This post is by Kai Sahala from the Nokia Siemens Networks Mobile Broadband team

For anyone who followed the iPhone 5 launch last week, there was a clear message: all the new smartphones announced recently support LTE. Earlier this month, Nokia launched the new line up of Windows 8 Lumia smartphones, and now Apple has just presented the new iPhone, all of which promise “ultrafast wireless”.

Looking deeper into the details of the iPhone 5, the other good news is that the new phone comes in various versions supporting LTE on the frequency bands of the networks with the highest LTE subscriber figures. And there is little doubt that the iPhone 5 has the potential to further accelerate LTE subscriber uptake.

From a European perspective, the main point is that the iPhone 5 will support the 1800 MHz band. This is clear evidence of the growing industry momentum behind this frequency band, not only in Europe, but also in the Middle East and Asia Pacific.

There are several good reasons for this. The 1800 MHz frequency is widely available, and re-using the existing GSM 1800 MHz networks enables fast rollouts. The 1800 MHz band provides a good blend of bandwidth, which determines the data rates, and coverage, which allows re-use of the 1800 antenna site grid. The benefits have been seen in countries like Denmark, where Telia achieved 75% population coverage in record time, at the end of 2011, with LTE on 1800 MHz. True Single RAN (radio access network) with the Flexi Multiradio Base Station from Nokia Siemens Networks also played a significant role in enabling fast LTE rollout with common base station hardware across WCDMA and LTE.

Close to 300 operators have 1800 MHz spectrum available (source: Informa WCIS database), which is now mainly allocated for GSM. Nokia Siemens Networks is a radio supplier to 150 of these operators, so we are able to support a smooth upgrade to LTE with our Single RAN solutions. Actually, many of our recent launches enable smooth refarming of GSM to either LTE or WCDMA on various bands. The Liquid Radio GSM Software Suite is an especially effective tool for increasing GSM capacity and providing excellent GSM service even when a portion of the band is used for other technologies.

Going forward, LTE on 1800 MHz band will continue to be one of the key LTE bands for many operators. At the same time, it is becoming increasingly important for operators to find the most effective solutions for using their specific combination of LTE bands.

Check out our web pages for more information about Nokia Siemens Networks’ LTE portfolio. Please join the discussion on Twitter using #1GBperday$, #LTE and #mobilebroadband.

 

 

 

Written By Anne Samson

Please Note: Comment Moderation Maybe Active So There is No Need To Resubmit Your Comments

3 Responses to “The band to watch: Ultrafast wireless on LTE 1800 MHz”

  1. Osi says:

    I see a different scenario for Europe. Because 2G and 3G are quite congested it does not make too much sense (yet) to take away 2G capacity in the 1800MHz band as long as there are not more LTE handsets available. It makes more sense to use the new bands (800MHz for coverage, 2.6GHz for capacity). Operators which do not have the right to use these new bands yet and want to force the LTE rollout will probably use 1800MHz anyway – as this is the only way forward for them.
    What do you mean with “Close to 300 operators have 1800 MHz spectrum available”?
    1) close to 300 operators use 1800 MHz spectrum
    2) close to 300 operators have free spectrum at 1800MHz

    It’s probably 1)…!

    Talk to some operators, if they consider Apples frequency bands decision as positive.
    Well, they will sell the device anyway.

    • anne.samson says:

      It is true that not so much 1800 handsets available yet for Europe, GSA reports 20 devices announced for LTE1800. But if we believe that iPhone is an important device for boosting the LTE market right now, then it only supports 1800 band, not 800 nor 2600. Hence operators will need to make the networks ready for it and gradually shift the usage from GSM/3G to LTE. This does not mean 800 and 2600 wouldn’t be important frequencies for LTE as well and there will be new devices supporting those bands too.
      Close to 300 operators meant that this many operators own the spectrum, regardless of is it fully in use or not. However, the band is quite wide and even if it is in use for GSM, there are many features for squeezing the GSM traffic to narrower space available. For example we can fit 4 GSM calls in 1 timeslot, which was quite unheard of in the early days if GSM.

      Kai Sahala

  2. canggih says:

    I use this topic for my final assignment now. in Indonesia, there just a several trial test for this technology. so, it makes me a lil bit hard to get the data overall. but, i wont give up at all. wish someday this technology can be applied in any country, also here in Indonesia. some operator here are already to apply this, but there some obstacle to realize it. one of it was a regulation.

    i believe, when this LTE already applied, there will be the next step would be easy,, sorry ive bad english, i hope u can understood what i try to say,,,

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