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European 2.5 GHz Auctions

Posted by Sam Churchill on May 9th, 2008

Sweden has concluded their auction of 2.6 GHz spectrum by the National Post and Telecom Agency (PTS). Auctioning 190 MHz in the in the 2.6 GHz band raised a total of SEK 2.1 billion (USD 346 million).

Five companies won licenses. Intel Capital acquired one block of 50 MHz TDD spectrum for USD 26.2 million. The blocks of FDD frequencies went to Tele2, Telenor, and TeliaSonera, each paying approximately USD 90 million each for 2×20 MHz, and 3G operator HI3G Access AB paid USD 49 million for 2×10 MHz.

The licenses will be technology and service neutral, allowing use for mobile mobile telephone and wireless broadband. according to Analysys Mason, a telecom adviser.

Swedish 2.5 GHz Auction Winners (2008)
SOURCE: National Post and Telecom Agency

Bidder Bandwidth MHz Revenue (in SEK)
HI3G Access AB 2×10 MHz FDD 296,600,000
Intel Capital 50 MHz TDD 159,250,000
Tele2 Sverige AB 2×20 MHz FDD 548,100,000
Telenor Sverige AB 2×20 MHz FDD 533,050,000
TeliaSonera Mobile 2×20 MHz FDD 562,450,000

With auctions coming up in other European countries, including the UK, Austria and the Netherlands, the outcome of the Swedish auction provides information on the price that operators will pay for 2.6GHz spectrum throughout Europe.

The Swedish auction concluded at a price of EUR0.13/MHz/pop, with unpaired spectrum going for just below EUR0.04/MHz/pop and paired spectrum for EUR0.16/MHz/pop. The prices achived in the Swedish auction were higher than the recent Norwegian 2.6GHz auction (EUR0.03/MHz/pop).

Upcoming 2.5 GHz Spectrum Auctions (2008)
SOURCE: WiMAX Day

Date Frequency Country Regulator
Q1 2008 2.5 ~ 2.69 GHz UK OFCOM
Q2 2008 2.5 ~ 2.69 GHz Austria RTR
Q2 2008 2.5 ~ 2.69 GHz Sweden PTS
Q2 2008 2.5 ~ 2.69 GHz Ukraine NKRZ
Q2 2008 3.4 ~ 3.69 GHz Chile SUBTEL
Q3 2008 3.4 ~ 3.69 GHz Brazil Anatel
Q4 2008 2.3 ~ 2.39 GHz Hong Kong OFTA
2009 - 2010 2.5 ~ 2.69 GHz Hong Kong OFTA

The competitive situation in Sweden, with four mobile players, may be more representative of the situation in most European countries than the Norwegian two-player market,” says Bart-Jan Sweers, Strategy Consultant at Analysys Mason.

“Some European countries (e.g. the UK and the Netherlands) plan to deviate from the CEPT band plan by using a flexible band plan, in which the split between paired and unpaired spectrum is not fixed but varies according to demand at auction.

The Swedish result suggests that “competition between bidders for paired and unpaired spectrum will be minimal, given that the price fetched for unpaired spectrum was four times lower than for paired spectrum,” says Sweers.

OFCOM expects a summer 2008 auction for the 205MHz of spectrum in the 2010-2025 MHz and 2500-2690 MHz bands. As with previous auctions, the spectrum is being made available on a service-neutral basis - which means bidders are not required to restrict their use of the spectrum to a particular technology or service.

Potential WiMAX providers worry that cellular operators will simply outbid them in the UK, virtually excluding Mobile WiMAX operators from the 2.6 GHz band, leaving them with less ideal 3.5 GHz frequencies. But director of Intel Capital EMEA, Ashish Patel, says “WiMax will cover the UK in 18 to 24 months“.

In the far East, analyst Caroline Gabriel says the Indian regulator TRAI aims to auction 3G bands (in 450MHz, 800MHz and 2.1GHz), but also spectrum in 2.3-2.4GHz, 2.5-2.69GHz, and 3.3-3.6GHz.


India is likely to be the largest short to medium term market for WiMAX, with operators looking to meet fixed broadband targets and leapfrog 3G services. According to an earlier TRAI recommendation to the DoT, BWA spectrum should cost only a fraction of the price of 3G spectrum. For example, a block of BWA spectrum in Mumbai has a reserved price of R10Cr (about $2.5m), while a block of 3G spectrum in the same area has reserved price of R80Cr ($19.5m).

