Bell Canada will invest $1.14 billion to bring gigabit fiber to the home service to more than one million homes and apartments in the Greater Toronto Area (GTA) over the next three years.

It will be the largest fiber build ever attempted in North America, and will serve every home and business in the GTA, beginning with 50,000 homes and businesses that will be upgraded to all-fiber service this summer.

“This is something that quite frankly none of us could have imagined just a few years ago,” Bell Canada president and CEO George Cope said at a press conference this morning. “This will be 20 times faster (than average Internet speeds) and it really is building for the consumer what large, large enterprise would have had just a few years ago for their corporations.”

Toronto will be the fastest broadband city in North, Central, and South America when Bell is finished laying 9,000 kilometers of fiber underground and on 80,000 Bell and Toronto Hydro utility poles. At least 27 Bell telephone exchanges will be fully upgraded to 100% fiber service, eliminating huge swaths of older copper wiring. At least 2,400 new jobs will be created, but Bell and Toronto city officials are convinced an all-fiber optic network will attract even more jobs and help broaden Toronto’s digital economy.

Bell’s project in Toronto will be vastly larger than AT&T U-verse with GigaPower, Comcast’s 2Gbps fiber service, and Google Fiber because:

• It will actually exist, unlike fiber to the press release announcements of phantom fiber upgrades from Comcast and AT&T that serve only a miniscule number of customers;
• Will not rely on “fiberhoods” and will deliver fiber service to every home and business and every neighborhood across the entire GTA.

No pricing has yet been announced but Bell promised it would be competitive with other gigabit broadband projects in North America. That likely means Toronto residents will pay between $70-100 a month for gigabit service. No details about usage caps or allowances were included in the announcement.

Bell is already upgrading some of its existing Fibe network in other cities to deliver gigabit speeds on a more limited basis in Atlantic Canada (Bell Aliant) and in select cities in Ontario and Quebec as part of a $20 billion network upgrade.

[flv]http://www.phillipdampier.com/video/CP24 Bell Gigabit Announcement 6-25-15.flv[/flv]

CP24 carried this morning’s press conference introducing Bell Gigabit Internet across Toronto. (19:51)

Although Verizon FiOS retained top honors as the speediest major U.S. ISP according to performance tests conducted by Netflix, Canada’s Bell (BCE) Fibe Internet squeezed past Google Fiber as North America’s top performing ISP for the streaming video provider.

Bell’s fiber optic network delivered an average Netflix stream at 3.64Mbps, compared with 3.63Mbps for Google Fiber. Also performing exceptionally well, Grande Communications, EPB Fiber, CDE Lightband, and Midcontinent Communications. Cox turned in a significant improvement, up from 3.11Mbps last November. But many of Canada’s ISPs outperformed their American counterparts, particularly Bell Aliant, MTS, and Quebec’s Vidéotron.

Globally, both Canada and the United States were embarrassed by better average speeds in the United Kingdom (3.42Mbps) and Switzerland (4.04Mbps). Dragging down the U.S. and Canada are underperforming cable companies, DSL, and slow wireless. Clearwire was the worst performer overall, but telephone company DSL services from AT&T, Verizon, Frontier, Windstream, CenturyLink and FairPoint were also dismal performers.

A complete listing of ISPs rated by Netflix for the month of April in the United States and Canada follows:

CANADA

All of the top-10 broadband rankings for accessibility, affordability, speed, and subscription rates have been awarded to countries in Europe and Asia, while the United States continues to fall further behind.

This week, the UN Broadband Commission issued its annual report on broadband and had little to say about developments in North America, where providers have maintained the status quo of delaying upgrades, raising prices, and limiting usage. As a result, other countries are rapidly outpacing North America, preparing the infrastructure to support the 21st century digital economy while officials in the U.S.A. and Canada cater primarily to the interests of large incumbent cable and telephone companies.

The United States has fallen from 20th to 24th place in wired broadband subscriptions, per capita. Virtually every country in western Europe now beats the United States, as does Hong Kong, Belarus, and New Zealand. Canada scored better, taking 14th place.

