Monthly Archives: October 2010

NCell: the world’s highest video call from Mount Everest!

Mount Everest, the world’s tallest mountain at 29,035 feet (8,850 meters), now has 3G cellular service.

Ncell, a joint venture between local investors and TeliaSonera installed Nepal’s first 3G services at the base camp of Mount Everest. The installation could help the tens of thousands of mountain climbers and trekkers who visit the Mount Everest region in the Solukhumbu district every year.

Previously climbers have had to depend on expensive satellite phones to remain in touch. The 3G cellular service provides fast internet access, video chats and e-mails, as well as calls to friends and family back home at far cheaper rates, the company said in a statement.

Telecommunication services cover only a third of the 28 million people of Nepal, South Asia’s poorest country.
Ncell said TeliaSonera would spend over $100 million to expand its facilities in Nepal next year and ensure mobile coverage to more than 90 percent of the Himalayan nation’s population.

TeliaSonera: High speed Internet on top of the world.

WiFi Direct

The Wi-Fi Alliance today announced it has begun certifying Wi-Fi Direct products, a technology similar to Bluetooth, for device-to-device connections.

Wi-Fi Direct makes it easy for mobile phones, cameras, printers, PCs, and gaming devices to connect to each other, transfer content and share applications, without an access point, says the Alliance.

CERTIFIED Wi-Fi Direct products define a new way for Wi-Fi devices to connect to each other. In many cases it only requires the push of a button. Connections work at typical Wi-Fi speeds and range, are protected by WPA2-certified security protocols, and including WMM Quality of Service mechanisms.
Atheros expects to have a full line of XSPAN multi-stream 11n and Align single-stream 11n products that are Direct CERTIFIED before the end of 2010. One innovative feature of Direct Connect, known as Direct Access Point, essentially turns a mobile phone into a hotspot by sharing its 3G/4G Internet connections with other devices.
Broadcom today announced their BCM43224 dual-band 802.11n 2×2 MIMO PCIe half mini card has been selected for the Wi-Fi CERTIFIED Wi-Fi Direct test suit.
A camera with Wi-Fi Direct could communicate via Wi-Fi to a digital picture frame or printer, uploading picture data over the same range of existing Wi-Fi of about 200 yards at speeds of up to 250 Mbps, according to Wi-Fi Alliance CEO Edgar Figueroa. Only one device in a pair of devices needs to have Wi-Fi Direct software installed, and the peer-to-peer sharing can be initiated with the press of a button or input of a personal identification number (PIN), Figueroa said.
The Wi-Fi Alliance claims it delivers a better user experience than Bluetooth. Moreover, Wi-Fi is already widely included in handsets, consumer electronics, and other devices, so there is no need for an additional radio. Wi-Fi has the speed, range, and security features, while easily working in traditional Wi-Fi networks as well.

cnet: Wi-Fi Alliance now certifies Wi-Fi direct products.

DSL is moving on: 100Mbps DSL is here, 800 Mbps is Around the Corner.

New generation DSL technologies is staying competitive with fiber and cable broadband. Today, a new breakthrough shows that it will only be a matter of time before DSL broadband crosses the 800 Mbps threshold. And while we wait for that massive speed bump, we are beginning to see the commercial availability of DSL that can deliver 100 Mbps.

These recent upgrades in the DSL speeds are coming at a handy time – DSL has started to lose market momentum, and carriers are looking for ways to balance their exploding capital expenditure requirements. While fiber networks are better in the long run, most phone companies need to squeeze out more from their copper networks without losing too much ground to cable broadband rivals. Why? Because they have to shift their capital expenditure dollars to beefing up wireless networks, which themselves are growing through an explosive growth.

Ikanos, a maker of broadband chips today introduced a new technology, NodeScale Vectoring, DSL access technology that allows connections at 100 Mbps and higher, something which has not been possible on many of the phone company networks. According to the chipmaker, the cost of deploying this technology is about a tenth of the cost of building a fiber to the home network.

