Tag: 4g

  • MWC 2010: Interview with Ashis Sharma, VP of Marketing at Alvarion

    At the Mobile World Congress we talked to Ashis Sharma, VP of Marketing at Alvarion, the world’s leading provider of 4G WiMAX solutions that has more than 3.5 million wireless devices deployed around the globe

    Alvarion has showcased a broad range of 4G WiMAX end user devices (embedded WiMAX laptops, netbooks, a variety of USB dongles, MIDs, UMPCs and Mobile Hot Spots), end-to-end network solutions and innovative wireless applications, highlighting the collaboration with open network of partners.

    Through its OPEN WiMAX strategy, superior IP and OFDMA know-how, and ability to deploy full turnkey WiMAX projects, the company is shaping the new wireless broadband experience.


  • In-Stat: 4G LTE Gated by 3G Success, not WiMAX

    LTE, the next-generation mobile broadband standard, is the clear choice for the next leap in wireless technology, reports In-Stat. The analysts claim that while WiMax appeared to be a competitor for 4G early on, that battle is now largely resolved.

    In-Stat predicts that LTE’s deployment will primarily be impeded by the success of 3G networks and HSPA and HSPA+ networks as mobile operators seek to leverage their installed infrastructure.

    LTE still has several glaring issues. These include lack of spectrum, signal-to-noise ratio, and non-established patent and royalty pool. “It’s clear that the shift toward 4G LTE will be gradual and protracted,” says In-Stat.

    While LTE will ultimately become the 4G standard of choice, Mobile Wi-Max is much more mature in deployment and has a distinct niche. According to the research group, even by 2013, Mobile Wi-Max will have more than 5 times as many global subscribers as LTE.

    LTE deployments will effectively begin in 2010. North America and Asia/Pacific will be the first regions to deploy.

    In-Stat also believes that external clients, such as dongles, network cards, and USB dongles will be the first LTE subscriber devices sold. LTE mobile handsets will not start shipping in major volumes until 2H12.

    “WiMAX deployments have given chipset manufacturers, device manufacturers, and infrastructure suppliers real-world experience,” state the analysts.

    Related articles
    ABI Research: 4G Mobile Consumer Service Revenue Will Exceed $70 Billion in 2014
    TeliaSonera Launches World’s First LTE Network
    Almost Two Million Mobile WiMAX Subscribers Expected by End of 2009
    AIRCOM Reveals the Economic Reality of LTE Migration

  • Cox Successfully Delivers Voice and HD Video via LTE

    Cox announced the successful completion of voice calling and high definition video streaming over wireless networks using LTE technology.

    Cox’s 4G technology and service trials utilize the AWS and 700 MHz spectrum that it acquired at Federal Communication Commission auctions in 2006 and 2008. The company informed that they spent over $550 million for radio spectrum licenses to support its wireless plans, which include wireless broadband.

    Cox conducted the 4G trials in Phoenix and San Diego and chose these markets for “the advanced technology-orientation of its residential and business customers”, as well as the terrain and suburban density variances of their geographies.

    While Cox is testing 4G LTE technology in these markets, it is initially deploying wireless services using the 3G CDMA standard in some regions of California and Nebraska.

    “We are encouraged by the success of the Phoenix and San Diego tests, which further validate our decision to pursue 4G based on LTE, specifically the 3GPP Release 8 standard," said Stephen Bye, Cox’s vice president of wireless.

    Next month, Bye will expand on Cox’s 4G learnings as he participates in a keynote session titled "Ready for Launch of Next Generation Mobile Networks" at Mobile World Congress in Barcelona.

    Collaborating with Cox in conducting the 4G trials and testing the wireless services and applications were Alcatel-Lucent and Huawei.

    Cox, the third-largest U.S. cable TV company, provides digital video, internet, telephone and wireless services over its own nationwide IP network.

  • ABI Research: 4G Mobile Consumer Service Revenue Will Exceed $70 Billion in 2014

    As 4G network deployments gather momentum, a substantial 22% of device subscription revenues will come from suites of operator-branded premium services.