Only managing a meager 19th place, only 84.2% of Americans are online. Iceland has 96.5% of their population on the Internet, closely followed by the other northern European nations of Norway, Sweden and Denmark. Also scoring superior to the United States: Andorra, Bahrain, Qatar, and the United Arab Emirates. Canada did better than its southern neighbor as well, coming in at number 16.

With big profits to be made in wireless, large wireless phone companies like Verizon Wireless and AT&T helped the U.S. achieve its best rating — 10th place in wireless. But the countries that exceeded the United States did much better (Canada was not rated this year.)

With the arguable exception of wireless, the United States is no longer a world leader in broadband and continues a slow but steady decline in rankings as other countries leapfrog over the U.S.

At least 140 countries now have a National Broadband Plan in place, most maintaining stronger oversight over telecommunications infrastructure than the largely unregulated U.S. broadband marketplace. After reviewing broadband performance across most UN member states, the Broadband Commission for Digital Development recognized several traits common in countries where broadband has been particularly successful:

Competition is essential to promote enhanced broadband. A monopoly or duopoly (usually a telephone company and cable or wireless operator) is not enough to promote healthy broadband advancements. At least three, near-equal competitors are required to achieve the best upgrades and price competition. The presence of smaller competitors or those charging considerably different pricing had little effect on competition.

Countries with the best speeds have national policies promoting the installation of fiber optic technology, at least in multi-dwelling units and new developments. Although the cost of fiber and its installation can amount to as much as 80% of a broadband expansion project, many countries have been successful compelling competing providers to share a single fiber optic network (and its costs) to make the investment more affordable. In terms of ultra-high-speed broadband, there are still not many consumer apps and services that need Gigabit speeds, but such services are on their way. Experience shows that technology typically moves faster than most people anticipate – so countries and operators need to start planning now for the imminent broadband world.

A coherent regulatory foundation that emphasizes competition over regulation was the most effective policy. But regulatory frameworks must guarantee a level playing field among competitors and strong oversight to make sure competitors play fair. Regulation is not keeping pace with the changes in the market – Internet players offering equivalent voice and messaging services are, by and large, subject to relatively limited requirements (including consumer protection, privacy, interoperability, security, emergency calls, lawful intercept of customer data, universal service). Asymmetric regulation has resulted in an uneven competitive landscape for services. Governments and policy-makers need to review and update their regulatory frameworks to take into account evolving models of regulation.

Telecommunication and broadband access providers need to explore business arrangements with Internet content providers that will accelerate global investment in broadband infrastructure, to the mutual benefit of all, including end-consumers. Internet companies and Internet content providers need to contribute to investment in broadband infrastructure by debating interconnection issues and agreeing fees/revenue shares with other operators and broadband providers.

That last issue is now being hotly debated in the United States, where providers are seeking compensation from streaming video providers like Netflix, which now account for a substantial amount of Internet traffic.

Customers of Paris-based Bouygues Telecom in some of France’s largest cities will soon have access to 400Mbps fiber to the home broadband (with an upgrade to 1Gbps later this year), as well as a television and phone package that combined will cost $35.43 a month.

The company’s new fiber offer commences June 30 and comes as a result of fierce competition for the French broadband customer.

Bbox Sensation Fiber is available from both fiber to the home and fiber to the building connections throughout urban areas in France, including Paris, Lyon, Marseille, Nice, Toulouse and Bordeaux.

Fiber continues to gradually replace older copper-base wire networks in France. But unlike in North America, European telephone companies believe their future isn’t only in selling wireless. Upgrading those networks to fiber to the home service allow companies to sell bundled packages of phone, wireless, television and broadband Internet access.

Bouygues Telecom’s fiber to the home network now reaches 3.3 million French homes with more to come. Its older fiber to the neighborhood network reaches another 5 million customers.

