Recently in WiMAX Category

I got a call this morning from a rep at Avanquest Software, alerting me to the fact that the company is offering free consumer downloads of its new wireless networking tool for laptop users, Connection Manager. (The software has a retail value of $29.95.)

 

Connection Manager is designed for anyone living the "mobile lifestyle" with a laptop in tow. Its function is to provide users with quick, secure Internet/network access regardless of the connectivity method being used.

 

"Connection Manager automatically identifies and stores necessary network and security parameters for virtually every type of publicly used connection standard, including standard Ethernet, WiFi, ADSL and WiMAX," the company said in a July 22 announcement.

 

The software stores preferred network and security settings for every type of connection method and application being used (e.g. e-mail client, printer, shared disk drive), enabling laptop users to "seamlessly transition from one network to the next without having to adjust settings or deal with annoying error messages." It achieves this feat by working with existing firewalls and security apps to "guarantee optimal protection levels for the chosen network environment."

 

ConnectionManagerScreenshot.jpg
Connection Manager Screenshot

 

Connection Manager is compatible with current WPA encryption protocols and 64/128-bit WEP.

 

While the software is marketed toward business users, it seems to me that anyone concerned about security (and everyone should be) would do well to check out Connection Manager.

 

Ryan Smith, director of product marketing at Avanquest Publishing USA, summed up that thought well: "Whether novice users or power users, everyone can appreciate Connection Manger's automatic handling of tedious Internet connection configurations, letting anyone just simply turn on their laptop and start surfing the Web."

 

I would only add the word "secure" to Smith's statement.

 

To see Connection Manager in action, you can check out two YouTube videos. The first is amusing, the second is more standard fare for a product promotion.

I got a note the other day from Craig Settles, an expert in the area of municipal WiFi networks, who wanted to make sure I’d seen the news about EarthLink pulling out of the muni WiFI network in Philadelphia. (Incidentally, last month EarthLink also made known its plans to pull out of the muni WiFi project in New Orleans, effective May 18.)
 
In a press announcement dated May 13, EarthLink made clear its plans to terminate WiFi service in Philadelphia, following months of unsuccessful negotiations with the city government to transfer management of the entire network — worth $17 million — to the municipality or to Wireless Philadelphia, a non-profit.
 
“EarthLink has worked diligently for many months to transfer our WiFi network to a new owner -- at no cost," said Rolla Huff, EarthLink's chairman and chief executive officer, in a statement. “Unfortunately, our hope that we could transfer our network to a non-profit organization that had planned to offer free WiFi throughout Philadelphia will not be realized. Since we have exhausted our efforts to find a new owner of the network, our only responsible alternative now is to remove our network at our cost and assist
our WiFi customers with alternative ways to access the Internet.”
 
EarthLink will continue serving existing customers during a 30-day transition period, ending June 12.
 
Settles, who takes a very strong view that most unsuccessful muni WiFi projects were a mistake from the beginning, called the latest developments “the merciful euthanasia of a flawed business model that never should have seen the light of day.”
 
Never one to mince words, Settles’ opposition to this and similar projects centers around  the way in which the business model supporting each network was set up. Instead of incumbent carriers like EarthLink being in charge, he’s said many times, control of and funding for the networks should be handled at a local level by city governments, and that more planning should be done for the networks prior to deployment.

Settled noted that, as these projects go, Philadelphia did a good job of assessment and business planning. EarthLink built the network for free as a loss-leader to generate interest from other municipalities. Despite the planning, though, this network wasn't successful. Settles chalked that up to problems at EarthLink. 

"Even though the city was achieving one of its main objectives with the network, all the turmoil at EarthLink is dragging Philly down with them," he said. 

Philadelphia aside, cities have tended to be over-eager, in Settles’ view, to sign on the dotted line when big providers come knocking with offers to build and maintain a municipal WiFi network — for free. Problems tend to crop up once the network is built and the provider finds it can’t  generate enough revenue — from low-cost subscriptions, or from ads — to keep the whole thing running.
 
In an e-mail correspondence today, Settles said municipal WiFi in and of itself isn’t a bad thing — what’s bad is simply the business model used.
 
“Expect to see this crop of stalled projects be replaced by a steady stream of success stories coming out of small cities such as Santa Monica, CA and Providence, RI, and also cities as big as New York,” he said.
 
