As political pressure over Usage Based Billing continues to keep providers from gravitating towards more stringent Internet Overcharging schemes, western Canadians are enjoying significant victories as providers relax usage caps and increase speeds for broadband service.

Weeks after Shaw Communications announced new packages with increased usage allowances and a few unlimited use plans, Telus has now followed Shaw’s lead and doubled usage caps on many of its Internet plans, slashed overlimit fees by more than half for some, and plans to increase upload speeds for one of its premium plans:

Among the major changes are dramatically increased usage allowances and the reduction of overlimit fees.

Telus customers receive their service from the phone company in various flavors of DSL.  Some older suburban and rural areas still receive speeds averaging 3Mbps, but those lucky enough to be served by VDSL can comfortably achieve the company’s fastest broadband speeds.  The increased usage allowances are welcome news, even if Telus has never strictly enforced any of them:

• High Speed Turbo 25 increased to 500GB, was 250GB;
• High Speed Turbo increased to 250GB, was 125GB;
• High Speed increased to 150GB, was 75GB;
• High Speed Lite increased to 30GB, was 13GB;
• The overlimit fee for High Speed Lite has been reduced from $5/GB to $2/GB;
• Unofficial reports suggest upload speed for Turbo 25 is being increased from 2Mbps to 3Mbps, to be rolled out gradually.

Is Telus following Shaw's lead?

The reduction in the overlimit fee for High Speed Lite was predictable in light of recent political events.  It is difficult to sustain the argument that overlimit fees and usage caps are priced to control network congestion when the lightest users face the most draconian limits and penalty fees.

But unlike their cable competitor Shaw Communications, Telus has not seen fit to offer customers a truly unlimited plan, which presents a problem for some.

“Telus needs to remember they cannot win a speed race with Shaw so they should be lowering prices, taking the usage caps off, and competing with something they can actually win — delivering customers the unlimited service they want at a reasonable price,” says Stop the Cap! reader Abel from Burnaby, B.C.

Separately, Telus also quietly introduced a rate increase for basic home telephone service.  What used to be $21 a month is now $25, an increase of four dollars.

The dramatic plan changes underway in western Canada come in response to political pressure and consumer ire against Usage Based Billing (UBB).  Bell, which provides much of Canada with wholesale broadband access, was seeking to force independent providers to abandon unlimited, flat rate pricing in favor of ubiquitous UBB.  The provocation brought a half million Canadians to sign a petition against metering broadband.

For eastern Canada, thus far little has changed as Bell, Rogers, and Videotron continue with business as usual.

The Rochester, Minn. Amateur Radio Club spent months documenting potential interference from another problem technology: Broadband Over Power Lines.

Back in 2004, the Federal Communications Commission was looking for ways to expand broadband competition.  Borrowing from a mild success story in Europe, the Washington regulator, with the help of a well-financed lobbying campaign, approved new technology that would deliver broadband service over power lines, known as BPL.  The promises were great — fast access over an extensive, already-wired network that reached virtually every home in the country.  Glossy brochures promising a new generation of broadband and new competition were sent to every member of Congress.  Dollar-a-holler groups like the New Millennium Research Council produced “research reports” claiming the technology would advent a broadband revolution.  Some investors used to sleepy returns from utility companies dreamed about the promise of a rich new revenue stream pitching broadband service.

But there was a slight problem.  The technology worked better on paper than it did in real life.  Even more importantly, it carried more baggage than USAir.  Delivering wideband broadband signals over unshielded power cables never designed to carry radio frequencies meant interference — a lot of it, to any radio band the broadband signal occupied.  That meant a horrible listening experience on AM, and practically no listening at all over the shortwave bands, designated for military communications, international broadcasters, and the amateur radio community.

The FCC approved and supported the technology anyway, promising filters and other mitigation for those impacted by interference — a notion scoffed at by the American Radio Relay League, a group representing amateur radio operators.

So why don’t we have that third choice for broadband today?  BPL technology buried itself as its woeful performance could never match the high-flying marketing promises found in the brochure.

Fast forward to 2011 and manufacturers of satellite navigation devices, popularly known as GPS units, are terrified America is about to embark on another dreadful mistake.

LightSquared, a new entrant in the telecommunications marketplace, is constructing a nationwide 4G wireless broadband network with traditional ground-based antenna towers supplemented with a satellite system providing coverage in rural areas.  The company’s new network will occupy a frequency band just adjacent to that used by global positioning satellites, the backbone of the GPS system that some LightSquared critics contend will be crippled if the company’s 4G network is ever switched on.

