Wildfires can result when overloaded utility poles topple in California's Santa Ana winds.

The California Public Utilities Commission’s Consumer Protection and Safety Division is recommending $99 million in fines against the local power utility and several phone companies for overloading power poles with cables which toppled and started a major wildfire in Malibu Canyon in 2007.

Even worse, the PUC alleges, the power company lied to investigators and destroyed evidence to cover up the cause of the blaze, which burned more than a dozen structures to the ground and destroyed dozens of vehicles.

Named in addition to Southern California Edison are phone companies: Verizon Wireless, AT&T, Sprint, and NextC Networks of California. All are being blamed for loading up phone poles with excessive wiring for both traditional utility service and backhaul wired connections to serve area cell towers. The bulk of the proposed fine is likely to be lodged against Edison because of the evidence tampering allegations, but phone companies are also deemed liable.

At issue are the annual bouts of Santa Ana winds which can create gusts up to 80mph or higher. Most utility poles were designed to support a load of a few power cables, landline phone service, and cable television lines. But in many parts of canyon country, wireless phone companies rely heavily on utility poles to connect to their network of cell towers which are strategically located on ridges and mountains to serve populated valley regions below. While some cell phone companies now rely on fiber connections, many also still utilize a series of copper wire circuits to provide sufficient wireless capacity. In some cases, companies may hang several cables to meet bandwidth needs. The more cables, the more susceptible poles become to wind loads, which can literally snap poles in half or force them out of the ground in high wind gusts.

When electric lines topple, they can start fires that quickly grow out of control in remote areas.

Downed power lines are blamed for a number of wildfires in California, including the 2008 Sesnon fire in the San Fernando Valley. Fire investigators and local officials have pressured utility companies to mitigate the hazards from downed power lines by keeping excess cables and equipment off the poles.

Hans Laetz, a Malibu resident who has lived with what he calls “spindly-looking utility poles” for more than a decade was not surprised when life-threatening wildfires were blamed on downed lines.

“My family and my neighbors in Malibu are being placed at risk,” Laetz told the Los Angeles Times. “I drove under those poles on Malibu Canyon Road for 10 years, and I thought one of these days, one of those poles was going to fall. You could tell this was a disaster waiting to happen…. And then it happened.”

Edison denied the allegations it mislead investigators and called the proposed fine “excessive.”

Phillip "Wants a High Fiber Diet" Dampier

Believe it or not, there are still some people out there who believe wireless broadband, as it exists today, is the future of high bandwidth communications in North America.  Forget DSL, forget cable, forget fiber optics, they say.  Technology like 4G and WiMax are “far superior” and cheaper.

To be fair, most of the people advocating the technology Sprint is in the process of abandoning have a vested interest in stopping fiber broadband projects.  That is because while Verizon continues to sit on its hands expanding its excellent FiOS fiber-to-the-home service, some of the most aggressive fiber projects in the country are being built by your local town, city, or village government.  It’s community-owned broadband, by and for the people in your own area.  Large telecom interests that have always refused to deliver fiber service (or pretend to by using the word ‘fiber’ while not bringing a single strand to your home) have it in for potential competitors that are willing to provide the advanced fiber technology they won’t.

So why aren’t big phone and cable companies providing this level of service?  In a word, money.  Their shareholders don’t like the initial cost of deploying fiber to the home service, even though the technology is superior to what reaches your home today, is infinitely expandable without stringing new cables across town, and can support money-making applications developers and providers have not even dreamed of yet.  With a pervasive lack of competition, there is nothing to overcome Wall Street’s conclusion that fiber doesn’t deliver fast enough profits to justify the initial expense.

When you take Wall Street out of the equation, especially in the telecom sector, the math works very differently.  While the phone and cable company is probably telling you “no,” companies like Google are saying yes in Kansas City.  So are municipally-owned rural co-operative phone and cable companies.  Communities deciding broadband is too important to leave to the phone companies that deliver half their residents 1-3Mbps DSL and call it a day are saying yes to fiber optics as well.