Today, Nokia Siemens Networks took that even further, announcing that it has tested a technology that could boost the data-carrying capacity of standard copper wires to 825 Mbps over a distance of 400 meters of bonded copper lines and 750 Mbps over a distance of 500 meters. If it is made commercial, it would allow the carriers to eek out more from their copper infrastructure.

Ikanos: Ikanos Unveils NodeScale™ Vectoring to Deliver Broadband at 100 Mbps and Beyond for One-Tenth the Cost of Fiber.

NSN: Nokia Siemens Networks achieves world record copper DSL speeds.

Surveillance Power to the government.

Law enforcement and counterterrorism officials are pushing to overhaul a federal law that requires phone and broadband carriers to ensure that their networks can be wiretapped, reports The New York Times.

Valerie Caproni, the F.B.I.’s general counsel, has said the government is trying to prevent its existing surveillance power from eroding.
The officials say tougher legislation is needed because some telecommunications companies in recent years have begun new services and made system upgrades that caused technical problems for surveillance. They want to increase legal incentives and penalties aimed at pushing carriers like Verizon, AT&T, and Comcast to ensure that any network changes will not disrupt their ability to conduct wiretaps.

Valerie Caproni, the F.B.I.’s general counsel, has said the government is trying to prevent its existing surveillance power from eroding.The officials say tougher legislation is needed because some telecommunications companies in recent years have begun new services and made system upgrades that caused technical problems for surveillance. They want to increase legal incentives and penalties aimed at pushing carriers like Verizon, AT&T, and Comcast to ensure that any network changes will not disrupt their ability to conduct wiretaps.

An Obama administration task force that includes officials from the Justice and Commerce Departments, the F.B.I. and other agencies recently began working on draft legislation to strengthen and expand the Communications Assistance to Law Enforcement Act (CALEA), a 1994 law that says telephone and broadband companies must design their services so that they can begin conducting surveillance of a target immediately after being presented with a court order.

There is not yet agreement over the details, according to officials familiar with the deliberations, but they said the administration intends to submit a package to Congress next year.

Albert Gidari Jr., a lawyer who represents telecommunications firms, said corporations were likely to object to increased government intervention in the design or launch of services. Such a change, he said, could have major repercussions for industry innovation, costs and competitiveness.

“The government’s answer is ‘don’t deploy the new services — wait until the government catches up,’ ” Mr. Gidari said. “But that’s not how it works. Too many services develop too quickly, and there are just too many players in this now.”

Under current law, if a carrier meets the industry-set standard for compliance — providing the content of a call or e-mail, along with identifying information like its recipient, time and location — it achieves “safe harbor” and cannot be fined. If the company fails to meet the standard, it can be fined by a judge or the Federal Communication Commission.

he disclosure that the administration is seeking ways to increase the government’s leverage over carriers already subject to the 1994 law comes less than a month after The New York Times reported on a related part of the effort: a plan to bring Internet companies that enable communications — like Gmail, Facebook, Blackberry and Skype — under the law’s mandates for the first time, a demand that would require major changes to some services’ technical designs and business models.

The push to expand and the 1994 law is the latest example of a dilemma over how to balance Internet freedom with security needs in an era of rapidly evolving — and globalized — technology.

New York Times: Officials Push to Bolster Law on Wiretapping.

One third of the world is online.

One third of the world’s population will be online by the end of the year, according to United Nations statistics.
The number of people online has doubled to two billion in the last five years, the International Telecommunications Union (ITU) said. The ITU believes that broadband is a “transformational technology” that can be used to spur development.

One third of the world’s population will be online by the end of the year, according to United Nations statistics (PDF).The number of people online has doubled to two billion in the last five years, the International Telecommunications Union (ITU) said. The ITU believes that broadband is a “transformational technology” that can be used to spur development.

Of the 226m new net users that have come online this year, more than two thirds are from developing countries. The report suggests that 71% of people in western countries will be online by the end of 2010, compared to just 21% in developing countries.

Although broadband use is increasing it has been outstripped by mobile connections. The ITU estimates that there will be 5.3 billion mobile subscriptions by the end of 2010, of which 3.8 billion will be in the developing world. It says that more than 90% of the world’s population now has access to a mobile network.