[flv width=”640″ height=”388″]http://www.phillipdampier.com/video/LightSquared Intro.flv[/flv]

LightSquared released this promotional video talking up their future network.  (2 minutes)

Early interference tests conducted by a federal working group show those critics may be right.  Because satellite signals are so weak, manufacturers like Tom-Tom and Garmin must create highly sensitive GPS receivers to handle the faint signals.  Because these units are not always selective enough to reject adjacent signal interference, a neighboring transmitter delivering a much more powerful signal — such as that from LightSquared — could overwhelm them.

Independent testing found serious interference problems even for professional grade GPS units used by civil aviation, ships, and emergency responders.  A sampling:

• GM’s OnStar system received significant interference, making it difficult to identify the location of crashed vehicles and disrupting turn-by-turn directions and other navigation services;
• In recent tests in New Mexico, LightSquared caused GPS receivers used by nearby police, fire and ambulance crews to lose reception;
• John Deere’s agricultural equipment incorporating GPS technology failed to receive signals during the LightSquared testing;
• Both the Coast Guard and NASA reported significant interference to their GPS receivers;
• The Federal Aviation Administration reports their GPS receivers completely failed while the tests were conducted.

The red box identifies the spectrum assigned to LightSquared. Its immediate neighbors are faint signals from communications satellites. (click to enlarge)

With complaints like that coming after a small-scale test, the thought of 40,000 ground-based LightSquared towers obliterating the nation’s access to GPS is more than just a little concerning to users and manufacturers.

“LightSquared’s network could cause devastating interference to all different kinds of GPS receivers,” Jim Kirkland, vice president and general counsel of Trimble Navigation Ltd., told the Washington Post.  Trimble manufactures GPS devices.

The Radio Technical Commission for Aeronautics advised the FAA its own independent tests of the LightSquared system found the consequences of turning this 4G wireless service on would be cataclysmic for GPS signals, making most satellite navigation equipment completely useless in most major metropolitan areas.

LightSquared executive vice president Jeffrey Carlisle told the Post he remained confident that the two systems could co-exist, even admitting he expected to find interference issues.  Carlisle says the real question is how to mitigate it.

This is not the first time interference issues have come before the FCC.  Nearby spectrum neighbors often don’t get along, especially when one licensed user relies on weak signals from space and the other utilizes more powerful ground-based transmitters.  The Commission has even fielded complaints over garage door openers interfering with certain military radios.

LightSquared’s network concept isn’t by itself the problem.  XM Radio manages to operate its mix of satellite-delivered radio and 900 ground-based repeater transmitters without creating interference for other users.

Deere Companies produced this diagram showing a comparison of the respective power levels of LightSquared signals vs. satellite navigation signals.

Unfortunately for LightSquared, it has several problems to contend with, the most significant being its “zoning problem.”  The souped-up 4G network is simply not in character for the spectrum neighborhood it calls home.  It’s a McMansion being built in a neighborhood of cottages.  LightSquared’s neighbors are low powered satellite signals in the 1-2Ghz range, including those from the satellites which provide GPS.  In certain cases, receiver equipment can be designed to reject the adjacent interference a network like LightSquared could create, but with millions of existing GPS units already in use, that may prove impractical.

LightSquared has tried to rope off its channel space as much as possible, trading spectrum with other nearby users to create a nearly contiguous 20Mhz slice it can dedicate to its signals, in hopes of reducing interference.  But the recent tests suggest this may not be enough.  General Motors suggested LightSquared needs to find a better neighborhood — one more suited to the kind of signal it wants to offer.  That could come from a spectrum trade or a frequency reallocation by the FCC.

The FCC is taking a “wait and see” approach so far, claiming further tests are needed.  But the agency earlier pledged it would not allow LightSquared to operate its network if it created major interference problems for other spectrum users.  Some GPS manufacturers think that commitment is too vague, because “major interference” is in the eye of the beholder.

Those concerns may be warranted, considering the FCC earlier found its way clear to ignore the documented interference Broadband Over Power Lines created over both the AM and shortwave radio dial.  Even after a blizzard of lobbying and campaign contributions won support for BPL in Washington, the ultimately inferior product that resulted couldn’t win the support of the group that ultimately mattered most — paying customers.