Overseas, fiber networks are being built in countries in Eastern Europe where the economics would never make sense by Wall Street standards, yet residents (and perhaps more importantly new digital economy businesses) are now getting Internet speeds of 100Mbps or better.  The next countries that could import good-paying American jobs might be Lithuania, Latvia, Poland, Romania, and Bulgaria.

So what does it take to adapt to this reality in North America?  Providers that are willing to make a long term investment in fiber broadband — one that may take a few extra years to pay back, but will generate dividends like increased employment, capacity to provide better, faster service, more reliable networks, and earning a piece of the action powering North America’s new digital economy.  If they won’t listen, tell your elected officials to support policies that promote additional competition and back community broadband expansion that can make all the difference between 3Mbps DSL and 100Mbps fiber.

[flv width=”640″ height=”372″]http://www.phillipdampier.com/video/Fiber is Better.flv[/flv]

Watch and share this video with friends and family to educate them about the infinite possibilities of fiber optic broadband and learn why it is superior to usage-capped wireless, slow speed DSL, satellite fraudband, or lopsided cable “High Speed Internet” broadband that delivers high speed in only one direction. (3 minutes)

Fiber optic cable spool

For the most populated provinces in Canada, questions about when fiber-to-the-home service will become a reality are easy to answer:  Never, indefinitely.

Some of Canada’s largest telecommunications providers have their minds made up — fiber isn’t for consumers, it’s for their backbone and business networks.  For citizens of Toronto, Calgary, Montreal, and Vancouver coping with bandwidth shortages, providers have a much better answer: pay more, use less Internet.

Fiber broadband projects in Canada are hard to find, because providers refuse to invest in broadband upgrades to deliver the kinds of speeds and capacity Canadians increasingly demand.  Instead, companies like Bell, Shaw, and Rogers continue to hand out pithy upload speeds, throttled downloads, and often stingy usage caps.  Much of the country still relies on basic DSL service from Bell or Telus, and the most-promoted broadband expansion project in the country — Bell’s Fibe, is phoney baloney because it relies on existing copper telephone wires to deliver the last mile of service to customers.

Much like in the United States, the move to replace outdated copper phone lines and coaxial cable in favor of near-limitless capacity fiber remains stalled in most areas.  The reasons are simple: lack of competition to drive providers to invest in upgrades and the unwillingness to spend $1000 per home to install fiber when a 100GB usage cap and slower speeds will suffice.

The Toronto Globe & Mail reports that while 30-50 percent of homes in South Korea and Japan have fiber broadband, only 18 percent of Americans and less than 2 percent of Canadians have access to the networks that routinely deliver 100Mbps affordable broadband without rationed broadband usage plans.

In fact, the biggest fiber projects underway in Canada are being built in unexpected places that run contrary to the conventional wisdom that suggest fiber installs only make sense in large, population-dense, urban areas.

Manitoba’s MTS plans to spend $125-million over the next five years to launch its fiber to the home service, FiON.  By the end of 2015, MTS expects to deploy fiber to about 120,000 homes in close to 20 Manitoba communities.  In Saskatchewan, SaskTel is investing $199 million in its network in 2011 and approximately $670 million in a seven-year Next Generation Broadband Access Program (2011 – 2017). This program will deploy Fiber to the Premises (FTTP) and upgrade the broadband network in the nine largest urban centers in the province – Saskatoon, Regina, Moose Jaw, Weyburn, Estevan, Swift Current, Yorkton, North Battleford and Prince Albert.

“Saskatchewan continues to be a growing and dynamic place,” Minister responsible for SaskTel Bill Boyd said. “The deployment of FTTP will create the bandwidth capacity to allow SaskTel to deploy exciting new next generation technologies to better serve the people of Saskatchewan.”

But the largest fiber project of all will serve the unlikely provinces of Atlantic Canada, among the most economically challenged in the country.  Bell Aliant is targeting its FibreOP fiber to the home network to over 600,000 homes by the end of next year.  On that network, Bell Aliant plans to sell speeds up to 170/30Mbps to start.

In comparison, residents in larger provinces are making due with 3-10Mbps DSL service from Bell or Telus, or expensive usage-limited, speed-throttled cable broadband service from companies like Rogers, Shaw, and Videotron.