ITU: ITU estimates two billion people online by end 2010.
BBC: Internet users to exceed 2 billion by the end of 2010.

WiMax landing to NY, LA & SF.

Clearwire today announced the timing for the commercial launch of the Clearwire 4G network in New York City, Los Angeles and the San Francisco Bay Area.

The timing is as follows:
- New York City – November 1
- Los Angeles – December 1
- San Francisco – late December

Clearwire continues to offer dual-mode 4G/3G USB modems in New York City and Los Angeles in advance of the launch of commercial service.
Further details on these and other upcoming markets, including network size, coverage maps and service options will be available at launch.

The timing is as follows:New York City – November 1Los Angeles – December 1San Francisco – late DecemberClearwire continues to offer dual-mode 4G/3G USB modems in New York City and Los Angeles in advance of the launch of commercial service.Further details on these and other upcoming markets, including network size, coverage maps and service options will be available at launch.

Today, the Clearwire 4G network is commercially available in 56 markets and covers 66 million people. (Note: These totals do not include New York, Los Angeles or San Francisco.) By the end of 2010, the 4G network is also expected to be available in 80 markets, with other major metropolitan areas such as Denver, Miami, Cincinnati and Cleveland.

FiberLight says they have provided core fiber network infrastructure for Clear’s 4G mobile WiMAX deployment in Washington, DC, Maryland, Texas, and Florida. FiberLight offers private metropolitan network connections for many carriers and data centers in the southern half of the United States.

Clearwire: Press Releases.
Reuters: Clearwire and Sprint set big city high-speed launches.

Guys, we need 2.5 to 5 billions.

Clearwire is seeking to raise $2.5 billion to $5 billion in a wireless spectrum auction, says Bloomberg, that has attracted telephone and cable companies.
AT&T, Verizon Wireless, T-Mobile, Time Warner Cable and Clearwire’s majority owner, Sprint Nextel are among potential buyers of the spectrum, said the people, who declined to be identified because the process isn’t public. The bidding is in its second round and is being managed by Deutsche Bank AG, according to Bloomberg.

Clearwire plans to conduct LTE tests in the fall and throughout early 2011 in Phoenix, Arizona. During the trials, Clearwire will collaborate with Beceem, and other partners, to determine the best methods for enabling end-user devices to take advantage of a potential multi-mode WiMAX/LTE network.

Clearwire said last month it is looking for additional funds to fuel expansion, and has had discussions with a number of potential investors, including T-Mobile USA Inc. Clearwire will need about $2 billion by the fourth quarter to fund its network construction early next year, said John Hodulik, an analyst at UBS AG in New York.
“If they get $5 billion, they could fund the business without raising any extra capital,” said Hodulik.
The company is selling up to 40 megahertz of spectrum per market, only a slice of its wireless capacity, which typically is close to 120 MHz in major markets.
Bloomberg: Clearwire Said to Seek Up to $5 Billion in Spectrum Auction.

Mobile Bill Shock.

The Federal Communications Commission will propose rules on Thursday requiring mobile phone companies to alert customers by voice or text when they are have reached monthly usage limits, reports the NY Times.
Julius Genachowski, the F.C.C. chairman, plans to outline his consumer agenda today. He will propose rules aimed at ensuring that users won’t have to worry about hidden costs, confusing billing practices or “bill shock.”
According to a recent survey by the FCC, one in six mobile users—30 million Americans—have experienced bill shock. More than half those consumers saw an increase of $50 or more, but few were alerted by their mobile phone company—before or after the bill arrived.
In May the FCC announced that its consumer task force was examining the issue of unexpected charges on a cell phone bill, and asked stakeholders to submit comments about it.

A November 2009 study by the Government Accountability Office found that one in three users of wireless phones and data networks had received unexpected charges on their bills.

Mr. Genachowski said that the five-member commission would consider proposed rules that would require cellphone and mobile Internet companies to notify customers when they were about to incur roaming charges or other higher-than-normal rates that were not covered by their monthly plans.

