Tag: "LTE"

T-Mobile USA, Nokia Siemens Networks drive evolution of HSPA

Operators would be able to achieve peak data rates of more than 650 megabits per second (Mbps), thanks to an HSPA standard being driven by T-Mobile USA and Nokia Siemens Networks. Long Term HSPA Evolution would improve mobile broadband with speeds matching those promised by LTE Advanced. T-Mobile USA and Nokia Siemens Networks are driving the technology’s standardization aiming to make it available for commercial deployment by 2013. The proposed key features of Long Term HSPA Evolution were accepted during the plenary meeting of 3GPP RAN held on 7-10 December, 2010*. “We strongly believe in continued HSPA evolution in parallel to the further development of LTE and LTE Advanced,” said Neville Ray, chief technology officer, T-Mobile USA. ‘’Long Term HSPA Evolution will allow us to enhance our 4G mobile broadband network beyond its current and planned near term capabilities, and provide room for considerable growth and speed enhancements. As customer demand for wireless data increases, we are well positioned to compete based on the speed, breadth and evolution path of our mobile broadband service.” “The demand for higher data rates and mobile broadband growth continues to push the need for advances in both HSPA and LTE technologies,” added Keith Sutton, head of the WCDMA business line for Nokia Siemens Networks. “We are thus equally committed to both technologies. As a leader in HSPA evolution, we have already demonstrated data rates exceeding 100 Mbps at the Mobile World Congress earlier this year. Today, we also have the largest number of HSPA customers with nearly 200 operators worldwide. Driving the standardization of the new technology is a natural extension of our efforts to realize the full potential of HSPA.” Nokia Siemens Networks’ Single Radio Access Network (RAN) platform is already prepared for Long Term HSPA Evolution. Operators would have a smooth evolution path to handle increased network traffic along with controlling costs with the introduction of the new technology. In addition, all Long Term HSPA Evolution features are backwards compatible and can be used together with existing WCDMA and HSPA mobiles on the same carriers.