What will make these projects successful, where WiFi networks elsewhere have failed? Three things, Settles said. First, a focus on local governments as the primary customer using these networks. Second, other customers — such as medical and academic institutions — will be brought on board as well. Third, successful WiFi deployments will be preceded by a thorough needs analysis of the main customers.
 
Settles offered a fourth item in the recipe for muni WiFi success as well: how creative stakeholders are willing to be when it comes time to tackling questions about financing. The goal is to make sure financing the network is sustainable without requiring taxpayer subsidies.
 
I was curious if Settles thinks the rise of WiMAX (for example, the recently announced Clearwire/Sprint deal) is having any noticeable effect on muni WiFi. He answered by first cautioning against getting too hyped up about any particular technology, be it WiMAX or WiFi.
 
“This technology-as-rock-star mindset is part of the problems cities are having today,” Settles told me. “So many politicians proclaimed WiFi as the magic bullet to meet all of their needs, from digital inclusion to economic development, and they built expectations that the technology couldn't meet.”
 
Good point. Nice to find out what a particular technology can actually do before making big promises about it.
 
Settles predicts that WiMAX, when it’s ready for “prime time,” will have a role to play in muni broadband, but won’t be the only star. Perhaps it will be the solution for connected people in rural, sparsely populated regions. Maybe it will be the “backhaul vehicle” for muni networks.
 
Settles added that companies like NetNearU see WiMAX as complementing muni broadband initiatives, but that it’s unlikely to replace WiFi anytime soon. More likely, WiMAX will address limitations inherent with WiFi.
 
“I'm taking a wait-and-see approach until WiMAX, and devices that can support them, become more real and show some decent signs of end user adoption,” Settles concluded.
 
Sounds like good advice to me.
WiMAX is hot and getting hotter. That’s essentially the conclusion reached by Infonetics in its recent WiMAX and Mesh Network Equipment and Devices report.
 
Just how hot? During 2007, the WiMAX market grew sequentially 46 percent (for the year), with worldwide sales (fixed and mobile) just shy of $800 million. That number was reached thanks to deployments in more than 80 countries around the world.
 
Infonetics predicted that commercial WiMAX network deployments will continue growing during 2008 and beyond—with market value projected at $7 billion by 2011.
 
What’s driving the WiMAX market? Here is Infonetics analyst Richard Webb: “Among the most significant developments: Cisco's acquisition of mobile WiMAX vendor Navini Networks, the market entrance of specialist ASN gateway vendor WiChorus, the launch of WiMAX phones and Ultra Mobile PCs, and the new Open WiMAX initiative, which promotes disruptive, all-IP open WiMAX architecture, and should lead to best-of-breed solutions with inter-vendor interoperability.”
 
Attaching vendor names to WiMAX market growth, Infonetics reported that, for 2007, Alvarion led the worldwide fixed WiMAX equipment market in terms of revenue, followed by Airspan. In the mobile arena, the number one and two spots were held by Motorola and Samsung, respectively.
At its Developer Forum Wednesday, Intel officials outlined the company’s plans to combine WiMAX with Centrino Duo processors to develop what it claims will be a new category of mobile, broadband-connected computing devices. The initiative, which is slated to bear fruit next year, includes the use of High-k metal gate silicon technology to deliver better battery life.
 
CBR reporter Rhonda Ascierto pointed out in a Thursday report that Intel’s main focus remains on notebook computers, but the company is branching out into handheld, Internet-enabled devices and, even more of a reach, the WiMAX networks needed to support such products.
 
“Intel's WiMax ambitions may still be premature, at least in the US where cellular coverage is almost ubiquitous and WiFi is fast becoming available throughout major metropolitan areas,” Ascierto said in the report.
 
Intel officials said its new WiMAX-enabled products, which fit into the new category of “Mobile Internet Devices” or MIDs, will use the company’s latest 45nm processors.
 
Hmm… now I wonder—does iPhone fit into the MID category?
 
In a Wednesday announcement about the WiMAX initiative, Anand Chandrasekher, senior vice president and general manager of Intel’s ultra mobility group stressed consumer demand for the “full Internet” on mobile devices.
 
That seems like a pretty overt reference to the capabilities offered by Apple’s iPhone, if you ask me.
 
In fact, one could view this entire initiative as an effort to compete with iPhone specifically and maybe, in a broader sense, other smartphone/service offerings. That seems like a pretty big bite for Intel to get it mouth around.
 
“Not only does Intel want to create an entire new category of handheld computers called Mobile Internet Devices, it wants to set up a whole new network to service those devices,” CNet blogger Tom Krazit said in a Wednesday post.
 