[flv width=”640″ height=”500″]http://www.phillipdampier.com/video/Bloomberg Ahuja Says LightSquared to Finish 4G Network Before 2016 6-11-11.flv[/flv]

Sanjiv Ahuja, chief executive officer of LightSquared, talks about the company’s efforts to build a wireless broadband network as other spectrum users challenge the company’s potential to create interference.  (7 minutes)

The U.S. Cattlemen’s Association this week took some time out to go all out for AT&T’s proposed merger with T-Mobile.  In addition to successfully navigating the FCC’s arcane comment filing system to submit their comments in favor of the merger, the group also penned a lengthy, favorable guest blog for Washington, D.C. inside-the-beltway-favorite, The Hill newspaper:

The expansion of next-generation wireless broadband envisioned by the T-Mobile and AT&T merger, for example, is critical for the next stage of rural America’s evolution and success. It will allow ranchers, farmers, and all rural residents who have been traditionally underserved to finally gain access to the best that mobile broadband has to offer, including faster and more reliable connections. We strongly encourage the Federal Communications Commission to support these developments as an investment in both the current and future generations of agricultural producers and small communities across rural America.

The cattlemen’s group has had a lot to say about telecommunications issues, especially mergers and acquisitions.  It was cited by Verizon as a supporter of its merger with Alltel in 2008, signed a joint letter in 2008 from industry-connected Connected Nation for a broadband plan compatible with the interests of the nation’s largest cable and phone companies, wrote a letter to the FCC opposing Net Neutrality in 2009, and submitted two pages of comments in May favoring the merger between AT&T and T-Mobile.

Apparently there is plenty of free time on the ranch to ponder billion dollar telecommunications mergers.

The argument from the group is that permitting mergers and blocking open net policies like Net Neutrality will convince carriers to provide enhanced service in rural areas where cattle ranches predominate.  But facts in evidence illustrate how wrong-headed that argument is:

• Verizon’s merger with Alltel has done nothing to bring its LTE network to rural America.  Verizon is focusing LTE upgrades on the markets where it makes the most business sense, and that does not include rural Texas or Oklahoma;
• The National Broadband Plan has directed stimulus funding for rural projects that are most likely to reach their ranch members — wireless ISPs and rural DSL.  The cattlemen’s group has nothing to say about either provider;
• Net Neutrality and the policies of an open and free Internet have no real impact on rural broadband deployment.  The same companies refusing to provide service yesterday are still refusing to provide service today, and that includes completely exempted wireless providers;
• T-Mobile’s urban-suburban focus is a mainstay of its business plan.  T-Mobile has never prioritized rural America as a viable service area, relying on roaming agreements to fill in service gaps.  Combining its urban-focused wireless infrastructure with AT&T will add nothing to the rural wireless experience.

The Washington Post finds financial connections between AT&T and the cattlemen group.

Advocating for a merger with T-Mobile makes about as much sense as the group advocating for a T-Mobile merger with Leap Wireless’ Cricket or MetroPCS.  All have a record of indifference about providing service in rural areas themselves.

So why does the group persist in fronting for AT&T’s public policy agenda?  Cecilia Kang at the Washington Post tweeted the obvious answer — they receive support from AT&T.

The piece for The Hill was penned by Jess Peterson, the cattlemen group’s executive vice president.  But Peterson has a second career: president of Washington, D.C.-based Western Skies Strategies, a lobbying firm that promises “success and profitability to our valued clients every time.”

The concept of dollar-a-holler public advocacy is not new, but AT&T is the Master of the Astroturf Universe.  The Center for Responsive Politics notes that from 1989 to 2010, no single company spent more on campaign contributions than AT&T.  Since 2008, more than $1.25 million has been “donated” to politically-connected charities and those willing to lend their name and reputation to back the company’s public policy agenda.

Facts have a hard time penetrating piles of cash, but here are some anyway:

1. T-Mobile’s combination with AT&T may create additional capacity for the combined company, but almost entirely in urban and suburban areas that will do nothing to help rural wireless.
2. No telecommunications company has a track record of providing service in areas unprofitable to serve or fail return on investment demands.  No merger will change that.
3. Promises for network upgrades already committed in long-range business plans do not sweeten a bitter deal for Americans concerned about competition in the wireless marketplace.
4. T-Mobile’s track record as being the most market-disruptive in pricing and innovation will be eliminated in a merger with America’s lowest rated wireless carrier.
5. Any excitement for rural wireless broadband from AT&T is tempered when would-be customers realize the company enforces a 2GB usage cap with an overlimit fee on their smartphone data plans — an Internet Overcharging scheme more punishing than either Verizon or Sprint.

