Verizon is continuing efforts to gradually retire its copper-wire facilities in parts of six states, replacing existing copper wiring with a fiber to the home network.

Verizon has notified regulators the company intends to drop support for traditional landline service, replaced with Verizon’s fiber-powered internet and digital phone service.

“As a general matter, the retirement of copper facilities will not result in changes to rates, terms, and conditions in cases where the affected service is converted to a like-for-like service that is available on fiber facilities,” Verizon told regulators.

The central offices affected (click bold link to get copy of list of affected addresses):

Massachusetts

Dorchester, Hyde Park, Milton, Roxbury and West Roxbury (Nov. 30, 2018)

Dorchester, Hyde Park, Roxbury and West Roxbury (Phase 2 – March 9, 2019)

Dorchester, Hyde Park, Roxbury, and West Roxbury (Phase 3 – June 28, 2019)

New York

Bedford Village (Oct. 1, 2018)

South Staten Island + 58 wire centers in: Queens, Brooklyn, Astoria, Corona, Manhattan, Bronx, Flushing, Forest Hills, Long Island City, Newtown, Staten Island, and Richmond Hill (Nov. 30, 2018)

47 wire centers in Brooklyn, Astoria, Manhattan, Queens, Corona, Flushing, Forest Hills, Bronx, Long Island City, Newtown, and Richmond Hill (March 9, 2019)

60 wire centers in Brooklyn, Manhattan, Staten Island, Bronx, Richmond Hill, Queens, Newtown, Long Island City, JFK Airport, Forest Hills, Flushing, Corona, and Astoria (June 28, 2019)

Pennsylvania

Bethel Park, Camp Hill, Carnegie, East Liberty, Enola, Middletown, Oakland, Paxtonia and Steelton (Nov. 30, 2018)

Pottsdown (June 28, 2019)

Rhode Island

Riverside (Nov. 30, 2018)

New Jersey

Mays Landing (March 9, 2019)

Virginia

Second Avenue – Richmond (March 9, 2019)

AT&T and Comcast have successfully delayed Google Fiber’s expansion around the country long enough to finish upgrades that can nearly match the upstart’s speedy internet service.

Nearly four years after Google Fiber announced it would offer gigabit speed in Nashville, most residents still have no idea when they will be able to have the service installed. Although officially announced in January 2015, Google has only managed to connect 52 apartment buildings and a limited number of single family homes in parts of Charlotte Park, Edgehill, Sylvan Heights, Sylvan Park, East and North Nashville, and Burton Hills. In all, less than 30% of the homes originally promised service actually have it, forcing Google to seek an extension from the Tennessee Public Utilities Board, which was granted last week.

Google’s problems originate within itself and its competitors. The company’s contractors have been criticized for damaging existing wiring, tearing up streets and yards, piercing water pipes causing significant water damage, and inappropriate microtrenching, which caused some of its fiber infrastructure in Nashville to be torn out of the ground by road repair crews.

But the biggest impediment keeping Google from moving faster is its two competitors — AT&T and Comcast, successfully collaborating to stall Google, giving the phone and cable company plenty of time to improve services to better compete. Both companies have also aggressively protected their customers from being poached by offering rock bottom-priced retention plans that some claim are only available in Google Fiber-ready areas.

“It’s still complicated,” Nashville Google Fiber Manager Martha Ivester told the Tennessean newspaper. “Building this fiber optic network throughout the whole city is a long process, and we never expected it wouldn’t be a long process. Obviously, we have had our challenges here.”

WZTV Nashville reports East Nashville residents were upset over road work related to Google Fiber that lasted for months, severely restricting residential parking. (2:37)

Google Fiber Huts – Nashville, Tenn.