    Total 4G mobile consumer service revenue – including mobile internet services – will grow rapidly to exceed $70 billion worldwide in 2014, says ABI Research.

    According to ABI Research practice director Philip Solis, “Operators of 4G networks will refuse to be marginalized as ‘dumb data pipe’ service providers. Instead, they will offer suites of ‘smart services’ – some internally developed, others via partnerships with third party suppliers – that will be provided over ‘smart networks’ enabled with all-IP technologies, IMS infrastructure and cloud-based storage.”

    The analysts think these 4G services will be optimized to enable a proliferation of mobile devices, such as smartphones, netbooks and PNDs, and many operators will be offering pooled device subscriptions: one user subscription, many activated devices.

    Internet access service will be the “killer 4G service” – no surprise considering 4G networks are data-only.

    However, a suite of premium services will collectively drive significant consumer adoption, revenues and profits, including location services (such as turn-by-turn directions and POIs), multimedia services (as VoD and P2P video sharing), media broadcast services (pay-per-view TV and digital radio) and gaming services (such as multi-player and augmented reality games).

    ABI Research predicts that these “Web 3.0” services will be integrated with popular Web 2.0 features, such as personalization, community, interactivity, presence, and localization, and will be delivered simultaneously, seamlessly and transparently to ‘three screens’ – PCs, TVs and mobile devices – over the internet, over cable networks, and over wireless networks.

    “Operators will take advantage of this market opportunity by breaking down their walls and building open ecosystems,” says Solis.

    “They will partner with third-party service providers from whom they can license and re-brand services; they’ll work with network and handset OEMs to influence infrastructure and device specs; and they’ll join ecosystem development organizations, such as Alcatel-Lucent’s ng Connect program.”

  • TeliaSonera Launches World's First LTE Network

    Today, as the first operator in the world, TeliaSonera launched 4G services commercially to customers in Stockholm, Sweden and Oslo, Norway.

    The two pioneering 4G city networks cover the central city areas and will be used for mobile data.

    The Stockholm 4G network is supplied by Ericsson and the Oslo’s by Huawei. The modems at launch come from Samsung.

    According to Kenneth Karlberg, President and Head of Mobility Services at TeliaSonera, the use of mobile broadband in the Nordic countries is exploding and customers need higher speeds and capacity.

    “This is why we launch 4G services in both Stockholm and Oslo. We are very proud to be the first operator in the world to offer our customers 4G services," he said.

    TeliaSonera has three nation wide 4G/LTE licenses; in Sweden, Norway and also recently in Finland. The network roll out is in progress to offer 4G to Sweden’s and Norway’s largest cities, as the company claims.

    The firm also informed that evaluation of suppliers for TeliaSonera’s common 4G core network and radio networks in the Nordic and Baltic countries is in progress and vendors will be selected in the beginning of 2010.

    4G is the fastest mobile technology available on the market, with speeds up to ten times higher than today’s turbo 3G.

  • Almost Two Million Mobile WiMAX Subscribers Expected by End of 2009

    Larger-scale mobile WiMAX network deployments are finally becoming a reality, according to recent ABI Research report.

    The research shows Clearwire in the United States has already declared 173,000 subscribers, Yota in Russia has been growing at a decent rate reaching 100,000 subscribers in August and 200,000 in October, and PacketOne in Malaysia has reached 130,000 subscribers.

    “UQ Communications once expected to reach 300,000 subscribers by the end of 2009, but is behind schedule in its rollout and will fall short of that initial target. South Korea has seen KT’s and SKT’s subscriber numbers remain fairly stagnant, while these service providers prepare for another big push as a third WiMAX service provider comes to South Korea,” says the report.

    ABI Research predicts this handful of WiMAX service providers alone will account for a significant minority of the nearly two million mobile WiMAX subscribers expected by the end of 2009.