The chairman’s office rarely brings matters to a commission vote without the support of a majority of the board.

The proposals have been strongly opposed by mobile phone companies. The wireless industry trade group CTIA questioned the FCC’s data-gathering tactics as well as the vague phrasing in the survey questions.

NY Times: F.C.C. Wants Phone Companies to Warn Customers of Usage Limits.

The Washington Post: FCC seeks to remedy cellphone users’ ‘bill shock’.

PlaneFi.

ViaSat, a satellite communications company, is the latest entrant in the in-flight Wi-Fi business. It announced a deal last week with JetBlue to provide Wi-Fi service on their fleet of Airbus A320s and Embraer 190s.

Under the arrangement, ViaSat will provide Ka-band antenna components and SurfBeam2 modems for installation on the airline’s EMBRAER E190 and Airbus A320 aircraft along with two-way bandwidth using the WildBlue-1 and (next year) the high-capacity ViaSat-1 satellites.

JetBlue and ViaSat expect to begin rollout on the fleet’s 160 planes by mid-2012. It’s unclear how long it will take to complete – or how much customers will have to pay for the access. It will use ViaSat’s WildBlue-1 but move to the high-capacity ViaSat-1 satellite, using the Ka (20/30 GHz band) for the bulk of the service . Airline Wi-Fi expert Michael Planey estimates hardware and infrastructure will cost about $15 to $20 million.

Right now, the in-flight Wi-Fi business is dominated by Aircell, which uses ground antennas for its Gogo system, available on more than 1,000 airplanes on eight carriers. Aircell serves AirTran’s entire 138-plane fleet as well as Delta’s entire domestic fleet of 534 aircraft, excluding regional jets.

NY Times: A Wider Wi-Fi Stream on Domestic Flights.

Verizon to debut LTE in 38 cities AT&T – where are you?

Verizon unveiled its LTE schedule this morning at the CTIA conference in San Francisco. Lowell McAdam, president and chief operating officer of Verizon, detailed the company’s major network launch in 38 major metropolitan areas, covering more than 110 million Americans, by the end of the year.

McAdam said the metropolitan areas for the initial launch will include:
- Large sections of the Northeast Corridor, including Boston, New York, Philadelphia, Baltimore, and Washington, D.C. as well as Rochester, New York
- Throughout Miami and south Florida, Atlanta, Dallas-Fort Worth, Houston, and New Orleans as well as Charlotte, North Carolina and Nashville, Tennessee
- Chicagoland, St. Louis, the Twin Cities, Pittsburgh and major cities in Ohio
Major population centers in California as well as Seattle, Phoenix, Denver and Las Vegas
In addition, the company is launching 4G LTE in more than 60 commercial airports coast to coast – both the airports within the launch areas plus airports in other key cities.

McAdam said the metropolitan areas for the initial launch will include:Large sections of the Northeast Corridor, including Boston, New York, Philadelphia, Baltimore, and Washington, D.C. as well as Rochester, New YorkThroughout Miami and south Florida, Atlanta, Dallas-Fort Worth, Houston, and New Orleans as well as Charlotte, North Carolina and Nashville, TennesseeChicagoland, St. Louis, the Twin Cities, Pittsburgh and major cities in OhioMajor population centers in California as well as Seattle, Phoenix, Denver and Las VegasIn addition, the company is launching 4G LTE in more than 60 commercial airports coast to coast – both the airports within the launch areas plus airports in other key cities.

Verizon Wireless expects 4G LTE average data rates to be 5 to 12 megabits per second (Mbps) on the downlink and 2 to 5 Mbps on the uplink in real-world, loaded network environments. The lower 700 MHz band that Verizon and AT&T use has advantages and disadvantages. The advantage is it can penetrate walls and has about 4 times the range of 2.6 GHz WiMAX (all other things remaining about equal). The disadvantage is that many times more users will be trying to access fewer towers. That may mean capacity limits, slower speed and data caps.

Verizon: Verizon Launches 4G LTE In 38 Major Metropolitan Areas By The End Of The Year.