Stay tuned—we could be in for an interesting ride.
INTERNET TELEPHONY Conference & EXPO West 2007 is less than a month away. (The event this year is being held at the Los Angeles Convention Center in California, Sept. 10-12, 2007.) If you haven’t registered yet, here’s a plug: this show is not just about IP communications. It’s about wireless, too.
 
Here are a few of the wireless-related companies that will be at the show.
 
a la Mobile – makes Linux-based platforms for mobile handsets. Chief Technology Officer David Rivas will be speaking. (Session info here.)
 
Airwide Solutions – makes mobile messaging infrastructure products and applications. Chief Technology Officer Vincent Kadar will be speaking. (Session info here.)
 
EarthLink Wi-Fi Phone – a service that includes a Wi-Fi-enabled handset and connectivity. Director David Elgas will be speaking. (Session info here.)
 
Kineto Wireless – developer of unlicensed mobile access (UMA) technology for fixed-mobile convergence. Associate Vice President of Marketing Steve Shaw will be speaking. (Session info here.)
 
MobiTV – develops technology that lets users watch live TV on their cell phones, anywhere. Chief Technology Officer Kay Johansson will be speaking. (Session info here.)
 
MOBIVOX – provides cheap international calls from mobile phones, with or without Skype. CEO Stephane Marceau will be speaking. (Session info here.)
 
That whetted your appetite? Register for ITEXPO here. Then, while you're waiting for the show to start, check out this list of recommended sessions to attend.

Broadband Wireless in India

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In a recent Slashot post (April 27), a contributor identified as Zonk shared info from another contributor, Codecracker007, indicating that the government in India is planning to roll out free, 2 Mbps broadband access for all resident of the subcontinent by 2009. This is according to an April 26 article in The Economic Times which said that the service will be provided by government owned operators BSNL and MTNL.

That report warned that this plan, if implemented, “holds the potential to kill the telecom business as we know it.” That being said, it not too surprising, given that “the Indian government and its autonomous regulatory bodies are very proactive in holding the consumer interests above the operators.” The Slashdot post said that this heavy-handiness on the part of the government has helped reduce long distance and wireless tariffs by up to a factor of 20 during the past seven years.

So what does all this have to do with wireless? Well, as another Economic Times article (dated April 27) pointed out, much of the success of this initiative will rely on how wireless spectrum is doled out.

“The government must quickly decide on the modalities of 3G rollout and the spectrum issues, as 3G is essentially high-speed wireless broadband and the key to providing internet services in remote areas,” the article said.

In related news, WiMAX Day reported May 2 that the Department of Telecommunications in India is coming under increasing pressure to release radio frequencies for WiMAX network use. WiMAX, for those not familiar, is the souped-up cousin of WiFi that provides stronger signals capable of traveling greater distances between transmitters (often referred to as nodes). In many regions, WiMAX has been championed as the solution to providing wireless broadband in rural areas.

WiMAX Day said in its report that an Intel-hosted seminar was held last week in New Delhi, during which the chipmaker “urged the government to allocate 2.3 ~ 2.4 GHz, 2.5 ~ 2.69 GHz and 3.3 ~ 3.6 GHz frequency bands for use with WiMAX.”

The report noted that “The Telecom Regulatory Authority of India (TRAI) has already recommended 3.3 ~ 3.6 GHz frequencies to the DoT, however the government has yet to release this spectrum.”

According to WiMAX Day, TRAI proposed that 200 Mhz of the spectrum in question should be doled out in blocks of 15Mhz. But, Intel and many local operators say that 30 Mhz is more appropriate for minimum bandwidth requirements.

Keep one eye peeled on India. It definitely looks like an interesting wireless broadband battle is heating up there. Depending on how it plays out, who knows—maybe we’ll all be able to learn something from India.
WiMAX Day reported today that Motorola plans to expand its relationship with chip manufacturer Texas Instruments to develop a line of mobile, WiMAX-enabled handsets. The two companies reportedly will focus their efforts on the 802.16e standard. Motorola said that it plans to launch the new mobile devices in 2008.
 
According to WiMAX Day, during 2006 Motorola shipped 217 million mobile phones, landing the company 21 percent of the market. Motorola still takes second fiddle to Nokia (with 34 percent market share), but it may be poised to make headway in the WiMAX segment as Nokia seems to be lagging a bit behind in that area.
 