Google’s ability to expand has been restrained for years, despite an informal alliance with city officials, primarily over pole attachment issues. Much of middle Tennessee is challenged by a difficult-to-penetrate layer of limestone close to the surface, making underground utility service difficult and expensive. Google’s negotiations with Nashville Electric Service (NES), which owns 80% of the utility poles in Nashville and AT&T, which owns the remaining 20%, have been long and contentious at times. To bring Google Fiber to a neighborhood, existing wires on utility poles have to be moved closer together to make room for Google Fiber. In real terms, that has taken several months, as AT&T and Comcast independently move at their own pace to relocate their respective lines.

An effort to use independent contractors to move all lines in unison — known as “One Touch Make Ready,” was fiercely opposed by AT&T and Comcast, claiming it would violate contracts with existing workers and could pose safety issues, despite the fact both companies use independent contractors themselves to manage wiring. Both companies successfully challenged One Touch Make Ready in court. A federal judge ruled that only the FCC could regulate poles owned by AT&T, while another judge ruled the city had no authority to order the municipally owned electric company to comply with One Touch Make Ready.

In August, the FCC issued an order allowing One Touch Make Ready to apply to AT&T’s poles, but NES still refuses to change its policy of relocating service lines one line at a time. The electric utility did not explain its reasons. AT&T also recently eased its position on One Touch Make Ready, but with NES still stonewalling, Google Fiber’s delays are likely to continue.

AT&T Fiber is being embraced by some customers tired of waiting for Google Fiber.

In the interim, both AT&T and Comcast have upgraded their respective systems. AT&T Fiber offers a fiber-to-the-home connection available in some areas while Comcast offers near-gigabit download speeds over its existing Hybrid Fiber-Coax (HFC) network. The upgrades have taken the wind out of Google Fiber for some tired of waiting.

Google has recently tried to speed progress using underground “shallow trenching” for installation, which buries cable as little as four inches deep. The company has amassed more than 24,000 permits to lay fiber under roads and yards in Nashville, which may speed some deployment, but for some it is too little, too late.

“It has been more than a year since we expected Google Fiber to serve us and they won’t tell us when they will get here, so I gave up and signed a two-year contract for AT&T Fiber service instead,” said Drew Miller. “Google Fiber just isn’t as exciting as it was when it was announced because other providers have similar service now and I get a better deal bundling it with my AT&T cellphone service.”

Attitudes like that obviously concern Google, as have reports that customers in Google Fiber-ready neighborhoods are getting very aggressively priced retention offers if they stay with their current provider.

“Comcast cut my bill from close to $200 to around $125 if I did not switch,” said Stop the Cap! reader Olivia. “I also got double internet speed. I don’t need a gigabit, so I stayed with Comcast. If I get close to their usage limit I will switch to Google then.”

Olivia notes her mother had exactly the same services from Comcast, but Comcast would not offer her the same promotion because she lived in an area not yet wired for Google Fiber.

With upgrades and aggressive customer retentions, the longer Google takes to string fiber, the fewer customers are likely to switch for what was originally “game-changing” internet speeds and service.

WTVF Nashville shows off Google’s microtrenching, burying fiber optic cables just a few inches underground. (2:36)

Pricing Comparisons

Google Fiber

• Fiber 100: $50 a month, internet speeds up to 100 Mbps
• Fiber 1000: $70 a month, internet speeds up to 1,000 Mbps, downloads and uploads
• Fiber 100 + TV: $140 a month, internet speeds up to 100 Mbps, 155+ channels, premium channels (HBO, Showtime) available
• Fiber 1000 + TV: $160 a month, internet speeds up to 1,000 Mbps, 155+ channels, premium channels (HBO, Showtime) available

AT&T

• Internet-only: $50 a month for first 12 months, then $60 thereafter. $99 installation fee. Unlimited data costs an extra $30 a month. Early termination fee: $180 (pro-rated). Speeds range from 10 to 100 Mbps
• Direct TV + Internet: $75/mo first 12 months, then $121. Customers pay a $35 activation fee and $30 a month for unlimited data. 155 channels. Speeds vary. 24 month contract required.
• Internet 1000: $90 a month during first 12 months, then $100/mo thereafter. Bundled discount can reduce cost of package to $80-90. Up to 960 Mbps downloads. Early termination fee: $180 (pro-rated).

