EMAX Launches Pre-Mobile WiMAX Network in Peru With Navini; Personal Broadband Network to Provide Nationwide Coverage
503991
LIMA, Peru and RICHARDSON, Texas, Feb. 12  /PRNewswire/ -- EMAX S.A., an Internet service provider based in Lima, Peru, has launched the first personal broadband network in Peru, using wireless pre-mobile WiMAX solutions from Navini Networks, the leading provider of pre-mobile WiMAX equipment.
261829
While all the focus with Wimax is on Sprint and Motorola, Nortel Networks is planning a big focus on the technology and rollouts ofor all kinds of customers, including high-speed trains and rural networks.
506955
Responding to last weekend's challenge from Qualcomm, which is seeking to up the ante in high-speed wireless networking with its acquisition of True MIMO producer Airgo Networks, Intel today announced that for its Centrino Duo platform, it's preparing a system-on-a-chip (SoC) that will incorporate the WiMAX technology it champions (802.16e) along with 802.11n WiFi and HSDPA.
595403
By Daily Record Staff  MobilePro Corp., of Bethesda, a provider of wireless technology and broadband telecommunications services, said its wireless subsidiary, Kite Networks, completed the initial phase of deployment for a Wi-Fi network at Longmont, Colo.
572862
(InfoWorld) - Sprint Nextel's ambitious Xohm WiMax vision will be based on a radical change in the way users pay for the service compared with cellular plans. Users will sign up for wireless broadband for a day, a month, or a year without a contract tied to a specific device. Payment could be made via a credit card wirelessly. The pricing approach, described in broad strokes by Sprint chief technology officer Barry West Wednesday at WiMax World in Chicago, will be designed on the principle of "affordable" broadband and "around the needs of the individual," he said in an interview. That approach breaks down the concept now seen with cellular plans, in which users typically buy a two-year contract in part to subsidize the cost of a single mobile device that a user is locked into using. A Sprint spokesman explained that the proposed pricing will rely on subscriptions, but not contracts in the sense associated with typical cellular contracts. And the longer the subscription a customer buys, the cheaper the service will be, he said. West said Sprint will announce pricing early next year, but also said it will probably be based on tiers of service. The cost of devices, such as laptop cards able to transmit mobile WiMax, will approximate the cost of a 3G broadband laptop card today, he said. In response to a question from an audience member, West also said that Xohm will not be backed by what the industry calls service-level agreements, a kind of guarantee that a minimum bandwidth will be provided or the customer receives a refund. "We will give you a good experience, but not SLAs," West said. Several Sprint executives have described Xohm WiMax speeds that are expected to be 2Mbps to 4Mbps, although the technology is capable of 10Mbps. At a demonstration onboard a moving tour boat on the Chicago River Tuesday night using Motorola gear, mobile WiMax shared across 12 laptops and cell phones was clocked at 2.5Mbps downward. West noted that the demonstration was across only one channel, and that Sprint will be able to offer many channels to handle users at a single antenna site, offering plenty of bandwidth for many users. West, who calls himself a technology "pragmatist," said he does not envision any hidden technology bugaboos in the nationwide rollout of Xohm planned for next year. In the next three years, he has predicted 50 million devices, such as laptops and mobile phones, will be WiMax-certified. Getting the certification process for interoperability in order will be difficult, but he said that even if there are 100,000 different devices, it is conceivable all of them could be served from only 10 different chip sets. "That's not unmanageable," he said. By contrast, West said Xohm's biggest challenge will be servicing the needs of 210 million Internet users in the United States alone, and meeting their demands for access, applications, and services. In his keynote, West said some critics have already begun to question whether West's predictions for Xohm's growth are too ambitious. He said commercial rollouts are still on schedule for the second quarter of 2008, and work has begun on 10,000 base stations nationally, with 20,000 WiMax antennas. The initial rollout in Chicago and Baltimore/Washington in December is "pretty much on target," he added. As for competition, West said he doesn't see Verizon Wireless or AT&T.
