Showing posts with label band 3. Show all posts
Showing posts with label band 3. Show all posts

2013-04-14

Vodafone Australia speeds up: changes - plan LTE 1800

Vodafone speeds up: changes
  • A network capable of the fastest 4G speeds in 5 capital city areas of Australia
  • 2,000 additional sites this year enhancing coverage 
  • On-shoring customer contact against industry trends 
  • Direct action against bill shock
Monday, 8 April, 2013, рress-release, via LTE-Depot. In the latest move toward earning back customers’ trust, Vodafone CEO, Bill

Morrow, today outlined further network improvements and, thanks to an industry-leading spectrum
position, announced the pending arrival of what will potentially be Australia’s fastest 4G network
across 5 capital cities.

Vodafone customers will be invited to join the company’s 4G network from June, with speeds capable
of exceeding what’s already on offer to Australian mobile consumers.

Outlining a staged roll-out to major metropolitan centres of Sydney, Perth, Melbourne, Brisbane and Adelaide, Wollongong, Newcastle and the Gold Coast, the new 4G service builds on the 3G and 3G+ network upgrades that have occurred over the past two years, showing speeds in test conditions of
downloads and streaming up to 15 times the average speed of the Vodafone 3G network of 1Mbps.

Morrow said customer feedback regarding a 4G service underpinned by a strong 3G service has guided Vodafone’s network build. “Our customers have said they want faster speeds, more coverage, and a dependable network,” he said.

“Our 3G+ and 4G technology provides them with the speed, and we will be adding nearly 2,000 additional sites this year to improve coverage for our customers where they need it most.

“We’ve picked up the pace and are sprinting to meet the current and future needs of our customers.

We are proud to be able to deliver our customers Australia’s fastest 4G network in metro areas backed by a solid 3G+ experience,” said Morrow.

Morrow detailed the raft of changes Vodafone has made to its business and its consumer offering in the past two years, articulating a vision for the future that is designed to win the hearts and minds of Australian mobile consumers.

==

Source: http://www.vodafone.com.au/doc/VodafoneSpeedsUpChanges.pdf
More about Vodafone Australia: https://sites.google.com/site/ltedepot/home/country/australia/vodafone-4g

2013-03-15

4G - Refarming 1800 MHz - France

ARCEP authorises Bouygues Telecom to deploy 4G in the 1800 MHz band, starting on 1 October 2013, provided the operator relinquish certain frequencies beforehand

Paris, 14 March 2013

■ In the past, the different frequency bands assigned to mobile services had, for technical reasons, each been dedicated to a specific technology (GSM, UMTS, LTE). Recent technical developments have nevertheless helped lift this constraint. Moreover, the massive increase in demand for spectrum for mobile telephony, particularly as the mobile internet’s development accelerates, has made it vital to optimize the use of radio frequencies. One of the ways to achieve this will be technology-neutral spectrum.

It is within this environment that European and French legislation have provided for the implementation of technological neutrality. It will come into force by 25 May 2016 at the latest, but operators can ask permission to do so earlier.

■ In a letter dated 19 July 2012, Bouygues Telecom sought ARCEP’s permission to operate a fourth-generation (4G) ultra high-speed mobile network based on LTE technology, using its spectrum in the 1800 MHz band – on which only GSM (2G) systems are permitted today.

ARCEP examined this request, by virtue of the provisions of Article 59 of the Order of 24 August 2011. The Authority was therefore required to investigate:

- whether there was a reason – among those listed in Article L.42 of the French Postal and electronic communications code (CPCE) – which made it “necessary” to continue to restrict this band to GSM technology;

- whether ARCEP needed to “take appropriate measures to ensure equality between operators and the conditions for effective competition”.

To this end, ARCEP engaged in a transparent process in concert with stakeholders, which included meetings, a public consultation and a series of meetings with all of the interested parties. Once this work was complete, on 12 March 2013 ARCEP published a set of recommendations on the method to follow for introducing technological neutrality in the 1800 MHz band. The purpose of this document is to give the affected players a clear view of the terms under which requests will be investigated, and to guarantee that scarce spectrum resources will be properly distributed once the entire band is open to 4G systems. Lastly, ARCEP today adopted its decision in response to the request from Bouygues Telecom.