In China, the Chinese Ministry of Information Industry (MII) has already allocated the 2.6 GHz spectrum to C-band satellite transmission, but the Ministry has separately confirmed that they have dedicated spectrum to 3G mobile services, but they do not plan to extend that spectrum to 2.3–2.5 GHz, and it is unlikely that the government would allocate bandwidth to mobile WiMAX to operate in the same 3G spectrum.

In February 2003, MII auctioned licenses for 3.5 GHz covering 32 cities. There are now many networks in development that utilise the 3.5 GHz band. Among the dozen companies that were awarded licenses, the largest include China Netcom, China Telecom, ChinaComm and Hua Tong Electricity. Intel has been working with companies in several regions to establish trials, and Alvarion has worked with China Telecom since 2004.

Related DailyWireless stories include; It’s Official: Sprint, Cable & Google Building WiMAX Network, Motorola Mobile WiMAX in Thailand, WiMAX Roundup, Australia Unwired, Intel: $500M for M-Taiwan, Alcatel-Lucent Wins a Couple, Tata WiMAXing 15 Cities in India, KDDI Tight with Airspan Mobile WiMAX, Alvarion: Wave 2, WiMAX World 2007, Urban WiMAX in the UK, Europe Auctions 3.5 GHz, Italy Auctions WiMAX Spectrum, WiMAX Uncloaks FDD,WiMAX Deployment Maps, Urban WiMAX in the UK, BT’s European WiMAX Plan, Nokia WiMAX: UK Tough, U.S. Litigious, Fixed Vrs Mobile WiMAX in UK?, UK Unwires 12 Cities, UK to Auction 215 MHz - for Everything, Towerstream Switches to Alvarion 3.65 GHz, Free 3.65GHz Mapping Service, Bill to Free 2155-2180 Mhz, MuniFi Roundup and OFCOM’s Global Sit Rep.

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Cablevision Building Municipal WiFi Network

Posted by Sam Churchill on May 8th, 2008

Cablevision, the 5th largest cable provider in the USA, announced today that it will build its own municipal wireless network, using Wi-Fi. The announcement came one day after Comcast and Time Warner Cable announced their joint venture with WiMax operators Sprint and Clearwire.

Cablevision, with most of its customers in New York, New Jersey, Connecticut, and parts of Pennsylvania, plans to build a WiFi network covering its footprint within the next two years. The WiFi infrastructure would cost the company about $100 per customer, according to Chief Operating Officer Tom Rutledge. Cablevision currently has about 3.1 million cable customers on Long Island and in other areas around New York.

Subscribers of its Optimum cable modem service will get to use the wireless network free.

“The primary purpose is a free, value-added service to new or existing customers,” said Phil Solis, an analyst with ABI Research. That’s what sets this network apart from some of the other municipal networks that have failed, he said.

The company is already offering the Wi-Fi services in some areas, said COO Rutledge, speaking on Thursday during a conference call to discuss financial earnings.

The network should be relatively easy for Cablevision to build since the company already has a network of high-speed lines to attach Wi-Fi access points to. Radios like BelAir’s 100S are designed for mounting on existing cable infrastructure.

EarthLink currently operates Wi-Fi networks in a handful of cities, but is now selling its municipal Wi-Fi business unit.

Cable might seem well positioned to take over failing municipal wireless services, but licensed WiMAX frequencies, generating more revenue from mobile voice and data (with reliability, penetration and maintenance advantages), appears to have won over the largest cable operators for now.

Related DailyWireless articles include; FON + T/W Cable = Public Hotspots, Cable WiFi: The Neutron Dance, Scientific Atlanta Meshes with Tropos, Time/Warner Wireless?, Wireless Cable and Cable vs Digital Cities: Championship Fight.

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iPhone Access Back at Starbucks

Posted by Sam Churchill on May 8th, 2008

AT&T’s iPhone website has been updated to reveal that each iPhone plan now includes access to “more than 17,000 Wi-Fi hotspots“, including Starbucks.

Last week AT&T had quietly begun offering iPhone users access to their Wi-Fi hotspots for free. Then the service was abruptly turned off.

AT&T has remained quiet about this new offering, but it’s clear they will be officially delivering this service shortly — perhaps “free” with AT&T’s data plan.