    "Mobile WiMAX service providers around the world find themselves in very different situations," comments ABI Research practice director Philip Solis.

    "Some are mainly focused on fixed services for homes and businesses, while others are jumping feet first into mobile WiMAX, offering a variety of external modems, laptops, netbooks and even handsets tied into HD multimedia services, as with Yota in Russia. Some have little fixed or mobile broadband competition, while others are competing directly against fixed and mobile broadband services.

    "Some, such as Japan’s UQ Communications, are behind their buildout schedules and subscriber expectations, while others such are Clearwire are increasing the pace of their deployments because of more-than-adequate funding. Still others such as Yota in Russia are exceeding all expectations. Some are remaining local, while others, such as Clearwire and Yota, are building networks in more than one country.”

    The research group also says that just as the mobile WiMAX market is starting to bloom, LTE networks from early movers such as Verizon Wireless and NTT DoCoMo are targeting the same potential customers.

    According to the analysts, LTE ecosystem will eventually be vastly larger than the mobile WiMAX ecosystem. “But just as LTE deployments start picking up in 2011 and 2012, some 802.16e service providers will begin upgrading their networks to 802.16m,” they say.

  • Harris Stratex to Supply India’s First Urban Mobile WiMAX Network

    Harris Stratex Networks, a provider of wireless solutions, has signed a contract with ICOMM, one of India’s leading groups in the field of telecom, to supply, install, commission and maintain an IEEE 802.16e mobile WiMAX network for Bharat Sanchar Nigam Ltd (BSNL).

    Under the multi-year contract, Harris Stratex will supply its StarMAX WiMAX solution to extend BSNL’s public wireless access network to provide high-speed wireless mobility in urban areas across the southern Indian state of Kerala.

    Harris Stratex will supply StarMAX IEEE 802.16e-2005 base stations, along with solutions for access services network (ASN) gateway; home agent; authentication, authorization and accounting; and network management system.

    “We greatly appreciate BSNL’s strategic leadership in India and its efforts to help the government reach its target of 20 million broadband subscribers by 2010, and are extremely proud to be a part of this very important undertaking,” said Harald Braun, president and CEO of Harris Stratex.

    BSNL is the world’s seventh-largest telecommunications company and provides a telecom services to 7,330 cities and towns, and 550,000 villages across India.

    The contract award to ICOMM and Harris Stratex will enable broadband services to be deployed throughout the state of Kerala, India’s fourth largest telecom market by revenue with a population of more than 35 million people in an area of 38,000 square kilometers.

    “This mobile WiMAX rollout by BSNL will represent one of the largest deployments of this technology in the world,” the companies announced.

    The StarMAX platform is the result of the March 2, 2009 acquisition of Telsima Corporation by Harris Stratex Networks and includes a portfolio of IEEE 802.16d-2004 and 16e-2005 compatible base stations, fixed and mobile subscriber devices, ASN gateway solutions, home agent and network management tools.

  • Motorola Accelerates TD-LTE Commercialization with Success in Trials

    Motorola announced successful completion of its joint Over-the-Air (OTA) trial with operators as part of the collaborative Time Division Duplex Long-Term Evolution (TD-LTE) commercialization.

    According to Motorola, its key trial achievements include:
    • First company to complete download throughput up to 70 megabits per second (Mbps) in a 20 megahertz (MHz) bandwidth channel
    • Mobility and hand-over with live applications
    • Multi-User Equipment (UE) testing under one sector

    All trial results have been submitted to the LTE/System Architecture Evolution (SAE) Trial Initiative (LSTI).

    Motorola’s LTE solution is comprised of its OFDM broadband platform and a selection of radio options that include MIMO and smart antennas as well as its self-organizing network (SON) solution. The portfolio includes frame based-mounted radios, remote radio heads and tower top radios to support a variety of LTE deployment scenarios.

    In addition to the collaborative trials with operators, Motorola is also engaged with the TD-LTE trials initiated by China’s Ministry of Industry and Information Technology (MIIT) as part of its efforts to develop a globally competitive TD-LTE industry.