■ The investigation led ARCEP to conclude that there was no reason, among those listed in CPCE Article L.42, which made it “necessary” for the terms of Bouygues Telecom’s 1800 MHz band licence to continue to restrict its use of the band to GSM technology – provided that, in light of current spectrum assignments, a more balanced allocation of the 1800 MHz band be performed, in the name of “measures to ensure equality between operators and the conditions for effective competition”.

Particularly relevant is the fact that, under these conditions, any advantage that Bouygues Telecom might enjoy from the premature lifting of this technological restriction, would not be so great, either in scope or duration, that it would distort competition in the mobile market. On the contrary, this move is expected to create an incentive for all operators to take advantage of the spectrum licences they acquired to develop ultra high-speed mobile systems, by accelerating their rollouts and introducing innovative services. Moreover, the investigation did not conclude that the permission given to Bouygues Telecom would compromise jobs, investments or competitiveness in the electronic communications sector as a whole.

■ As a result, should it chose to do so, Bouygues Telecom will be able to reuse the 1800 MHz for technologies other than GSM, starting on 1 October 2013, provided it relinquish some of its spectrum, as detailed below.

By 1 October 2013 at the latest, the operator’s spectrum holdings in the 1800 MHz band must be reduced to below or equal to a duplex block of 23.8 MHz, in other words the same quantity of spectrum that the firms Orange France and SFR currently own in the whole of Metropolitan France.

In addition, by virtue of the provisions of Article 59 of the Order of 24 August 2011, Bouygues Telecom must have handed back additional spectrum in the 1800 MHz band by 25 May 2016, such that it will own only a duplex block of 20 MHz. The premature lifting of the restriction that Bouygues Telecom requested also requires the operator to pass through an intermediate stage – whose timetable, which is set by this decision, will vary depending on the area in question – during which it will only have a duplex block of 21.6 MHz.

Furthermore, the fees attached to the ability to use these frequencies in a technology-neutral fashion will be set by decree at a later date.

In accordance with the applicable regulation, Bouygues Telecom has been informed of the new licensing terms for the 1800 MHz band, set by today’s ARCEP decision. Bouygues Telecom may retract its request in the month following this notification, in which case the terms of its licence will remain unchanged. Otherwise, the Decision of 5 November 2009, authorising the Bouygues Telecom to employ spectrum in the 900 MHz and 1800 MHz bands will be amended in accordance with the decision published today.

■ Operators SFR and Orange may also, at any time, request that their 1800 MHz band licences be extended to include 4G.

Lastly, operator Free Mobile, which does not have any 1800 MHz band spectrum may, upon request, be allocated available frequencies in this band, as part of the process to allow more balanced access to the spectrum, in the name of “appropriate measures to ensure equality between operators and the conditions for effective competition”.

Linked documents

Decision (French version)
Responses to public consultation (French version)
Summary of the public consultation (French version)

Source: http://www.arcep.fr/index.php?id=8571&L=1&tx_gsactualite_pi1%5Buid%5D=1594&tx_gsactualite_pi1%5Bannee%5D=&tx_gsactualite_pi1%5Btheme%5D=&tx_gsactualite_pi1%5Bmotscle%5D=&tx_gsactualite_pi1%5BbackID%5D=26&cHash=d3772b404a0d0b95962698b0020f321e

Bouygues Telecom
1800 MHz band

2013-03-12

EMT 4G Will Be Available to 95% of Estonian Population by the End of 2013

Press-release, via LTE-Depot. EMT is building its 4G network in the 1800MHz and 2600MHz frequency bands. The 1800MHz provides better coverage, while 2600 MHz is better at covering densely populated areas.

According to Tiit Tammiste, CTO at EMT, the company is also interested in getting the 800MHz license, when it will be auctioned, but that does not affect the 4G network roll-out this year. 800MHz frequency will be used in rural areas. „It is important to point out that EMT’s 4G is built upon the future-proof LTE technology that runs on a completely new network, while Elisa calls their enhanced and already overloaded 3G network 4G”, Tammiste noted.

4G is also gaining popularity among users: over 30% of EMT’s mobile data subscribers opt for a 4G plan. Tammiste brings out the reasons why users go for 4G: „LTE enables speeds up to 150Mbps, and also the latency between the modem and tower is smaller. Low latency is important for providing services in real time, live broadcasting, and online gaming.”

EMT’s 4G network is open for modems and tablets, and, currently, EMT is the only carrier in Estonia who has launched its 4G services for smartphones.

EMT launched the first 4G network in Estonia in 2010. Today, EMT’s 4G covers 75 percent of the country’s population.