UPDATE: Oops, the iPhone info on AT&T’s website is off again.

The battle between free and paid wireless Internet access is starting to look like a draw. Or more accurately, a third variation is winning — a combination of the two, says the New York Times.

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Mobile Social Nets Grow

Posted by Sam Churchill on May 8th, 2008

MySpace has embraced data portability, and partnered With Yahoo, Ebay and Twitter, says TechCrunch. MySpace is announcing data portability standards today, along with data sharing partnerships in a project called MySpace “Data Availability”.

The key goal is to allow users to maintain key personal data at sites like MySpace and not have it be locked up in an island. Previously users could turn much of this data into widgets and add them to third party sites. But that doesn’t bridge the gap between independent, autonomous websites, MySpace says.

MySpace is a partner in Google’s OpenSocial project, but this is being done outside of that framework, says Tech Crunch. MySpace says they’ll adopt the Open Social APIs that evolve around data sharing once they are developed and announced.

A growing number of mobile phone subscribers worldwide are taking online social networking to the streets, according to research conducted by The Nielsen Company.

The findings show that the U.K. leads Europe in mobile social networking on a percentage basis — with the U.S. boasting comparable numbers

Mobile Social Networking Reach - US and Europe (2008)
SOURCE: Nielsen Mobile; EU data Q1 2008, US data December 2007.

  Percent who use social nets Number who use social nets
United States 1.6% 4,079,000
United Kingdom 1.7% 812,000
Italy 0.6% 293,000
Spain 0.8% 291,000
France 0.6% 255,000
Germany 0.2% 141,000

In the U.K., approximately 810,000 mobile subscribers, or 1.7 percent of all mobile subscribers in the country, visited social networking websites on their mobile phones in the first quarter of 2008. That reach percentage was twice as high as it was in other major European markets-though similar to the U.S., where 1.6 percent of all mobile subscribers (4.1 million in all) accessed social networks via their phones in December 2007.

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Verizon Traffic Mapping

Posted by Sam Churchill on May 8th, 2008

NAVTEQ announced today that Verizon Wireless has selected their Traffic Mobile application to power its new traffic service available today on its newest VZ Navigator (Version 4) service.

Verizon Wireless is the first wireless provider to feature NAVTEQ Traffic Mobile, enabling customers to access live traffic data on their mobile devices in more than 75 cities across the U.S., including visual notification of incidents and congestion that allow drivers to see potential traffic delays and avoid traffic problems.

VZ Navigator (Version 4) is available today for $9.99 for unlimited monthly access or $2.99 for one-day use.

Of course with an open architecture, you can get many services free.

Google Maps now features traffic congestion maps and lets you know how long a drive might take in rush-hour traffic, for a limited set of metropolitan areas.

Traffic congestion maps produce a graphical, realtime or near-realtime representation of traffic flow. They generally utilize loop sensors embedded in the roadways, with the data freely available by a variety of state transportation authorities.

Traffic.com, a NAVTEQ company, is a leading provider of personalized traffic information and has launched JamCast for real-time traffic video in 30 metropolitan areas across the U.S.. JamCast features patented Jam Factor roadway traffic measurements that allow commuters to easily understand the relative congestion level with a number on a scale from 1 to 10.

Traffic.com also offers service to mobile phones and PDAs. Traffic.com also offers text alerts — go to mobi.traffic.com on your mobile web browser, then text your city code.

Google Transit covers some 23 U.S. cities and the national mass transit system of Japan and bigger cities in Australia and Europe. Go to Google Maps. Type in a query for directions.

If your results include a button for “Take Public Transit,” Google Transit will spell out directions to the closest station or bus stop, including schedule information.


Microsoft has a Web-based service that helps users avoid traffic jams. The new service’s software technology, called Clearflow (pdf), was developed at the company’s Research lab and will be freely available as part of the company’s Live.com site (maps.live.com) for 72 cities in the United States.

Related transit connectivity stories on DailyWireless include; Google Transit Maps + WiFi, Passive Cellular Tracking, Navigation by Cell Phone, Fish Net, TomTom Buying Tele Atlas, Tracking Vehicles: Good to Go, Mobilizing WiFi on Trains & Cars, Traffic Mapping, 3-D Traffic/Weather Maps.

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Top 100 Telecom Blogs

Posted by Sam Churchill on May 7th, 2008

VoIP Now has created a listing of Top 100 Telecom Industry Blogs.