Bell Canada is trying to convince its customers it has the fiber optic network they want.  Its Fibe Internet service sure sounds like fiber, but the product fails truth-in-advertising because it isn’t an all-fiber-network at all. It’s similar to AT&T’s U-verse — relying on fiber to the neighborhood, using existing copper phone wires to finish the job.  Technically, that isn’t much different from today’s cable systems, which also use fiber to reach into individual neighborhoods.  Traditional coaxial cable handles the signal for the rest of the journey into subscriber homes.

A half-fiber network can do better than none at all.  In Ontario, Bell sells Fibe Internet packages at speeds up to 25Mbps, but even those speeds cannot compare to what true fiber networks can deliver.

Globe & Mail readers seemed to understand today’s broadband realities in the barely competitive broadband market. One reader’s take:

“The problem in Canada (and elsewhere) preventing wide scale deployment of FTTH isn’t the technology, nor the cost. It’s a lack of political vision and will, coupled with incumbent service providers doing whatever they can to hold on to a dysfunctional model that serves their interests at the expense of consumers.”

Another:

“The problem with incumbents is they only think in 2-3 year terms. If they can’t make their money back in that period of time, they’re not interested. Thinking 20, heck even 10 years ahead is not in their vocabulary.”

Frontier Communications has announced the availability of Metro Ethernet service to a total of 55 cities in 11 states, with one Frontier representative describing it as perfect for individuals “who are serious gamers, people who download videos and those who watch TV and movies on their computers.”  Apparently Diana Anderson, technical supervisor for Frontier in Kennewick, Wash., has not read Frontier’s Washington State service tariff (5.7.7b) to understand the cost implications of signing up for the service.

Metro Ethernet falls between DSL and fiber optic connectivity, and delivers service at speeds that can approach 100Mbps or more, depending on telephone company facilities and the distance of copper between your home or business and the central switching office.  There are Metro Ethernet services that work over fiber networks, fiber-copper hybrid networks, and even traditional copper landlines — the ones Frontier uses to deliver its MetroE service.

Frontier is pitching Metro Ethernet primarily to medium and large-sized businesses who need more speed than the phone company can offer over its traditional DSL products.  The reason it’s not marketed to consumers is the cost.  Frontier’s Metro Ethernet service is included in Frontier’s tariff for Washington with an installation fee of $320 and a Metro Ethernet-Special Transport fee of $75 a month per DS1 (1.544Mbps).  Customers can get additional speed above 1.544Mbps by paying for additional DS1’s.

We called Frontier’s customer service and asked about service pricing in the Rochester area.  A residential customer service representative had to transfer us to the business products office — they do not sell “residential” Metro Ethernet.  A representative there said the service was available in several parts of Rochester, but was “completely unfeasible” for residential customers because of its cost.  Frontier DSL is the recommended solution for all residential customers in western New York, despite the fact the service does not exceed 3Mbps in our neighborhood (although it is marketed at speeds up to 10Mbps locally).

The following communities now have access to Frontier MetroE service:

• Coeur d’Alene, Idaho
• Bloomington, Carbondale, DeKalb, Freeport, Jacksonville, Lincoln, Marion and Olney, Illinois
• Elkhart, Fort Wayne, Lafayette, Richmond, Terra Haute and Valparaiso, Indiana
• Adrian, Coldwater, Mount Pleasant, Muskegon and Sturgis, Michigan
• Bryson City, Burnsville, Cherokee, Creedmoor, Durham , Hayesville, Marion and Murphy, North Carolina
• Gardnerville, Nevada
• Athens, Bowling Green, Delaware, Jackson, Marion, Medina, Troy and Wilmington, Ohio
• Beaverton, Coos Bay, Gresham and Hillsboro, Oregon
• Myrtle Beach, South Carolina
• Everett and Kennewick, Washington
• Merrill, Sun Prairie and Wausau, Wisconsin

Let us know what kind of pricing and promotions you can get from Frontier for Metro Ethernet in your area in our comments section.