    Motorola’s Wireless Broadband Access Solutions (WBAS) Hangzhou team and Wideband Base Transceiver Systems (WBTS) China team have been working with Chinese operators for many years to get TD-LTE closer to market reality in China.

    “Motorola is committed to broadband and 4G developments, and supports both TD-LTE and Frequency Division Duplex (FDD) LTE. We’ve made significant progress in TD-LTE commercialization as demonstrated by these trials," said Dr. Mohammad Akhtar, vice president and general manager of Motorola China.

    Equipment involved in these trials is based on Motorola’s second-generation OFDM products including Motorola’s Base Band Unit (BBU) that supports TD-LTE, FDD-LTE and WiMAX, and features a Remote Radio Unit (RRU) that supports 2×2 Multiple Input Multiple Output (MIMO).

    “LTE is the next big technology in wireless networking and incorporates several key technologies such as smart antenna, all IP and OFDM to enable operators to deliver rich, high bandwidth, multimedia services,” said Sudhakar Ramakrishna, corporate vice president of Motorola.

    Earlier this year, Motorola deployed a live 700MHz LTE demonstration network in Las Vegas, replicating the successful 2.6GHz live LTE experience in Barcelona. During these two drive tours, visitors were driven around the streets to experience the performance of LTE in a real-life metropolitan RF environment.

  • Clearwire to Launch 4G Service in 10 New Markets in the U.S.

    Clearwire Communications announced the official launch day of CLEAR 4G service in 10 new markets across the U.S. on September 1, 2009.

    The company’s CLEAR WiMax wireless broadband services will occur in Boise, Idaho; Bellingham, Wash; and eight markets throughout Texas, including: Abilene, Amarillo, Corpus Christi, Lubbock, Midland/Odessa, Killeen/Temple, Waco and Wichita Falls.

    Clearwire’s 4G network is now available in four markets, with the expected September 1st launches adding an additional 10 markets, and the company plans to bring CLEAR to 80 markets covering up to 120 million people by the end of 2010. In addition to the markets recently announced, consumers and businesses can purchase the company’s 4G services online and at various retail locations in Atlanta; Baltimore; Las Vegas and Portland, Oregon.

    Some of the additional markets planned to launch in 2009 include Chicago, Charlotte, Dallas/Ft. Worth, Honolulu, Philadelphia and Seattle. In 2010, Clearwire plans to launch 4G service in New York, Boston, Washington, D.C., Houston and the San Francisco Bay Area among others.

    Clearwire’s 4G service, called CLEAR offers fast mobile Internet, similar, butt different, to that provided by Wi-Fi. CLEAR uses a 4G technology called WiMAX, that provides up to 3 Mbit/s broadband speed (although Clearwire claims that it can provide up to 4 MB/sec for downloads and 500 kilobits/sec for uploading).

    Clearwire currently provides 4G service, utilizing WiMAX technology, in four markets and provides pre-WiMAX communications services in 50 markets across the U.S. and Europe.

  • Clearing Houses at Centre of WiMAX Hub Model

    INTERVIEW: Smartphone.biz-news spoke to John Dubois, global roaming director for the WiMAX Forum, to hear the latest on the deployment of the 4G technology’s networks – and plans for operators to use a hub model for roaming agreements.

    While many people have reservations about the future success of WiMAX it’s clear the 4G technology is gaining traction in markets around the world.

    In his presentation at the recent Insights’09 conference in Lisbon, Portugal, John Dubois, global roaming director for the WiMAX Forum, highlighted the growing number of WiMAX deployments – and the advantages it has in being first to market compared to LTE.

    The most recent figures from the organisation show there have been 484 WiMAX deployments in 141 countries so far.

    Aside from networks, the Forum has recently certified its first full Netbook (Onkyo C204) and its first Notebook computer (Toshiba Dynabook SS RX2).