Comcast

• Performance Starter: $20 a month, increases to $50 after two-year promotion. Up to 25 Mbps.
• Blast!: $45 a month, increases to $80 a month after two-year promotion. 150 Mbps.
• Gigabit (DOCSIS 3.1): $70 a month, increased to $140 after two-year promotion. 940/35 Mbps.

WSMV Nashville reports Google’s microtrenching has been problematic as road crews unintentionally dig up Google’s optical fiber cables mistakenly buried just two inches underground. (2:44)

This week, the FCC announced bidding has finished for the latest Connect America Fund (CAF) broadband subsidies auction.

Once again, the FCC gave first priority to incumbent phone companies to bid for the subsidies, which defray the cost of expanding internet access to homes and businesses otherwise unprofitable to serve. Nearly $2 billion was left on the table by disinterested phone companies after the first round of bidding was complete, so the FCC’s second round opened up the leftover money to other telecom companies.

Winning bidders will receive their portion of $198 million annually in 120 monthly installments over the next ten years to build out rural networks. In return, providers must promise to deliver one broadband and voice service product at rates comparable to what urban residents pay for service. The winning bids, still to be publicly announced, will come from rural electric and phone cooperatives, satellite internet providers, fixed wireless companies, and possibly a handful of cable operators. But much of the money overall will be spent by independent phone companies rolling out slow, copper-based, DSL service.

Because the total committed will take a decade to reach providers, rural Americans will likely face a long wait before what purports to be “broadband” actually reaches their homes and businesses.

While many co-ops will spend the money to expand their own homegrown fiber-to-the-home services, most for-profit providers will rely on wireless or copper networks to deliver service.

Telefónica Spain

Overseas, broadband expansion is headed in another direction — expansion of fiber-to-the-home service, with little interest in investing significant sums on furthering old technology copper wire based DSL and fixed wireless services. The expansion is moving so quickly, Verizon made certain to sign long-term contracts with optical fiber suppliers like Corning in 2017 to guarantee they will not be affected by expected shortages in optical fiber some providers are already starting to experience.

Virtually everywhere in developed countries (except the United States), fiber broadband is quickly crowding out other technologies, despite the significant cost of replacing copper networks with new optical fiber cables. If a provider is brave enough to discount investor demand for quick returns and staying away from big budget upgrade efforts, the rewards include happier customers and a clear path to increased revenue and business success.

Not every Wall Street bank is reluctant to support fiber upgrades. Credit Suisse sees a need for optical fiber today, not tomorrow among incumbent phone and cable companies.

“The cost of building fiber is less than the cost of not building fiber,” the bank advised its clients. The reason is protecting market share and revenue. Phone companies that refuse to upgrade or move at a snail’s pace to improve their broadband product (typically DSL offering 2-12 Mbps) have lost significant market share, and those losses are accelerating. Ditching copper also saves companies millions in maintenance and repair costs.

Canada’s Telus is a case in point. Its CEO, Darren Entwistle, reports Telus’ effort to expand fiber optics across its western Canada service area is already paying off.

“We see churn rates on fiber that are 25% lower than copper,” Entwistle said. “35% lower in high-speed internet access, and 15% lower on TV — 25% lower on average. We’re seeing a reduction in repair volumes to the tune of 40%. We’re seeing a nice improvement in revenue per home of close to 10%.”

Telus promotes its fiber to the home initiative in western Canada as a boost to medical care, education, the economy, and the Canadian communities it serves. (1:31)

Telus’ chief competitor is Shaw Communications, western Canada’s largest cable company. Fiber optics allows Telus to vastly expand internet speeds and reliability, an improvement over distance sensitive DSL. Shaw Cable has boosted its own broadband speeds and offers product bundles that have been largely responsible for Telus’ lost customers, until its fiber network was switched on.