Customers who sign up for the fiber to the home service by the end of August will get two months free

Here are the details:

Bbox Sensation Fiber (first phase) includes:

Internet

• 400Mbps service with upgrade to 1Gbps by the end of this year;
• 50GB cloud storage

Television

• Up to 170 TV channels, including 29 HD channels
• DVR with 300GB storage
• Bbox Video on Demand: Thousands of multilingual titles available in HD and DTS
• Bbox Games: Over 50 multiplayer video games accessible on the network at any one time
• Multi-Screen: Watch on portable devices

Telephone

• Unlimited calls to mobiles in France and the French commonwealth, U.S.A., Canada, China, Singapore and South Korea;
• Unlimited calls to fixed landlines in 120 countries.

Availability

This fiber offer available in Paris, Lyon, Villeurbanne, Marseille, Toulouse, Nice, Bordeaux, Issy les Moulineaux, Boulogne Billancourt, Courbevoie, Aubervilliers, Charenton le Pont, Saint Maurice, Alfortville, Maisons Alfort, Neuilly sur Seine, Puteaux, Chatillon Montrouge Vanves Malakoff, Levallois-Perret, Cergy Saint-Cloud, Garches, Palaiseau, Antony, Clamart, Rueil Malmaison, and Sèvres.

Alcatel-Lucent reported this month next generation DSL technology is a success for the company, with more than five million customers outside of North America now getting speeds up to 100Mbps over ordinary copper telephone lines.

VDSL2 line vectoring delivers more than twice the speed of AT&T’s fiber to the neighborhood U-verse service, and has proved reliable for simultaneous television, broadband, and telephone usage. It will even support 4K video streaming of ultra high-definition video.

Vectoring employs sophisticated noise cancelling to cut “crosstalk” interference to boost broadband performance. Testing has shown VDSL2 line vectoring can offer 100/30Mbps service with copper lengths as long as 1,600 feet. Most VDSL2 services are delivered over telephone networks that replace at least some copper wiring with fiber.

Alcatel-Lucent has shipped enough VDSL2 vectoring equipment to provide service to five million customers, surpassing non-vectored VDSL2. But practically none of the equipment is headed to North American ISPs. Instead, companies including Belgium’s Belgacom, Israel’s Bezeq, KPN in the Netherlands, Telecom Argentina, Telecom Italia, TE Data in Egypt and NBN Co. in Australia have launched vectoring technology, offering service to customers at speeds topping out at 70-100Mbps.

Most customers switched to VDSL2 vectoring see their speeds double, usually from 30Mbps to 70Mbps or more. Providers like Belgacom have been careful to only promise speeds the company can actually deliver. Belgacom’s own tests found 100Mbps service was only completely reliable when the amount of copper between the customer and the company’s fiber connection was kept less than 650 feet, so it has capped customer speeds at 70Mbps for now.

“The prime goal in DSL must be signal quality, integrity, robustness and stability for perfect video grade services,” says the Belgian ISP.

Vectoring technology has been on the drawing board for a decade and is only now achieving success in the market.

Many ISPs are choosing to deploy vectoring because it is less costly than a fiber upgrade and can still meet the speed goals demanded by government regulators. The technology has proven robust even where copper wire networks have degraded. In several European countries, homes are still serviced by indoor copper wiring insulated with paper sheaths.

Alcaltel-Lucent believes even after vectoring is widely deployed, it won’t be a dead-end for DSL service.

The company is working on its next generation “Phantom Mode” technology that combines VDSL2 bonding and VDSL2 vectoring with a traditional voice technology called “phantom transmission.” This combination adds a virtual channel to create three channels over 2 pairs of phone wiring.

In Phantom Mode tests, the company achieved 300Mbps over 2 pairs at 400 meters and 1Gbps (up and down-stream combined) over 4 pairs.

[flv]http://www.phillipdampier.com/video/Alcatel Lucent DSL Vectoring 5-2014.flv[/flv]

Alcatel-Lucent produced this video explaining vectoring technology. (A “CPE” means customer-premises equipment, in this case the DSL modem.) (3:09)