756373
(InfoWorld) - Sprint Nextel and Clearwire have entered an agreement to jointly build the first nationwide WiMax network in the U.S., the two companies announced Thursday. The vendors will work together on the WiMax network and expect to offer service to a broad range of users, including the U.S. government, public safety agencies, businesses, and consumers, they said. The two companies plan to reach 100 million U.S customers by the end of 2008, said Gary Forsee, Sprint Nextel chairman and CEO, during a press conference. The WiMax network, which will be marketed under a common brand, will compete with and compliment existing broadband services, he said. The deal "will fundamentally change the communications landscape in this country," added Ben Wolff, Clearwire CEO. "By working together, a nationwide network becomes possible." Sprint Nextel will build out about 65 percent of the network, and Clearwire will build out the remaining 35 percent, the companies said. The agreement still needs to be finalized, and it will be subject to regulatory approval by the U.S. Department of Justice and spectrum transfers from the U.S. Federal Communications Commission. Sprint Nextel will focus on geographic areas covering approximately 185 million people, including 75 percent of the people located in the 50 largest U.S. markets, while Clearwire will concentrate on areas covering approximately 115 million people. A year ago, Sprint Nextel announced its plans for a nationwide WiMax network. The partnership with Clearwire allows Sprint Nextel to invest less money to create a nationwide network, Forsee said. The agreement will also allow the two companies to provide customers with "more breadth and depth of support," he added. The partners said the wireless network will provide broadband-speed Internet access to customers. The agreement will enable "seamless" roaming across the network, Forsee said. WiMax is designed to operate more than five times faster than current third-generation wireless networks. The arrangement will allow the exchange of spectrum between Sprint Nextel and Clearwire to enable each company to build out its portion of the network and to enhance service in its buildout territory, the companies said. Clearwire will be able to use some of Sprint Nextel's wireless infrastructure. The initial term of the arrangement is 20 years, with three 10-year renewal periods.
745342
The Mobile World Congress in Barcelona spotlights mobile broadband gear, services, software, and strategies. Read CNET's full coverage.
122863
PicoChip's base station for the 4G mobile standard LTE can also run WiMax.
627539
MANHASSET, NY Siemens Communications said Friday (Oct. 8) it will develop wireless broadband products using Flash-OFDM technology from Flarion Technologies.
708118
InfoWorld - Sprint Nextel plans to cooperate with enterprises on the rollout of its WiMax mobile broadband network, letting the customers install and own short-range base stations in their buildings with automatic roaming onto the carrier&#39;s WiMax network outside.
374173
The Mobile World Congress, underway February 11-14 in Barcelona, Spain, puts the spotlight on mobile broadband gear, services, software, and strategies. Read CNET's full coverage here.
46997
Sprint Nextel Corp.  and Clearwire Corp.  plan to build a U.S. nationwide mobile broadband network using WiMAX technology that will be five times faster than current wireless networks and cost less.
432694
Dual-mode handsets will be able to connect to the company's worldwide Wi-Fi network on the cheap.
651763
(InfoWorld) - It's been a year since a Mobile WiMax service was launched in Seoul and one of the world's most wired cities became one of the most wireless. The service is based on WiBro, a South Korean system that has become a part of the 802.16e Mobile WiMax standard. Whereas Mobile WiMax encompasses three frequency bands and several signal bandwidths, WiBro covers a subset of these and is limited to 2.3GHz and an 8.75MHz bandwidth per channel. To mark the launch of its WiBro service last year, KT Corp., the former state-run telecom carrier, took journalists on a trip around Seoul to try out the service in a WiMax-equipped bus. The reporters came away impressed, able to watch Internet video streaming while surfing the Web and video conferencing all while driving down the street. But what's the reality a year later? Last week I returned to Seoul to test the service again, this time outside the controlled environment of a promotional bus ride. Seoul is among the first cities in the world to have Mobile WiMax, so the results provide an indication of what the rest of the world can look forward to in the future. I accessed the service while on the subway, in a bus, and sitting in a coffee shop, and the results were as impressive as they were in last year's staged demonstration. This was especially true on the subway. Riding the number 2 line from Samseong Station to City Hall, the journey has both underground and overground sections. It connects the Teheran Valley high-tech district in the south, crosses the Han River and ends in the heart of Seoul's business and media district. Throughout the 30-minute journey I did not lose the signal once, although the speed did fluctuate somewhat. It would often drop when the train moved out of a station and increase