It includes categories of VoIP, Corporate Blogs, Mobile Blogs, Wireless Blogs, Outside the U.S., Niche, Toys and Gadgets. Check it out and let Jimmy Atkinson, editor of VoIP Now, know if he missed any obvious ones.

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Best and Worst Hotel WiFi

Posted by Sam Churchill on May 7th, 2008

Looking for a hotel where the WiFi is definitely not free, possibly not working and perhaps is not even WiFi?

Yes, it’s time for the Worst WiFi Hotels of 2008.

It’s WiFi Week at Hotel Chatter. They started off with the Best WiFi Hotels of 2008, perhaps not as entertaining but probably more useful. Here are the Best and Worst International Hotels, too.

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Earthlink Threatens to Pull Plug on Philly, Tomorrow

Posted by Sam Churchill on May 7th, 2008

Earthlink says it may shut down Philadelphia’s citywide Wi-Fi tomorrow if the city isn’t able to reach a takeover agreement.


Earthlink, which stopped accepting new customers last week, has given the city until tomorrow to come up with a plan to take over the system or it could begin to take down the network, according to sources close to discussions. An original deadline of last Wednesday came and passed.

The city has been working since Earthlink announced intentions to leave the municipal wireless business last year to salvage the system without taxpayer dollars, including so far unsuccessful discussions with an Ohio nonprofit that recieved $25 million to work on bridging the technological divide between rich and poor.

“We have been participating in discussions about what options and opportunites may exist,” said Douglas Oliver, spokesman for Mayor Michael Nutter. “We paid a lot of attention to this and explored several different options but they have proven to be fruitless.”

Originally, the plan was for Earthlink to build a citywide wireless network, sign up customers, and fund a non-profit called Wireless Philadelphia to provide internet access to low-income individuals.

The problem is that Earthlink couldn’t figure out a way to build the network profitably. The municipal network was originally expected to use 25 nodes per square mile, but required as many as 47, with an average of 42 nodes per square mile.

The company has stopped expanding the network with about 70% completed, and is no longer looking to sign up new customers. The entire project is basically at a standstill and will remain that way until sold to another operator.

In other [bad] news, MuniWireless reports that Wildfire Broadband appears to have shut down its Wi-Fi service in downtown Scottsdale, Arizona. According to the East Valley Tribune, “the paid service meant to capitalize on flashy new downtown projects and an influx of new residents had to compete with free Wi-Fi service that has become increasingly commonplace at coffee shops, restaurants and hotels.”

DailyWireless has more than 650 related Municipal Wireless stories including; MuniFi Roundup, Muni-Fi’s Got Trouble, Who the MuniFi MAN?, Municipal WiFi: What Would You Do?, Wireless Silicon Valley: Would You Believe a Dozen Hotspots in San Carlos?, Free Grass Roots Wi-Fi: It Works in Portland, Starbucks Adds AT&T Wi-Fi, Earthlink Gets Out, MetroFi Vs Portland, Meraki Proposes Free SF Wi-Fi Network, OpenAirBoston Regroups; Becomes Open, Sacramento WiFi on Slow Track, Sacramento Approves WiFi, SoCal Wireless: Toast?, MuniFi: What Now?, MuniFi: Not Dead Yet, Earthlink Restructures, MuniFi Holds Breath, San Francisco WiFi Dead?, Earthlink Tweeks WiFi Business, New York’s 750 sq mile Cloud, San Francisco WiFi Dead?, Wireless Houston: Size Queen?, State-wide Wireless Broadband Access, Ten Cities Under Colorado Cloud, FiberNet for Calif Schools, Washington’s 1500mi Cloud, Sprint WiMAXing NYC, Connecting the Nation, WiFi Vs WiMAX in Windy City, New York’s 750 sq mile Cloud, Will “N” Rescue MuniFi?, Aeris + PacifiCorp: CDMA Meter Reading, M2Z: Free Internet Now!, Sprint’s WiMAX Cities, San Francisco: Now it’s the Antennas!, WiFi War in San Francisco, Houston + Earthlink to Build Huge MuniFi Network, El Paso Unwired + Most of California, Green Light for Philly WiFi Expansion, City Clouds Turn On, Minneapolis Goes Local, Digital City Winners, Anaheim Turns On, New Orleans Gets Earthlink Cloud, Portland Chooses MetroFi for 134 Mile Cloud, Milwaukee’s $20M Cloud, Dvorak: Muni WiFi Will Die, The World Largest WiFi Cloud, Rain on SF Cloud, Google WiFi SitRep, San Mateo: 1st Silicon Valley Cloud, Sacramento Approves WiFi, Cloud for Silicon Valley, Wireless Silicon Valley Proposals, Park City: Solar WiFi, Solar Powered Solstice, GoogleFi: Ads or Not?, Google WiFi Interview, Portland Chooses MetroFi for 134 Mile Cloud, SF WiFi: Bad Deal for Poor?, SF Cloud: It’s Google/Earthlink, Minneapolis Bridge Collapse & Emergency Communications and Philly Chooses Earthlink.