The employees of Sonic.net, a California ISP that threatens to expose the chasm between the cost of providing broadband and the profits reaped from it.

It doesn’t take trillions of dollars to offer world class broadband service in America.  Companies large and small are building gigabit broadband networks to reach customers at prices your local phone or cable company would charge at least $1,000 a month or more to receive, if you consider many charge around $100 a month for 100Mbps.  Now, 700 families in California are going to be offered 1,000Mbps service for just $69.99 per month — including a phone line.

Sonic.net has been in the ISP business for more than 15 years, selling DSL service to California customers at prices that offer value for money.  Most recently, Sonic has been pitching bonded DSL service offering speeds upwards of 40Mbps for the same price it plans to sell its new Fusion gigabit fiber broadband.  For customers who don’t need that much speed, Sonic recently reduced the price for its 20Mbps service to $39.95 per month (including phone line.)

For those in the Sebastopol area lucky enough to qualify for fiber service, Sonic promises unlimited access and an exceptional online experience.

Sonic’s qualifications to run the project are not in question, considering Google selected the company to operate and support the trial fiber-to-the-home network the search giant is building at Stanford University.

Google itself is building an extensive fiber to the home network to serve Kansas City residents and businesses, and promises service at a profitable, but reasonable price.  So has Sonic.net CEO Dane Jasper, whose written views on the state of American broadband explains his personal drive to make Internet access better and faster, without ripping people off with Internet Overcharging schemes or unjustified high monthly prices.

Jasper recognizes much of North America is trapped in a broadband duopoly that delivers all of the benefits to investors, while leaving the continent saddled with slow and overpriced service.  Nine months ago Jasper explained the business model to Benoit Felten, a Yankee Group broadband analyst:

During the construction of this network we have given a lot of thought… to the business model in the US, and how we could do things in a different and more interesting way. The natural model when you have a simple duopoly capturing the majority of the market is segmentation: maximize ARPU [average revenue per user] by artificially limiting service in order to drive additional monthly spending. But fundamentally this is the wrong model for a service provider like us, and we have looked to Europe for inspiration. The model pioneered by Iliad under the Free brand is a better fit, both for us and for our customers.

As the marginal cost of providing more bandwidth or less, and providing [phone service] or not are both minimal, we have adopted a simple flat rate model instead of the more typical US model of “$5 more goes faster”… I believe that removing the artificial limits on speed, and including home phone with the product are both very exciting.

It’s exciting to customers as well, most who give the company nearly five star reviews for excellence, without five-star pricing.  An added bonus: Jasper occasionally responds to customer service inquiries himself.

Reviewing Sonic.net’s blogs and website shows off a company that loves the business it’s in.  If a switch 100 miles away has a problem that interferes with Sonic’s service, you will promptly read about it on the company’s technical blog.

There are houses for sale in Sebastopol, Calif., if you want affordable gigabit broadband.

Jasper’s frustration with the enormous corporate-owned ISPs that dominate the country (and Washington) was on full display in a blog entry in March, answering a question about why American broadband is lagging behind:

[…] In 2003 and 2004, the then Republican led FCC reversed course [on policies guaranteeing a level playing field for broadband], removing shared access to essential fiber infrastructure for competitive carriers and codifying instead a policy of exclusive use and “multi-modal competition”.

This concreted our unique US duopoly: cable versus telco, the two broadband choices that most Americans have today.

In exchange for a truly competitive market, the US received promises of widespread deployment. And, to some degree this has worked. Unfettered by significant competition or price pressure, broadband in at least in its most basic form can now be delivered to most homes in America, albeit at a comparatively high cost to the consumer.

What was given up in exchange for this far-reaching but mediocre pablum was true competition and innovation.

Elsewhere in the world, regulatory bodies followed the lead of the US Congress and separated essential copper and fiber infrastructure from the services and providers who used them, and the result has been amazing. In Asia and Europe, Gigabit services are becoming common, and the price paid by consumers per megabit is a tiny fraction of what we pay here at home.

I won’t deny the innovation that has occurred in the telco/cable duopoly. They’ve got TV, Internet and telephone bundles designed to serve up prime time network shows in over-saturated HD glory, with comparatively middling Internet speeds, all offered with teaser rates and terms that would baffle an economics professor. The clear value of the bundle is to baffle, and pity the consumer who wants to shed a component. At least during the intro periods, it’s often cheaper to take the whole package than just a component or two.