again when it arrived at the next stop. Web and e-mail access worked so well that I decided to try something a little more demanding and accessed streaming video news clips from the Yahoo Japan portal. The clips are encoded at 300k bps (bits per second) and played without any problem, even while the train was in motion. Equally surprising was that my little experiment did not draw the attention of the passengers sitting next to me. In a country where most high-end cell phones have TV reception, watching streaming video on the train doesn't seem to impress anybody! I also accessed an FTP site in the U.S. from the train and started to download a 40M-byte video file. The software indicated a download speed of up to 660k bps in stations, and about 320k bps when the train was in motion. Access from a bus produced much the same results, and while surfing from a coffee shop I enjoyed a connection that hit those same top speeds and remained stable. Technically the WiBro service appears a success, at least if the results of my small trial are anything to go by, so it's a surprise that it has attracted less than 10,000 users in its first year of service. The service costs a flat fee of 16,000 won (US$17.60) per month for unlimited use during the current trial period, and KT even throws in a WiBro adapter, which plugs into laptops via the USB port. So what's holding people back? Until now a limited number of WiBro adapters has been available. said Yeom Woojong, a spokesman for KT in Seoul. But now more companies are offering them, he said, and KT expects to attract more subscribers as the year goes on. At the start of the year it set a target to have 200,000 WiBro users by the end of 2007, and it's sticking to that number, Yeom said. Â
469504
HP and Global Mobile demonstrated a mobile WiMax station for use in hospitals.
533595
WiMAX technology is on the cusp of coming fully into the marketplace, and Cisco has seized an early opportunity in acquiring mobile WiMAX pioneer Navini Networks for $330 million.
759059
(InfoWorld) - The GSM (Global System for Mobile Communications) family of technologies will continue to dominate the mobile infrastructure business over the next five years, a research company said Wednesday. Sales of network gear for WiMax, the hot new mobile broadband system, will grow by an average of 50 percent per year until 2011 but still only make up about 5 percent of the market worldwide, according to Dell'Oro Group. Meanwhile, versions of WCDMA (Wideband Code Division Multiple Access) will grab share away from rival EV-DO (Evolution-Data Optimized) technologies as mobile operators build their networks, said Dell'Oro analyst Greg Collins. The Redwood City, California, company on Wednesday announced a report on the mobile infrastructure market from 2006 to 2011. Backers of mobile WiMax have painted a bright future for the emerging technology, which is based on the IEEE 802.16e standard and designed to deliver multiple megabits per second over a range of miles (1 mile = 1.6 km). Collins didn't label WiMax a loser but said it will get off the ground slowly because it's an underdog when it comes to carrying voice calls. Emerging WCDMA and EVDO technologies have closer ties to the cellular world and will be better equipped to handle calls over the next few years, Collins believes, so most users will hang onto them. Dell'Oro forecast 2011 revenue of about $2 billion for WiMax network infrastructure that serves end users. Gear for other purposes, such as mobile operators' wireless "backhaul" links to cell towers, wasn't included. Broad adoption of WiMax will drive down its cost, further accelerating the rollout, according to Intel and other WiMax supporters. Dell'Oro's forecast growth rate could impede the technology's progress toward attractive consumer prices, Collins said, although it does share some features with other emerging wireless systems. The emergence of WiMax will be a sideshow to growing dominance of WCDMA technologies in the cellular world, according to Dell'Oro's forecast. Most of the world's mobile operators have grown up on GSM and are upgrading to WCDMA technologies, including the upcoming HSUPA (high-speed uplink packet access) and LTE (Long-Term Evolution) systems. The competing CDMA technology, with its own upcoming versions, has had strongholds in the U.S. and South Korea and been adopted in some other countries. Some CDMA carriers in developing countries, such as India and Brazil, are now migrating toward the WCDMA path, Collins said. Among other things, they want to serve travelers from other countries, most of which use WCDMA, to earn lucrative roaming charges, he said. Even in South Korea, some operators are looking away from CDMA because they are worried about support for future development of a minority technology, Collins said. CDMA's 3G technologies made up 20 percent of spending on mobile infrastructure in 2006 but will represent only about 13 percent in 2011, according to Dell'Oro. One reason WCDMA takes up such a large share of infrastructure revenue is that it's more expensive to upgrade to those technologies, said James Person, chief operating officer of the CDMA Development Group, which represents vendors and operators using CDMA. This is true, but CDMA's global footprint among mobile operators still is shrinking, Collins said.