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Sensor Nets Launch

Posted by Sam Churchill on May 7th, 2008

The Internet Engineering Task Force has kicked off a new effort that could deliver a key building block for wireless sensor networks, says EE Times. The Routing Over Low-power and Lossy Networks (ROLL) group aims to define a standard for Internet Protocol as early as next summer.

Sensor networks may be the next big thing. Companies like Arch Rock and Dust Networks already are fielding small battery-backed sensor nodes. The IETF 6lowpan Working Group aims to define the transport of IPv6 over IEEE 802.15.4 low-power wireless personal area networks.

The ROLL effort aims to create a standard way to link such nodes and their networks with the broader Internet. It will support any link including Bluetooth, Wi-Fi and 802.15.4.

The ZigBee Alliance is an association of companies working together to enable low-power, wireless monitoring and control networks based on an open global standard. ZigBee is working towards further standardization for wireless sensor and control markets, based on IEEE 802.15.4, a standard that defines the wireless medium access control (MAC) and physical layer (PHY). It was approved during the sponsored ballot in May 2003.

Smart Dust and TinyOS projects, were developed at UC Berkeley’s Center for Information Technology Research in the Interest of Society (CITRIS).

“There has been an explosion of proprietary protocols for sensor networks in the last five years,” said Jean-Philippe Vasseur, an engineer at Cisco who will co-chair ROLL.

“When each one aims to become an ad hoc standard you wind up with a model of many translation gateways that leads to a complex and expensive architecture that doesn’t scale,” he said.

The market for sensor networks is still relatively small, but analysts expect it will grow dramatically over time.

In related news, ORBCOMM today announced that it has signed a next generation satellite constellation contract with Sierra Nevada Corporation (SNC) to build 18 new ORBCOMM Generation 2 satellites providing two-way Machine-to-Machine (M2M) communicationan. ORBCOMM may purchase up to 30 additional OG2 satellites to augment and upgrade ORBCOMM’s existing satellite constellation.

SNC, Boeing and ITT will provide oversight, systems engineering, technical management, and integration of the OG2 program. MicroSat Systems (MSI), a wholly owned subsidiary of SNC, will leverage its experience on the TacSat-2 mission to design the spacecraft and perform integration and test activities for the OG2 satellites.

ORBCOMM customers will be able to transmit data over the OG2 satellites at greater speeds and send larger data packets using future modems. In addition, all OG2 satellites will be designed with Automatic Identification System that tracks maritime vessels by integrating GPS and Loran location data into a VHF radio signal.

ORBCOMM will market AIS data to U.S. and international coast guards and government agencies, as well as companies engaged in security or logistics businesses for tracking shipping activities. They anticipate selecting the launch vehicle within 12 months and plan to launch 18 OG2 satellites in three separate missions of six satellites each between 2010 and 2011.

Related Bluetooth, RFID and Zigbee stories on Dailywireless include; Kids Unwire Salmon Stream, Low Power WiFi Sensor, Grape Networks, Spy Squirrels, Sensors Expo 2007, Open Source Zigbee Net, MaxStream ZigBee module, RF-ID Giants Merge, Realtime Tracking: WiFi is the Ticket, RFID Tracking via Dutch Umbrella, Active ID & Temperature: On the Road, Small Satellite Conference and DOD Double Header at Canaveral.

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It’s Official: Sprint, Cable & Google Building WiMAX Network

Posted by Sam Churchill on May 7th, 2008

It’s official. Sprint and Clearwire announced this morning they will form a nation-wide WiMAX network, with partners Comcast, Time Warner Cable, Intel, Google and cable operator Bright House Networks who are expected to kick in $3.2 billion to help finance the venture.