The high-speed EMT 4G network will be available throughout the whole country by the end of 2014.

2012-12-01

Swisscom Launches its LTE Network in Switzerland

Switzerland's Swisscom has launched its LTE network, with coverage in 26 locations today. Frequencies of 800 MHz, 1800 MHz and 2600 MHz are used. Peak rate of up to 150 Mbps at phase 1 and will be 300 Mbps later. The company said that it will invest around CHF 1.5 billion (US$1.6 billion) in the expansion of its mobile network by 2016. //www.cellular-news.com

2012-11-14

GSA confirms 1800 MHz as the most popular LTE band

November 13th, 2012: GSA confirms that 1800 MHz is the most widely used band for 4G/LTE systems deployments worldwide.

GSA calculates that LTE1800 (LTE technology deployed in 1800 MHz spectrum) is serving customers today on over 37% of the 113 commercial LTE networks which had entered service by November 2, 2012 (see Evolution to LTE report dated November 2, 2012).

A total of 42 operators have commercially launched LTE1800 either as a single band system, or as part of a multi-band deployment. Commercial LTE1800 services are available in 29 countries: Angola, Australia, Azerbaijan, Croatia, Czech Republic, Denmark, Dominican Republic, Estonia, Finland, Germany, Hong Kong, Hungary, Japan, Latvia, Lithuania, Mauritius, Namibia, Philippines, Poland, Portugal, South Africa, Saudi Arabia, Singapore, Slovak Republic, Slovenia, South Korea, Tajikistan, UAE, and UK.

In most cases the 1800 MHz spectrum has been refarmed from its original use as a 2G/GSM band, as a result of the technology-neutral licensing environments which have developed as regulators in all regions responded to the need for more spectrum for mobile broadband services.

The second most popular band in which LTE systems are deployed is 2.6 GHz, followed by 700 MHz.

Manufacturers have ensured a wide choice of LTE user devices which can operate on the 1800 MHz band, including all the leading brands. A survey of the LTE devices ecosystem which was completed by GSA on November 12, 2012 confirmed that 560 LTE user devices had been announced, of which 130 products (almost 1 in 4) support the 1800 MHz band (LTE1800).

Alan Hadden, President of the GSA said: “Industry momentum behind deployment of LTE in the 1800 MHz band has continually grown over the past year. A robust ecosystem is established to support 1800 MHz as the prime band for LTE deployments worldwide, and will greatly assist international roaming for mobile broadband services.”

Several more operators will launch LTE services in 1800 MHz spectrum in the near future. Since LTE1800 is supported in the most popular smartphone brands, some operators have adjusted deployment strategies, including shifting to 1800 MHz, in order to speed the introduction of LTE services in their markets.

1800 MHz frequency is widely available for mobile services. Licences to deploy services at 1800 MHz have been awarded to an estimated 350 plus operators worldwide, in nearly 150 countries.

1800 MHz = 3GPP band 3 for FDD deployments
(1710 MHz – 1785 MHz paired with 1805 MHz – 1880 MHz)

The Evolution to LTE report is a free download to registered site users – follow the link on www.gsacom.com

Embracing the 1800MHz opportunity: Driving mobile forward with LTE in the 1800MHz band – GSA report, follow the link on www.gsacom.com/lte1800 

* * *

2012-10-10

#Vodacom (S.Africa) launched #LTE #band3 #1800MHz


Networks
band 3 1800 MHz  commercial from 2012.10.10
~500 BS LTE plan before 2012 end
~50 BS LTE in Johannesburg 2012.10 
~9000 BS 2G/3G 2012.10

News
2012.09.28 Vodacom is set to launch LTE by the 2012 end. Plan also coverage in Pretoria and Durban. The company is refarming its 1800 MHz spectrum, which requires a balancing act so that existing customers are not disadvantaged. 

2012-10-07

Kuwait’s Mobile Providers Get OK For 4G LTE Services


Zain, VIVA and Wataniya Telecom will operate the LTE system via their respective frequencies within the range of band 3 1800 MHz against a license fee of KD 250.000 to be paid in advance. That is decision of Ministry ot Communications. 

Minister also noted that he has also adopted a decree to realign the frequency range for mobile companies of band 8, 900 MHz and to increase the frequencies allocated for each of Wataniya Telecom and VIVA to 10 MHz, and to decrease that of Zain to 14 MHz.