For cable companies, the entrenched interest in the television entertainment portion creates a clear conflict: why should they offer an uncapped broadband connection that can deliver enough video entertainment to allow consumers to cut the TV cord? And if you do drop the TV, up goes the price for even this slow and capped Internet connection, so you pay more either way. And now that telcos have gotten into the television business too, their interest in slowing the pace of increasing broadband speed is aligned as well.

This has yielded a competitive truce in America.

In a slow tide, back and forth, cable delivers a slightly better product, then telco slightly better again, all at the highest possible cost. It is iterative, not innovative, and Americans deserve more. After all, we invented the Internet, right?

Among the giant phone and cable companies providing broadband today are a growing number of innovation outliers — companies challenging the prevailing views that Americans don’t need or want fiber-fast speeds (not at the prices some providers charge), that there is no economic justification for the capital spending required to construct fiber networks when incremental upgrades can suffice (the Wall Street view), or that the best way to drive increased revenue from a maturing broadband market is to throw away today’s flat rate pricing model and establish a guaranteed growth fund collecting tolls on Internet traffic that is sure to rise in the days ahead (Time Warner Cable’s CEO).

Google cannot understand why 1Gbps broadband “doesn’t work” in the United States and intends to construct its own network to prove otherwise.  EPB, a municipal utility in Chattanooga, Tenn. sells gigabit broadband, in their words, because they can.  The concept of a provider offering the fruits of their innovation, even if they aren’t certain how to price or sell the service, is a remarkable and refreshing change from the usual obsession with nickle-and-dime “extras” for add-on features or not selling service that your marketing department does not understand or find useful.

It also exposes the indefensible gap between the cost of providing the service and the price paid to receive it.

Thanks to Stop the Cap! reader Mark for sharing news about Sonic.net’s fiber network.

Arris' C4 CMTS

In the broadband speed race, no technology can deliver consistently fast upload and download speeds and offer ease-of-upgrades like fiber optics, but most of us won’t have direct access to the technology for years to come.  This week, the cable industry will attempt to suggest fiber upgrades may be unnecessary as it shows off some of the latest broadband technology at the industry’s trade show in Chicago.

Arris, a cable broadband equipment manufacturer, plans to demonstrate just how many “cable channels” it can bond together to build an enormous broadband pipeline, which the company claims will achieve “proof of concept” speeds as high as 4.5Gbps downstream and 575Mbps upstream.

Such a demonstration is impractical for actual use with today’s cable systems, because they lack enough free channel space to construct a pipe that large.  But the cable industry is betting heavily on DOCSIS 3 technology to keep them in the game as other technology threatens to win future online speed races.

At the heart of Arris’ cable broadband platform is its C4 Cable Modem Termination System (CMTS). The latest iteration, called Release 7.4, increases support for bonded channels, allows cable operators to manage the IP video demands of their subscribers, and also includes additional “intelligent network” enhancements to manage different types of broadband traffic.

Cable modem broadband technology is based on a “shared network,” meaning every customer connected to an individual CMTS is sharing the same individual broadband pipeline.  Before DOCSIS 3 technology, the maximum “raw bitrate” of that pipe was generally fixed at around 40Mbps — speed/bandwidth shared with every customer wired into that equipment.  If just a handful of customers used their broadband connection at the same time, speeds were consistently fast and reliable.  But during peak usage, too many customers could place demands on that pipe it could not sustain, and speeds for everyone began to drop.

Since most customers didn’t come close to saturating their broadband connection, hundreds of families safely shared the same pipe without noticeable speed declines.  But as high bandwidth applications like online video and file sharing grew, network engineers had to plan on fewer customers sharing the same connection or regularly split some customers off an overworked CMTS.

DOCSIS 3 technology solves many of these problems by letting cable operators “bond” multiple cable channels together to create a much larger, although-still-shared, pipe.  Arris says design improvements in its latest c4 CMTS also help manage the traffic that crosses it in the most efficient way possible to maintain a consistent user experience.

Because fiber optic competitors routinely win the broadband speed race, cable operators have to counter aggressive marketing strategies they themselves have used against dial-up and DSL service from the telephone company.  Demonstrating high speed results, even when completely impractical to deploy, still helps the industry’s marketing efforts against the competition, and delivers fodder for industry lobbyists used to counter claims by broadband advocates that other countries are deploying more advanced broadband networks that allow North America to fall behind.