LTE Is Not 4G

Around the world there are many mobile operators that are marketing LTE as 4G - despite the fact that LTE is not part of the 4G standard, but is in fact part of the 3G standard IMT-2000 that was created many years ago. In connection with ITU’s now finalised standardisation work on the upcoming 4G standard, they left no doubt that the LTE that is currently being marketed as 4G is not 4G, but a 3G technology. ITU was very clear about this in their 4G announcement. Based on the ITU announcement, the Norwegian ombudsman has imposed a temporary ban preventing the Norwegian operator Netcom using the term 4G in their marketing of LTE, as he believes there is a risk of customers being misled. Around the world the real 4G standard has started a debate about 4G and the legal and moral aspects of marketing LTE as 4G. 1. Consumers are increasingly seeing products that are labelled to ensure that the consumer can see what he is purchasing. Some labels are national and others International. The EU is very focused on this area as you can see here: European Legislation - Product labelling and packaging 2. The Telco industry is battling to improve its generally poor reputation amongst consumers and it is safe to say that most consumers have very little faith in the industry. One reason why the telco industry ranks low in consumer trust is that it has not always been honest with its customers and another is that there has not always been a relationship between what the industry announces and what it actually does. 3. As the Telco industry has developed, it has historically used the current and next generation of technology, e.g. 2G, 2.5G, 3G etc to differentiate their products and inform customers about new functionality and features that will be available with new technology. This strategy was also used when moving from the original analogue mobile systems (NMT) to the digital 2G GSM technology. The final GSM standard agreement was actually signed here in Copenhagen on September 7th 1987, where 15 market players including a number of national telecom regulators were among the original founders of what became GSM and 2G. 4. Everybody who works within telecommunications standardisation knows that LTE is not 4G, but part of the 3G standard and arguing that LTE gives higher speeds than UMTS is not valid. In practice one can most often achieve the same speeds using UMTS/HSDPA+ and HSUPA as you can with LTE. 5. The politicians have allocated mobile licences to market players. In some countries this has been handled through beauty contests and in other countries through auctions. The licences give mobile operators the necessary frequencies to allow them to launch various types of mobile technology. Usually there have been more companies applying for licences than the number of licences available, resulting in the highest bidders or beauty contest winners receiving the rights to launch certain technologies. 6. When a mobile operator acquires certain frequencies, they are allowed to build and operate a mobile network. They can then market their mobile services to end users that then use and pay for those services. For example Norway offered operators 2G and 3G frequencies (900, 1800, 2100 and 2600 MHz), which were used to launch a number of mobile products 2G (GSM, GPRS og EDGE) and 3G (UMTS, HSDPA, HSDPA+, HSUPA and LTE). 7. A number of marketing and PR people in today's mobile world have chosen to disregard the experts’ knowledge regarding 3G and 4G. These people have chosen to call LTE 4G, despite LTE not being a 4G standard and regardless of the fact that they actually do know that LTE is not 4G. The only reason these people have chosen this misleading communication strategy is not to help customers understand what they are purchasing, but simply to increase their sales. Quite simply these communication employees know that it is easier to sell a product at a higher price if that product is called 4G, instead of telling customers the truth; that the operator has simply increased the speed of the mobile broadband connection the customer already has access to via 3G. 8. In the coming years a number of countries will start offering the frequencies that most probably will primarily be used for 4G. The frequencies and the right to launch real 4G will be awarded to operators that via their bidding qualifiy to gain access to launch real 4G. In practice there are no guarantees that existing operators will automatically receive a license that will allow them to launch and market real 4G - instead an auction or beauty contest will most probably decide the outcome. 9. So when 4G arrives in Norway sometime in the future, it will be possible for a new market player to market themselves and their products by using the term that is connected to the technology that is part of the 4G standard. In other words, operators that win a 4G licence will thereby be allowed to use the term "4G" to differentiate themselves on the market and from their 3G competitors, by labelling their services and offerings "4G". 10. But if politicians silently accept that operators around the world today market 3G as 4G, they are greatly reducing the value a future 4G operator will have in using the label "4G" in their marketing. At the same time they are totally confusing customers, as customers already believe that something called 4G is available on the market today. Customers must be able to trust the labelling on what they are purchasing. Being allowed to call a 3G product "4G" is no different from calling a non-ecological food item ecological - it is directly misleading and should not be allowed. Strand Consult support the ombudsman in Norway and applaud that Norway is the first country to take steps to both protect consumers and future business opportunities for mobile operators. "We are certain that many other countries will follow Norway's example and that if the Norwegian ombudsman makes the right decision, it will have consequences all over the world," - experts say. If the Telco industry is to improve their image among consumers, the industry must be honest. "We do not believe that some slick businessmen wanting to sell more services at a higher price should justify legalising that they suddenly label 3G as 4G. We have no doubt that if this debate was about semi-ecological food that was being labelled as ecological food, there would be no debate at all, because the political system would act very promptly - it would simply not be allowed," - Strand Consult say.