The decision ensures equitable distribution of the frequencies among the companies and puts an end to Zain’s dominance of the frequencies in this regard, due to the fact that the company was the first mobile operator in Kuwait. 


2012-10-02

GSA confirms 105 commercial LTE networks are launched


October 1, 2012: 351 operators are investing in LTE, a figure which is 41% more than a year ago, according to the GSA (Global mobile Suppliers Association) in an update to its Evolution to LTE report which is released today.
The report confirms that 105 operators have launched commercial LTE networks in 48 countries. (AB: See list of deployments at LTE-depot)

A further 194 network deployments are in progress. GSA forecasts that 159 networks will be commercially launched in 68 countries by the end of 2012, which is expected to rise to 195 live networks in 72 countries by the end of the following year. 

A total of 299 operators are firmly committed to deploy commercial LTE networks in 93 countries, including those who have launched services. A further 52 operators in 11 more countries are at a pre-commitment stage, engaged in LTE technology trials, tests or studies, etc. Many of them are expected to also decide to introduce LTE services.

Alan Hadden, President of the GSA, said: “LTE is providing unprecedented performance and efficiency levels for operators in both developing and mature markets, and raising the mobile broadband experience for millions of consumers and enterprise users worldwide. Businesses in the sectors beyond traditional telecoms are giving a lot of attention to how LTE can help their customers and operations.“
70 operators have launched commercial LTE services in the past 12 months.
Summary of commercial LTE network launches annually:
  • 2009 = 2
  • 2010 = 15 (year-end cumulative total = 17)
  • 2011 = 30 (year-end cumulative total = 47)
  • 2012 to October 1 = 58 (cumulative total to date = 105)
  • GSA end 2012 outlook = 159 commercial LTE networks in 68 countries
  • GSA end 2013 outlook = 195 commercial LTE networks in 72 countries
GSA re-affirms LTE as the fastest developing mobile system technology ever which is entering a new phase as a mainstream technology by end of 2012. 




The benefits from deploying LTE networks in re-farmed spectrum are increasingly recognized by regulators and the industry, emphasizing the flexibility and growing importance of 1800 MHz as a prime band for mobile broadband services delivery. LTE1800 (LTE in 1800 MHz spectrum) is launched on more than a third of all commercial LTE networks. Thirty-eight operators have commercially launched LTE1800 either as a single band system, or as part of a multi-band deployment. Commercial LTE1800 services are now available in 26 countries: Angola, Australia, Azerbaijan, Croatia, Czech Republic, Denmark, Dominican Republic, Estonia, Finland, Germany, Hong Kong, Hungary, Japan, Latvia, Lithuania, Mauritius, Namibia, Philippines, Poland, Portugal, Saudi Arabia, Singapore, Slovak Republic, Slovenia, South Korea, and UAE.

Eleven operators have launched commercial service using the LTE TDD mode in unpaired spectrum, with at least another 16 commercial network deployments in progress.

2012-09-26

LTE1800 a fifth the cost of 2.6GHz: Deutsche Telekom

David Haszledine, Network Economics Manager at DT, told Avren Events' HetNet conference that rolling out an LTE network in 1800 MHz spectrum could be a quarter or a fifth as cheap as achieving the same network in 2.6 GHz spectrum.

In Austria, where T-Mobile has an obligation to provide 25% population coverage via LTE at 2.6GHz, the budget submission from the network team was "painful", Haszeldine said. In-building coverage in areas of thick-walled buildings was proving particularly problematic, he said.

Asked by Mobile Europe what the submission might have looked like if T-Mobile Austria had, like its EE cousin in the UK, 1800 MHz spectrum to work in, Haszeldine said, "I have to be careful because I have seen cost comparisons of 800 MHz, 1800 MHz and 2.6 GHz LTE that are so secret there are no electronic copies. But I will say that 1800 is cheaper by factors, perhaps by a quarter or a fifth."

"I think that 1800 will become the de facto LTE standard, not just because of the iPhone 5 but because of the business benefits if offers operators," he said. Of course, network economics also put a premium on the digital dividend 800 MHz spectrum that Ofcom is auctioning, and may drive the price of that spectrum up accordingly.

//mobileeurope.co.uk

MTN LTE network plans revealed - one more 1800

MTN expects to have 400–500 Long Term Evolution (LTE) sites live by the end of 2012, chief technology officer of MTN SA, Kanagaratnam Lambotharan, recently told journalists at a press event. //mybroadband.co.za

More about MTN (South Africa)