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LTE Advanced means faster data, will it also mean bigger phones? Probably

LTE Advanced means faster data, will it also mean bigger phones?  Probably
Carriers in many parts of the world have not even started to rollout their LTE service, let alone finish it and begin deploying the next step of the standard known as LTE Advanced.

AT&T will be testing LTE Advanced this year, but the carrier is not even halfway through its initial LTE rollout yet, and that phase will not be complete until late 2014. Verizon is expected to be finished ahead of schedule this summer and T-Mobile is just getting on track with some very aggressive plans of its own. Sprint is trying to shut down iDEN, purchase Clearwire so it can refarm all that WiMAX spectrum for LTE, deploy its own LTE and get bought out by SoftBank at the same time.

Meanwhile, in China, ZTE and China Mobile this past week, successfully tested carrier aggregated (CA) TD-LTE and claims to have reached download speeds of 223Mbps. Carrier aggregation is a key component of LTE Advanced where two or more carriers can be combined into one channel using multiple frequency bands.  TD-LTE (time divided) piggy-backs on a lot of the same ideas, but allows China Mobile to avoid paying license fees that would be required using LTE or LTE Advanced.

So yes, the world is getting faster and more data hungry. Cisco expects that mobile data will increase 18 times by the year 2016 and Bell Labs is predicting 25 times by the same year. One reality that we may all be facing is that devices may not be getting much smaller right away in order to effectively work on an LTE Advanced network.

Even a device like the Huawei Ascend Mate and its big 4050mAh battery might need more juice to handle LTE Advanced

Even a device like the Huawei Ascend Mate and its big 4050mAh battery might need more juice to handle LTE Advanced

Carrier aggregation works by having devices be able to utilize MIMO (multiple-in, multiple-out) antennas. This technology is used for a lot of Wi-Fi antennas on newer mobile devices, like on Amazon’s Kindle Fire HD. To handle that on a carrier data scale, the processors will obviously need to be more powerful, because as the data pipe gets bigger, so does our demand. As our demand for high-bandwidth features increases, power demands will go up as well.

In case you have not noticed, batteries have not been keeping pace with the rest of technology. Even with power efficient, purpose built, CPUs, it is no problem to burn through a battery charge with just about any phone in just a few hours (even the mighty RAZR MAXX is not immune). So what will happen? Expect our devices to get a little bigger.

Even though there is no network or hardware built yet, expect to see it make appearances very soon. Already, Qualcomm announced that it will be coming out with a chipset that can accommodate carrier aggregation and handle up to 150Mbps.

Meanwhile, just sit back and relax, the light on the horizon is some seriously fast data…plugged into an outlet on the wall to keep it charged.

sources: MIT Technology Review via BGR; ZTE


11 Comments
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posted on 11 Feb 2013, 02:33 8

1. BattleBrat (Posts: 884; Member since: 26 Oct 2011)


Great by then Verizon will sell you 50mb of shared data for $100/mo WHAT GOOD IS YOUR SPEED THEN!?!?!?

posted on 11 Feb 2013, 03:24 7

2. _Bone_ (Posts: 2061; Member since: 29 Oct 2012)


Exactly. Silly plans in the world of multiple touch devices per user, they should start at 10gigs all the way up to unlimited. What's the point of having the future now if we are limited by data plan, storage and battery life?

posted on 11 Feb 2013, 03:55 3

3. Riven (Posts: 25; Member since: 25 May 2012)


you guys hit the nail on the head like lindsay lohan hits the Patron Silver

posted on 11 Feb 2013, 06:20

4. thunderising (Posts: 225; Member since: 25 Nov 2011)


I'm happy with HSPA+ (which is 3G btw).

Don't know what to do with LTE Advanced.

posted on 11 Feb 2013, 06:51 8

5. g2a5b0e (Posts: 1927; Member since: 08 Jun 2012)


People were happy with 56K modems back in 1998, too. I'm sure you'll figure out what to do with it.

posted on 11 Feb 2013, 07:27 1

6. troutsy (Posts: 211; Member since: 17 Feb 2012)


Was really hoping for a great article on this one... Lackluster writing and poor editing really covered up for the fact that there was almost no information presented.

posted on 11 Feb 2013, 07:52 1

7. dragonscourgex (Posts: 307; Member since: 16 Jan 2012)


Maybe they should try working on improving battery life before increasing speeds. I find HSPA+ and LTE is more then enough speeds for everyday streaming and data consumption.

posted on 11 Feb 2013, 09:20 1

8. Jeradiah3 (Posts: 932; Member since: 11 Feb 2010)


If we're going to make mobile internet faster, then it needs to be more affordable. Otherwise, they're going to make mobile internet not appealing to the consumer and no mobile carrier wants that. I love LTE and will probably love LTE-Advanced, but not at the expense of choosing that over food and clothes for my family

posted on 11 Feb 2013, 10:07 1

9. KingKurogiii (Posts: 5479; Member since: 23 Oct 2011)


i dunno, that quoted 32 hours of battery life with the Razr MAXX HD is no lie... (i get 29 with my usage.)

posted on 11 Feb 2013, 16:22

10. BadAssAbe (Posts: 434; Member since: 22 Apr 2011)


Keep phones at 720P with a bigger battery.
Keep current LTE At 50mps and lower prices instead of raising speed.

posted on 12 Feb 2013, 21:27

11. miles16852 (Posts: 189; Member since: 20 Oct 2011)


Oh rats! there goes my 5gb monthly plan in a NANOSECOND, better move over to sprint or t-mobile!

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