The deal (pdf), announced on Wednesday, will provide funding for Sprint and Clearwire to build the network and allow cable providers to offer wireless services to help them compete with rivals AT&T and Verizon. It will use Sprint’s existing broadcast wireless towers and its wired fiber network.

Clearwire will be the only company allowed to sell 4G access as a standalone service, according to Sprint CTO Berry West. Sprint will essentially access the network as a mobile virtual network operator (MVNO), selling combined 3G and 4G access plans. Clearwire CEO Ben Wolff told the Seattle Times that, ultimately, the company could “get to 20,000 or 30,000 employees” nationally. Clearwire has about 2,000 employees now, including 350 to 400 at its Kirkland headquarters. Sprint has about 700 in its WiMax unit, including a research and development group in Herndon, Va.

Sprint, which had earlier said they’d spend some $5 billion by 2010 building their WiMAX network across the United States, will now own about 51 percent of the new company. Sprint’s new partners will invest some $3 billion. Clearwire will own about 27 percent. Comcast, Time Warner Cable, Intel, Google and Bright House will get a combined 22 percent.

Google will embed its Android operating system for mobile phones. Google will also be the search provider for the company’s WiMax services.

Intel will work with manufacturers to embed WiMax chips into its Centrino 2 processor for laptops and mobile Internet devices and will market the new company’s service in association with its own brand.

The partners have put the value of the deal at $12 billion, a figure that includes radio spectrum and equipment provided by Sprint Nextel and Clearwire, and $3.2 billion from the others involved.

The investments by other participants include $1.05 billion from Comcast, $1 billion from Intel, $550 million from Time Warner Cable, $100 million from Bright House, a cable provider, and $500 million from Google. Trilogy Equity Partners, intends to invest $10 million, according to a person briefed on the arrangement.

Analysis by Juniper Research indicates up to 12% of the global DSL installed base will be substituted by WiMAX by 2013. The Far East will lead with over one fifth of the 47 million subscribers in 2013.

According to Unstrung:


Clearwire has been putting its planned WiMax offering through its paces in Portland, Ore., where, according to Clearwire’s CEO Ben Wolff, the company has been achieving up to 6 Mbit/s downstream and up to 3 Mbit/s upstream in vehicles traveling at 60 miles per hour.

“Based on our experience in Portland, we’ll be able to exceed anything that the legacy mobile networks can offer. We aim to provide four times the performance at one tenth of the cost of the legacy wireless networks,” stated Wolff, though he didn’t comment on how competitive the prices would be.

Sprint has three markets in a soft-launch phase — Chicago and Baltimore-Washington — and expects them to go commercial late in the third quarter or early in the fourth. Clearwire’s Mobile WiMAX deployment in Portland, Ore., is expected to go live in the second half of this year. Speeds are expected to be in the range of 3-4 Mbps and cost significantly less than $60/month.

Currently, AT&T’s USB data card costs $99 and $60/month for unlimited usage, Sprint’s USB EVDO modem costs $99, plus $60 a month and Verizon charges $149 for their USB modem and $60-per-month — but only for 5Gb per month. Beyond that, it charges a stunning 49 cents per Mb. Speeds using cellular-based EVDO Rev A and HSPA rarely get beyond 1 Mbps.

The Mobile WiMAX network will cover 120-140 million people in the U.S. by year-end 2010. If those people are using Android devices, Google will indeed become a force in the market, although still behind Symbian and Windows Mobile. The NY Times, Blog Runner, C/Net, Telephony and MultiChannel News have more.

Related Dailywireless articles include; Mobile WiMAX Cooking- But Still in the Kitchen, WiMAX Roundup, Australia Unwired, Australian Blowup, BT’s European WiMAX Plan, Backhaul Delays Xohm Rollout, Hesse on WiMAX, Sprint’s WiMAX Rollout?, Sprint-Clearwire Deal Dead, Sprint Considering WiMAX Spinoff?, Sprint Forces Forsee Out, WiMAX Demoed on Chicago River, The Launch, ICO Wants Its Mobile TV - via DVB-SH, Google Apps for Clearwire, Sprint WiMAX: It’s Called “Xohm”, Xohm “Partners”?, Death to WiMAX?, Verizon: It’s LTE, and Sprint: It’s WiMAX!

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