In economically challenged regions, fiber optic expansion is also growing, despite the cost. In Spain, Telefónica already provides service to 20 million Spaniards, roughly 70% of the country, and plans to continue reaching an additional two million homes and businesses a year until the country is completely wired with optical fiber. In Brazil, seven million customers will have access to fiber to the home service this year, expanding to ten million by 2020.

Verizon and AT&T regularly ring alarm bells in Congress that China is outpacing the United States in 5G wireless development, but are strangely silent about China’s vast and fast expansion into fiber optic broadband that companies like Verizon stopped significantly expanding almost a decade ago. China already has 328 million homes and businesses wired for fiber and added another five million homes in the month of June alone. AT&T will take a year to bring the same number of its own customers to its fiber to the home network.

The three countries that are most closely aligned with the mentality of most U.S. providers — the United Kingdom, Australia, and Germany — are changing their collective minds about past arguments that fiber to the home service is too costly and isn’t necessary.

The government of Martin Turnbull’s cost concerns forced a modification of the ambitious proposal by the previous government to deploy fiber to the home service to most homes and businesses in the country. That decision to spend less is coming back to haunt the country after Anne Hurley, a former chief executive of the Communications Alliance involved in the National Broadband Network (NBN), admitted the cheaper NBN will face an expensive, large-scale replacement within a decade.

ABC Australia reports on findings that the country’s slimmed-down National Broadband Network is inadequate, and parts will have to be scrapped within 5-10 years (1:37)

Turnbull’s government advocated for less expensive fiber to the neighborhood technology that would still rely on a significant amount of copper wiring installed decades ago. The result, according to figures provided to a Senate committee, found only a quarter of Australians will be able to get 100 Mbps service from the NBN, with most getting top speeds between 25-50 Mbps.

Despite claims of technical advancements in DSL technology which have claimed dramatic speed improvements, Hurley was unimpressed with performance tests in the field and declared large swaths of the remaining copper network will have to be ripped up and replaced with optical fiber in just 5-10 years.

“If you look around the world other nations are not embracing fiber-to-the-[neighborhood] and copper … so yes, it’s all going to have to go and have to be replaced,” she said.

In the United Kingdom, austerity measures from a Conservative government and a reluctant phone company proved ruinous to the government’s promise to deliver “superfast broadband” (at least 24 Mbps) over a fiber to the neighborhood network critics called inadequate from the moment it was switched on in 2012. The government had no interest in financing a fiber to the home network across the UK, and BT Openreach saw little upside from spending billions upgrading the nation’s phone lines it now was responsible for maintaining as a spun-off entity from BT. In 2015, BT Openreach’s chief technology officer called fiber to the home service in Britain “impossible” and too expensive.

Two years later, while the rest of Europe was accelerating deployment of fiber to the home service, the government was embarrassed to report its broadband initiative was a flop in comparison, and broke a key promise made in 2012 that the UK would have the fastest broadband in Europe by 2015. Instead, the UK has dropped in global speed rankings, and is now in mediocre 35th place, behind the United States and over a dozen poorer members of the EU.

What was “impossible” two years ago is now essential today. The latest government commitment is to promote optical fiber broadband using a mix of targeted direct funding, “incentives” for private companies to wire fiber without the government’s help, and a voucher program defraying costs for enterprising villages and communities that develop their own innovative broadband enhancements. The best the government is willing to promise is that by 2033 — 15 years from now — every home in the UK will have fiber broadband.

Deutsche Telekom echoed BT Openreach with claims it was impossible to deliver fiber optic broadband throughout an entire country.

Deutsche Telekom’s dependence on broadband-enhancements-on-the-cheap — namely speed improvements by using vectoring and bonded DSL are increasingly unpopular for offering too little, too late in the country. Deutsche Telekom applauded itself for supplying more than 2.5 million new households with VDSL service in 2017, bringing the total number served by copper wire DSL in Germany to around 30 million. The company, which handles landline, broadband and wireless phone services, is slowly being dragged into fiber broadband expansion, but on a much smaller scale.