Russian telecommunications market – moderate forecasts for 2011

The value of the Russian telecommunications services market will increase 5% this year. Forecasts for 2011 are only slightly better and rather cautious. The overall performance of the Russian economy will continue to play an important role for the country’s telecoms industry. In recent years, the Russian telecommunications market has demonstrated strong growth, driven by the country’s continuing strong economic performance. Until 2009, Russia experienced more than ten years of GDP growth, which equalled 7% per annum on average. In 2009 with the changing environment on the external markets, Russian GDP dropped by 7.9%. The slowdown in the purchasing power growth of the Russian population was evident even in 2008. While in 2007 real disposable incomes of households increased by 12.1%, in 2008 the growth amounted to only 4% and in 2009 this indicator remained almost at the level of the previous year. What is more, income levels vary considerably depending on the region. In 2010 the Russian economy has started to recover after the crisis period, however, current year-end forecasts for the GDP growth have been revised down and they now stands at around 3%. Forecasts for the telecommunications market are also cautious. The value of the telecommunications services market in Russia amounted to €22.7bn in 2009, declining by more than 11% year-on-year. As measured in local currency the market was even able to report an increase of 4.2%, however, the growth rate was the lowest since 2000. Despite still growing (in terms of RUB), last year the worst-affected sector was the fixed-telephony market, which declined by 1.9% after 6.4% growth in 2008. By far better result was reported on the ISP market which went up by a third over the same period. Currently PMR expects that the Russian telecommunications market will grow by 5.7% this year. In the next years the market will continue to be triggered by the growing demand for internet and data transmission services. PMR also predicts that the fixed-line telephony market will stagnate or decrease in the medium term and mobile telephony will grow at a rate of 2-4% per year. The mobile telephony market in Russia, which currently represents more than a half of the market value, in the coming years will not be driven by adding millions of SIM cards (often distributed for free and active for a very short period), but rather by attracting customers to actively use the services. Non-voice and value-added services will continue to gain in significance and an increasing proportion of mobile carrier revenues will come from this source. In our opinion, the development of 3G networks will bring new growth opportunities for the market and their significant impact on mobile operators’ revenues will become visible in 2011-2012. The fastest growth in the coming three years is expected on the ISP market. The sector will benefit strongly from a further expansion of broadband in the residential sector as well as a growing demand for data transmission services from the corporate sector. Factors behind broadband’s rapid growth will be the relatively low broadband penetration in Russia, decreasing tariffs and the development of new technologies in the market. Conversely PMR assumes that the number of new installations of fixed-lines in the coming few years will not be significant. Despite the latest actions of the regulator aimed at improving fixed voice revenues by the increase of rates of local calls, PMR does not expect the fixed-voice market to return to growth. In our opinion, the market will stagnate over the short term and will decrease due to the strengthening effects of fixed-to-mobile substitution and a further erosion of DLD/ILD revenues (liberalisation and VoIP providers). It is also worth noting that in line with the overall macroeconomic climate, investments in the development of telecommunication networks in Russia declined by more than a third last year. Most of the fixed-line ISPs halted regional expansion plans and even 3G networks were developing at a much slower pace than expected. In H1 2010, major providers of telecommunication services in Russia declared the recovery of the investment programmes, what will also make a positive impact on the industry in 2011. PMR expects the investments to grow by at least 30% in 2010, however, they will still remain lower than in 2008. “Investment budgets of the companies will depend not only on their current financial resources but also on available investment opportunities. One of those might be a tender for LTE network development” – concludes Pawel Olszynka, PMR analyst and one of the report authors.

Deutsche Telekom First to Deploy LTE in Digital Dividend Spectrum

Deutsche Telekom AG will launch Long Term Evolution (LTE) later this year in Germany, extending advanced mobile broadband services to underserved rural areas. Network roll out began following the “digital dividend” spectrum auction which ended May 20, 2010.

Nokia Siemens Networks Readies TD-LTE for India

Nokia Siemens Networks is the first company to successfully demonstrate the Time Division Duplex version of LTE (TD-LTE) using broadband wireless access (BWA) spectrum in India.

MTS Ukraine Wants Authorities to Include LTE 4G Technologies in Plan on Use of Radio Frequencies

The MTS Ukraine mobile communications operator wants the Ukrainian authorities to include in the plan on the use of radio frequencies the technologies of fourth generation (4G) of LTE standard (Long Term Evolution).

Qualcomm Now Demonstrating Products Based on LTE TDD Technology

Qualcomm Incorporated today announced that the Company is on track with its commercialization of products based on LTE TDD and has been demonstrating products utilizing the technology at Expo 2010 Shanghai China. The demonstration uses the Qualcomm’s Mobile Data Modem (MDM) MDM9200 solution and is taking place over-the-air with 2x2 MIMO in the 2.3GHz band. Qualcomm plans to begin mobility trials of products based on LTE TDD later in 2010 in conjunction with multiple operators worldwide using its MDM9200 and MDM9600 solutions.

TeliaSonera’s 4G Services Now Live in Gothenburg

Mobile subscribers of TeliaSonera’s Swedish subsidiary, Telia are enjoying peak rates of up to 100 Mbps and multiple high end services such as streaming TV and data downloads since the commercial launch of 4G (LTE) in Gothenburg. Under a contract signed in January 2010, Nokia Siemens Networks has provided its radio equipment for the operator’s LTE roll out in the city.

Telecom Italia and Nokia Siemens Networks trial LTE in Turin

Telecom Italia, Italy’s largest communications service provider, is undertaking a trial of Long Term Evolution (LTE) technology, in collaboration with Nokia Siemens Networks, in some city areas of Turin, Italy. The trial is a major step in the operator’s efforts to bring next-generation mobile services to its customers.

Renesas Electronics to Acquire Nokia’s Wireless Modem Business

Renesas Electronics Corporation, a premier supplier of advanced semiconductor solutions, and Nokia Corporation announced that they are deepening their collaboration by forming a strategic business alliance to develop modem technologies for HSPA+/LTE (Evolved High-Speed Packet Access / Long-Term Evolution) and its evolution.