While most rural telephone companies are selling customers 1-3Mbps copper-delivered DSL service, Alcatel Lucent has announced the commercial availability of VDSL 2 Vectoring, a new way of delivering up to 100Mbps over the copper wire telephone network most rural North Americans still depend on for telecommunications service.

VDSL2 combines a fiber-copper hybrid network similar to Bell’s Fibe or AT&T’s U-verse, with interference-cancelling technology called “vectoring” to deliver speeds much closer to the 100Mbps theoretical limit of current DSL technology.

“Alcatel-Lucent’s plan to make VDSL2 vectoring commercially available is very timely,” said Rob Gallagher, Principal Analyst, Head of Broadband & TV Research, Informa.  “VDSL2 Vectoring promises to bring speeds of 100Mbps and beyond to advanced copper/fiber hybrid networks and make super fast broadband speeds available to many more people, much faster than many in the industry had thought possible.”

A new way to boost copper speeds even faster.

Different flavors of DSL are currently in use around North America and beyond.  The most basic form, ADSL, also happens to be the most commonplace among phone companies offering basic broadband service.  For customers up to 12,000 feet away from a phone company central office, DSL delivers speeds usually at 1Mbps or faster.  Customers enjoying the fastest speeds must live much closer to the phone company facilities.  The further away you live, the slower your broadband speed.  In rural areas, consumers can live further away than the maximum distance of the central office, which means no DSL service for those subscribers.

A combination of signal loss and interference, called “crosstalk,” from adjacent copper wire pairs are both the enemies of DSL broadband, because they can drastically reduce speeds.

Telephone companies can address this problem by building new satellite central offices located halfway between customers and their primary facilities.  These offices, usually connected by fiber, can successfully reduce the amount of copper wire between the customer and the company, boosting speeds.  Many phone companies also deploy DSL extensions called D-SLAMs, which can be attached to a phone pole or enclosed in a metal box by the roadside.  A fiber cable connects the D-SLAM back to the phone company, while existing copper phone wires go back to individual subscribers.

More modern forms of DSL: ADSL2, ADSL2+, and VDSL, share some of those concepts.  The key is cutting as much copper wire out of the network as possible, replacing it with fiber optic cable which does not suffer signal loss or interference in the same way.

Many European and Pacific broadband networks rely on ADSL2/2+, which can usually deliver reliable speeds in the 20Mbps range.  VDSL networks offer even more bandwidth, and are the basis of U-verse and Fibe, which split up broadband, phone service, and television on the same cable.  When customers demand even faster speeds, phone companies can “bond” several individual DSL connections together to deliver faster speeds.  Some traditional ADSL providers do that today for their customers, especially in areas where low speeds prevail.

An argument the phone company will love.

Alcatel Lucent says VDSL2 with Vectoring is the next best thing to fiber to the home, because it is cheaper to deploy with fewer headaches from local authorities when streets and yards are dug up for fiber cable replacements.  It also meets the growing speed needs of average consumers.  Alcatel Lucent predicts the minimum speed North Americans will need to support the next generation of online video is 50Mbps, more than 10 times the speed phone companies like Verizon, AT&T, Frontier, and CenturyLink provide over their traditional DSL networks, especially in rural and suburban areas.

Vectoring can deliver results for phone companies with aging copper wire infrastructure, more prone to crosstalk and other signal anomalies.  Alcatel Lucent compares vectoring with noise-cancellation headphones.  By sampling the current noise conditions on copper cable networks, vectoring can suppress the impact of the interference, boosting speeds and delivering more reliable results.

With technologies like VDSL2 with Vectoring promising speeds far faster than what rural North Americans currently enjoy, the Federal Communications Commission may want to re-evaluate its national minimum speed standard for broadband — 3-4Mbps — found in its National Broadband Plan.  Alcatel Lucent promises they can do much better.

[flv width=”640″ height=”324″]http://www.phillipdampier.com/video/Alcatel Lucent VDSL2.flv[/flv]

Alcatel Lucent produced this video to promote its new VDSL2 with Vectoring technology.  The video targets cost-conscious phone companies who are being pressured to deliver faster service, but don’t want to spend the money on a fiber to the home network.  (6 minutes)