The WiMAX Day report notes that, arguably, Samsung is the leader currently when it comes to WiMAX handsets; the company played a key role in launching WiBro during 2006, and has committed $320 million R&D money for WiMAX products.
 
Other companies potentially looking to make moves in the space include LG Electronics (snagged six percent of mobile handset market during 2006, is eyeing WiMAX) and Sony Ericsson (seven percent market share, no WiMAX announcements yet).
 
There’s one major snag so far holding up widespread availability of WiMAX handsets: manufacturers are not producing the necessary chips in volume. Because of this, WiMAX Day predicts the handsets in question won’t start flooding the market until 2009.
 
What to take away from all this? WiMAX handsets are on their way eventually, but don’t hold your breath.

Wireless Energy Efficiency Pop Quiz

Pop quiz: which of the following is the most energy efficient method of delivering mobile broadband?

1. WCDMA (cellular)
2. WiMAX
3. WiFi

Here with your answer is ABI Research analyst Stuart Carlaw (quoted from a recent news release): “From a pure coverage perspective WiMAX is twice as energy-cost-effective and metro Wi-Fi is 50 times more energy-cost-effective than WCDMA. When data traffic is factored into the equation, WiMAX can accommodate 11 times today’s average data consumption and still be more energy-cost-efficient compared to WCDMA or HSDPA.”

Considering the fact that energy costs are the third most significant operating expense for cellular carriers (at least, according to ABI), this little quiz is rather an important one.

Indeed, ABI noted in a recent report that the introduction of mobile broadband “means that the energy required per subscriber arising from increasing data uptake will push per-subscriber energy OPEX for cellular solutions past acceptable barriers - unless carriers move from a traditional cellular-only approach to one that integrates WiMAX and Metro Wi-Fi.”

Chalk one up for WiMAX and WiFi. Rah, rah, rah!

As is usually the case with technology, once the underlying specifications become standardized, adoption becomes widespread by both consumers and manufacturers/providers. That’s because standardization reassure people they knew what they’re getting, and that it will work the same way in a variety of applications.

 

Research company Parks Associates noted this fact in its recent report about the market for wireless, multimedia networking. The firm predicted that “industry adoption of next-generation specifications will provide a substantial boost to the market for wireless multimedia networking, prompting growth in excess of 50 million wireless network devices by 2010.”

 

Two of the specification poised to help spur the growth are next-gen WiFi and Ultra-wideband (UWB), Parks Associates said.

 

The firm further predicted that annual sales and shipments of wireless multimedia-capable devices (think person computers, fixed and mobile consumer electronics) will grow from 2.5 million units in 2006 to almost 52 million units by the end of 2010. Standardization in the market will play a key role in that growth.

 

Parks Associates analyst Kurt Scherf said in the report that several factors are driving manufacturers and service providers to embrace wireless connectivity:

  • Service providers want more ownership in developing home networking solutions
  • Operators need to reduce CAPEX associated with deploying home networking solutions
  • New content services are on the rise
  • Consumers are in favor of eliminating cables

“These are all positive signs that the 802.11n and WiMedia solutions – among the many home networking options – will continue to drive growth in new home networking applications,” Scherf said in a statement.

As an end-user, I like where things are headed. The geek in my may find the technology inside consumer electronics cool, but when it comes right down to it, in my busy life, I just want my wireless devices to work.

If you’re among those closely following WiMAX developments in Asia, take note: WiMAX Day reported earlier this week that Samsung plans to invest more than $320 million in WiMAX development and research during 2007.

The money primarily will be funneled into R&D for mobile handsets and notebook computers (such as the SPH-P9000 MIT Device introduced in early November).

WiMAX Day noted that this investment is on top of an estimated $550 million the company already committed to internal R&D for WiMAX products.

According to the WiMAX Day report, Samsung president Kitae Lee “said that he expects heavy demand for mobile WiMAX products to begin in 2008 and then boom in the following years.”

Lee made his statements at the ITU conference in Hong Kong, where he also said he anticipates 130 million mobile WiMAX subscribers by 2011.

Hmm… that almost sounds like an echo from In-Stat’s report this past July in which the research firm said the WiMAX market in the Asia Pacific (APAC) region should be worth $4.3 billion by 2011.

Guess we’ll just have to wait until 2011 and see how things work out…

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About this Archive

This page is a archive of recent entries in the WiMAX category.

WiFi is the previous category.

wireless is the next category.

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