Habsburg Empire Redux: Slovakia achieves leadership in broadband speeds.

Fiber-fast broadband networks, advanced DSL, and the latest cable broadband technology has allowed Bohemian broadband to help kick Canada and the United States into middle place for broadband speeds and web page loading time, according to statistics released by Google.

Google crunched the data from visits to websites all over the world by site owners supporting Google Analytics. Google’s measurement of web page load times gives researchers several clues about how to assess broadband quality. The data combines the speed of the user’s broadband network, how congested that network is, the quality of the service provider’s backbone connection, and the design of the web site visited.

The findings deliver a boost to central Europe where the Czechs and Slovaks are nearly neck and neck for top honors.

Google found the world’s fastest page load times in Slovakia (formerly the eastern half of Czechoslovakia.)

From Bratislava to Košice, Slovaks wait an average of 3.3 seconds for web pages to load on their desktop computers. On mobile devices, the slightly longer wait time of 7.6 seconds still places the country in the top 10.  Americans wait 5.6 seconds for desktop connections, 9.2 seconds for wireless.

South Korea took second place.  Koreans have enjoyed the world’s fastest broadband in speed rankings for years, but Eastern Europe’s enormous investment in fiber broadband and upgrades to legacy telephone and cable networks all make a difference.

The Czech Republic won third place.  That’s not surprising, considering Spanish owned Telefónica O2 Czech Republic has been in a hurry to completely overhaul the former state-owned Český Telecom.  While Americans fight for 1-3Mbps DSL from suburban and rural phone companies, O2 provides most Czechs ADSL2+ or VDSL service in non-cable TV areas at speeds up to 25Mbps.  In larger Czech cities cable companies like UPC offer budget speeds of 2Mbps or lightning fast service up to 120Mbps for those who want it.

The lighter the color, the faster the speed.

The top scores for broadband speed were achieved in Europe or Asia.  Farther down the list are the United States and Canada.  Canada scored slightly higher than the United States.

Most of the countries stuck at the bottom are in Latin America, Africa, and poorer Asian nations.

Google refused to release the raw data, but Bloomberg News did a lot of the work identifying broadband winners and losers.

Examine the rankings below the page jump:

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Ethernet over Copper is becoming an increasingly popular choice for business customers stuck in areas where companies won’t deploy fiber broadband (Graphic: OSP Magazine)

With Verizon and AT&T effectively stalling expansion of their respective “next generation” fiber and hybrid fiber/coax networks, and independent phone companies fearing too much capital spent improving their networks will drive their stock prices down, telephone companies are desperately seeking better options to deliver the faster broadband service customers demand.

The options over a copper-based landline network are not the best:

• ADSL has been around for more than a decade and is highly distant dependent. Get beyond 10,000 feet from the nearest switching office and your speeds may not even qualify as “broadband;”
• DSL variants represent the second generation for copper-broadband and can deliver faster speeds, but usually require investment to reduce the amount of copper between the customer and the switching office;
• Fiber networks are more expensive to build, and some companies are using it to reduce, but not eliminate copper wire in their networks. But companies traditionally avoid this solution in rural/suburban areas because the cost/benefit analysis doesn’t work for shareholders;
• Ethernet Over Copper (EoC) is increasingly the solution of choice for independent phone companies because it is less expensive to deploy than fiber and can quickly deliver service at a cat 5e speed of up to 50Mbps.

Unfortunately for consumers, EoC is typically way above the price range for home broadband.  Most providers sell the faster service to commercial and institutional customers, either for businesses that have outgrown T1 lines or where deploying fiber does not make economic sense.  Some companies have tried to improve on DSL by bonding multiple connections together to achieve faster speeds, but Ethernet is quickly becoming a more important tool in the broadband marketing arsenal.

With phone companies pricing EoC service from several hundred to several thousand dollars a month, depending on the speed of the connection, they hope to remain competitive players against a push by the cable industry to more aggressively target business customers.  In more rural areas, phone companies lack cable competition, so they stand a better chance of success.

Fierce Telecom‘s Sean Buckley published an excellent series of articles outlining the current state of EoC technology and what phone companies are doing with it:

• AT&T: Inherited EoC from its acquisition of BellSouth, and barely markets it. Instead, AT&T uses it as a quiet solution for challenging customers who cannot affordably be reached by fiber.  AT&T will either deliver the service over copper, copper/fiber, or an all-fiber path depending on the client’s needs.
• CenturyLink: No phone company is as aggressive about EoC as CenturyLink. When CenturyLink acquired Qwest, interest in the technology only intensified. EoC is a CenturyLink favorite for small businesses that simply cannot get the speeds they need from traditional DSL.  Most EoC service runs up to 20Mbps.
• Verizon: Verizon’s network is the most fiber-intense among large commercial providers, so EoC is not the first choice for the company. However, it does use it to reach multi-site businesses who have buildings and offices outside of the footprint of Verizon’s fiber network/service area.
• Frontier: In the regions where Frontier acquired Verizon landlines, EoC has become an important component for Frontier’s backhaul traffic. EoC has been deployed to reach cell tower sites and handles broadband traffic between central office exchanges and remote D-SLAMs, used to let the company sell DSL to a more rural customer base.  Frontier looks to EoC before considering spending money on fiber service, even for commercial and institutional users.
• Windstream: EoC is the way this phone company gets better broadband speeds to business customers without spending a lot of money on fiber. Small and medium-sized customers are often buyers of EoC service, especially when DSL can’t handle the job or the company requires faster upstream speeds.  Windstream markets upgradable EoC capable of delivering the same downstream and upstream speeds and can deliver it more quickly than a fiber project.
• FairPoint: Much of this phone company’s EoC efforts are in territories in northern New England acquired from Verizon.  FairPoint targets small and medium sized companies for the service, especially those who have remote offices or clinics that need to be interconnected. FairPoint has also gotten more aggressive than many other companies working with ADSL2+ or VDSL2 to deliver faster broadband to office buildings and complexes more economically than fiber.
• SureWest: This company is strong believer in fiber to the premises service, so its interest in EoC has been limited to areas where deploying fiber makes little economic sense. In more out-of-the-way places, EoC is becoming a more common choice to pitch businesses who need more than traditional broadband.
• Hawaiian Telcom: HawTel uses copper-based EoC to provide connectivity across the diverse Hawaiian Islands.  Speeds are generally lower than in mainland areas, partly because HawTel still relies heavily on traditional copper-based service. But fiber-based EoC is increasingly available in more densely populated areas.

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)

Qwest Communications today announced it has filed an application for a $350 million stimulus grant to bring faster broadband to rural communities throughout its 14-state local service area.

Qwest proposes to create a $467 million dollar broadband deployment fund based, in part, on the grant to expand broadband service into areas that currently lack access.

Davis

“Much like the water and electric programs the government established to encourage rural development, federal grants are needed to enable the deployment of broadband to high-cost, unserved areas,” said Steve Davis, senior vice president of Qwest Public Policy and Government Relations.

Downstream speeds would range between 12-40Mbps, which indicates Qwest is looking at ADSL2+ or potentially even VDSL2 service for parts of its western and midwestern service areas.

The company claims the funds would allow Qwest to reach more than 500,000 homes, schools, and businesses — mostly located within 50 miles of a city or town.

Qwest, like most larger telecommunications companies, did not apply initially for broadband stimulus funding.  Most objected to requirements recipients adhere to Net Neutrality requirements.  Although those requirements remain, some companies believe the second round will be more favorable to projects that extend access from already-existing broadband service lines.  The so-called “middle mile projects” improve connectivity by helping to reduce the length of copper wiring broadband must travel across.  The greater the lengths, the slower one’s speed.  They can also improve speeds and capacity overall for every customer.

[flv width=”480″ height=”292″]http://www.phillipdampier.com/video/40M+Demo-Final.flv[/flv]

Qwest released this promotional video last year to show the benefits of VDSL2 service, which the company currently provides in major urban areas inside its service area. (2 minutes)

While several American broadband providers contemplate limiting customer’s broadband usage or launching usage-based billing, Australia is headed in the other direction with today’s introduction of the country’s first truly unlimited and unthrottled broadband plan for a flat monthly price.

AAPT, part of the Telecom New Zealand Group, claims its new Entertainment Bundle will revolutionize broadband in Australia as its competitors are forced to adopt unlimited plans of their own to compete.

For $88US per month, AAPT offers ADSL2+ 20Mbps service that has no usage limits, no throttled speeds, and no metered billing.  The plan also includes free home phone line rental and a monthly $50 voucher good for downloading from the AAPT In Song music store, offering one million songs.  A Wi-Fi modem is also included in the plan.

AAPT's unlimited plan is the first to dispense with usage allowances, speed throttles, and metered billing for Australian broadband users

AAPT CEO Paul Broad said the company’s new unlimited plans would deliver Australians better broadband.

“You go to the United States and there’s no such things as caps – you get online and get an unlimited download,” he said. “Consumers don’t know what these caps mean.”

Broad

The plan requires a two year service contract.  Australian broadband pricing always includes a total cost of the plan over the length of the contract.  For this particular plan, it’s $2,129.34US for two years of service.

Previously, AAPT offered unlimited downloading only between the hours of 2am-8am local time.  Daytime usage was limited to a maximum of 60GB per month, with speeds throttled to 64kbps for the remainder of the month if you exceeded your plan allowance.

“We were first to market with 2am-8am unlimited [service], then 8pm–8am unlimited, and now 24/7 Unlimited Broadband downloads plus music streaming,” Broad said.

The company still reserves the right to terminate service for grossly excessive usage, not specifically defined, but that is a common right reserved by virtually every service provider.

Would-be customers are finding AAPT’s website and broadband plans confusing because AAPT’s broadband plans page does not yet contain details of the truly unlimited plan, which can be found here.

AAPT invites those with questions to call them on 132 082.