual confirms Galaxy S 4 with Snapdragon 800 chip

Welcome to Samsung Day, 2013. While we wait on some big (and little) product launches this afternoon, here’s a quick bite to keep us going: an interesting processor spec mentioned in the user manual for the SHV-E330S, which we think will be the new LTE-Advanced variant of the Galaxy S 4 intended for South Korea. How the folks at RBmen spotted it we have no idea, but one of the pages (shown after the break) confirms the presence of a Qualcomm Snapdragon 800 (MSM8974), which not only supports the new double-speed LTE standard but is also something of a beast when it comes to general performance. This isn’t especially relevant to a Western audience, perhaps, except that it marginally increases the probability that we’ll see this same powerhouse inside the rumored Galaxy Note III, since Samsung evidently feels comfortable with Qualcomm’s flagship silicon — and it can’t have failed to notice that LG’s engineers are fond of it too.

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Via: RBmen, AndroidBeat, SAMmobile

Source: Samsung (PDF)

LG’s Optimus G followup to feature a Snapdragon 800 CPU

LG's Optimus G followup to feature a Snapdragon 800 CPU

LG and Qualcomm have enjoyed a close relationship for mobile phone chips, and it appears that will continue with the next Optimus G device, which is due in Q3. A press release tonight promises it will feature a Snapdragon 800 CPU for “the ultimate mobile experience” — a claim benchmarks seem to back up. Qualcomm says the new 800 chip can best the original Optimus G’s S4 Pro by “up to 75 percent” in performance, although what may be more interesting is how this aligns with a LS980 handset that recently leaked on Sprint’s website. The release also highlights the new chip’s ability to use LTE Advanced carrier aggregation for even faster bandwidth speeds, so while a Galaxy S 4 variant may deliver the feature first, it probably won’t be alone for long.

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Source: LG

Broadcom outs smaller, more efficient LTE-Advanced modem for high-spec mobiles

Broadcom out shrunken down LTEAdvanced modem for highspec mobiles

Welcome to the BCM21892. It may sound like every other piece of Broadcom silicon we’ve covered, but it actually represents an important move from a company that is eager to start pecking at Qualcomm’s lunch. First and foremost, this is a 4G modem for flagship phones rather than any budget fare, with support for LTE-Advanced and data speeds of up to 150Mb/s. To deliver that kind of performance, carriers either need 20MHz of contiguous bandwidth — a rarity these days — or they need carrier aggregation technology, which allows a modem to exploit separate chunks of bandwidth simultaneously. The BCM21892 boasts that spec too, not to mention compatibility with most of the popular network standards in use around the world, from the TD and FD types of LTE right down to HSPA+, TD-SCDMA and EDGE/GSM. Finally, through a combination of small transistors (28nm) and clever algorithms, the chip is claimed to reduce power consumption by 25 percent compared to rival devices, and also to take up less space — potentially leaving more room for other goodies (Broadcom suggests NFC). The chip is still only at the the sampling stage, however, so the folks at Qualcomm shouldn’t have too much to worry about until at least 2014.

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