    The specification for billing and settlement for roaming has just been completed and two operators – Clearwire and DigitalBridge – will be testing it over the summer.

    Roaming Trials

    Also getting underway are the first commercial global roaming trials, which will involve 14 "ecosystem leaders" carrying out end-to-end testing of roaming over live WiMAX networks.

    These operators, device manufacturers, equipment vendors, and clearing houses include Aicent, Alvarion, Bridgewater Systems, Cisco, Clearwire, Comfone, DigitalBridge, Intel, iPass, Juniper Networks, MACH, Motorola, Syniverse and Transaction Network Services.

    From the results of the trial Dubois told smartphone.biz-news that it will be possible to provide a baseline for establishing roaming services and agreements for WiMAX worldwide.

    "WiMAX operators do not have a lot of experience with roaming," he said.

    "After that other operators are very interested in participating. Six clearing houses are also involved in the trials.

    "They will provide back offices and after the trials are completed we will be in a position where we can start connecting operators on a commercial bases."

    Dubois said that while operators will be able to connect directly, he believed the vast majority will do so through clearing houses.

    This is because this simplifies the administration of the roaming process by only requiring operators to have one or two agreements with clearing houses – rather than individual agreements with every operator.

    He said that prior to joining the WiMAx Forum he worked as director of roaming for a mobile operator and had to manage more than 300 roaming agreements.

    "The hub model will prevail," he said. "That’s what the 3G world would like to move to. We will do that straight away with WiMAX.

    "It’s not something we are enforcing, we are letting the market take care of it."

    Interoperability Key

    A key element of the trial will be testing the interoperability of equipment – essentially devices’ ability to acquire a visited network’s base stations and backend while roaming.

    Dubois said interoperability is a particularly important aspect for WiMAX since there are a lot of different base stations vendors, each manufacturing its own equipment.

    He said it is clearly vital that devices work on the different base stations while roaming.

    For this reason, the WiMAX Forum has designed a certification process.

    "They will undergo interoperability testing to make sure that they will be interoperable with different base stations," he said.

    "That is key for roaming – but it’s nothing we didn’t face with 2G and 3G."

    Again, from his experience working for a mobile operator, Dubois said it took a while before handsets from the operator were able to function in different parts of the US.

    "With WiMAX, we want it to work now with all devices. It’s a matter of months," he said.

    A non-technical issue with base stations is also their cost and how this could be affecting the uptake of WiMAX.

    However, Dubois said prices were very competitive when compared with 3G.

    Deployment Growing

    Scenna Tabesh, director of marketing communications for the WiMAX Forum, said that despite the economic downturn WiMAX deployments and developments are continuing to grow "quite reasonably".

    While the Forum has no specific projections for future deployment rates it expects the numbers to grow significantly based on the history of the last few years.

    "We are growing very steadily and we are still cautiously optimistic that we will see steady growth over the next 18 months," she said.

    Scenna Tabesh, director of marketing communications, WiMAX Forum

    Tabesh said WiMAX activity has been particularly strong in the Middle East, Africa and South-east Asia, and auctions to allocate wireless spectrum are expected shortly in India and Brazil.

    "The big picture is looking pretty good. Operators continue to invest despite the global situation," she said. "There are also a lot of folks straddling the fence because they do not have to act right now."

    That’s not the case in Russia, where two operators – Yota and Comstar – have rolled out WiMAX networks.

    Tabesh said Yota, which launched its paid commercial Mobile WiMAX service on June 1st and is adding 1300 subcribers a day, has launched the first dual-mode GSM/WiMAX mobile.

    The Russian operator is also looking to extend its WiMAX investments outside its home market.

    However, Dubois said that while more operators such as Yota are successfully deploying WiMAX, this did not appear to be widely known.

    "WiMAX is gaining significant traction. A lot of operators are deploying but they are not making a lot of noise about it," he said.

    "There’s significant growth in the area. Operators are very excited because it provides them with what they need right now.

    "They are putting in broadband services quickly and once the network is up, customers flock to them."