In March, Telekom announced a fiber to the home project in north-east Germany’s Western Pomerania/Rügen district for 40,000 homes and businesses. The network will offer speeds up to 1 Gbps. In July, Telekom was back with another announcement it was building a fiber optic network for Stuttgart and five surrounding districts Böblingen, Esslingen, Göppingen, Ludwigsburg, and Rems-Murr, encompassing 179 cities and municipalities. But most of the work will focus on wiring business parks. Residents will have a 50% chance of getting fiber to the home service by 2025, with the rest by 2030.

In contrast, the chances of getting fiber optic broadband in the U.S. is largely dependent on which provider(s) offer service. In the northeast, Verizon and Altice/Cablevision will go head to head competing with all-fiber networks. Customers serviced by AT&T also have a good chance of getting fiber to the home service… eventually, if they live in an urban or suburban community. Overbuilders and community broadband networks generally offer fiber service as an alternative to incumbent phone and cable companies, but many consumers don’t know about these under-advertised competitors. The chances for fiber optic service are much lower if you live in an area served by a legacy independent phone company like Frontier, Consolidated, Windstream, or CenturyLink. Their cable competitors face little pressure to rush upgrades to compete with companies that still sell DSL service offering speeds below 6 Mbps.

CAF funding from the FCC offers some rural areas a practical path to upgrades with the help of public funding, but with limited funds, a significant amount will be spent on yesterday’s technology. In just a few short years, residents will be faced with a choice of costly upgrades or a dramatic increase in the number of underserved Americans stuck with inadequate broadband. Policymakers should not repeat the costly mistakes of the United Kingdom and Australia, which resulted in penny wise-pound foolish decisions that will cost taxpayers significant sums and further delay necessary upgrades for the 21st century digital economy. The time for fiber upgrades is now, not in the distant future.

Google may be considering renewing expansion of its fiber to the home networks with a new technology that can extend network distances and cut costs.

Telecompetitor reports Google’s “SuperPON” architecture can support up to 1,024 customers over a distance of as much as 50 kilometers, dramatically reducing the costs to lay fiber and build central switching offices to manage connections across a metro area.

Current passive optical networks (PON) can support only 64 customers over a distance of up to 20 kilometers, which means companies have to lay cables with a larger bundle of optical fibers and construct as many as 16 central offices in each metro area to support its operations. If Google can manage to reduce the size of the cable, as it can using SuperPON technology, the company can bury fiber cables using microtrenching, which costs much less than traditional buried conduit.

As a result of improved amplification technology, Google can reach many more customers over a much larger distance using a            single strand of fiber, and offer each customer as much as 10 Gbps broadband. The SuperPON technology appears to be based on Google’s Go-Long network concept, introduced in 2017.

Claudio DeSanti, an architect for Google, told an audience at the Adtran Connect conference that Google has already deployed its SuperPON technology in one unspecified Google Fiber market, and the cost savings achieved could allow Google to return to fiber broadband buildouts. Google effectively paused its fiber expansion effort in late 2016 after examining the costs and the competitive impact of cable and phone company incumbents upgrading their own services to compete with Google. To be economically feasible, a new entrant must capture a certain percentage of market share to pay off network construction costs and be seen as economically viable. Google can either grow market share or reduce the costs of network construction to keep Google Fiber tenable.

DeSanti claims reducing cable size is not only less costly, it also results in higher reliability and an easier ability to repair damaged cables. Construction and labor expenses would also be slashed because Google’s SuperPON technology only needs an average of three central offices in a metro area, down from 16 or more using traditional PON technology. DeSanti hopes the SuperPON architecture will become an industry standard, which would reduce costs further through mass production of cables and construction equipment.

After Google pulled back from its fiber expansion project, the company turned towards fixed wireless services in urban areas and multi-dwelling units, which is ongoing.

Goei

While Wall Street and the tech media seems excited about the prospect of 5G and other fixed wireless home broadband services, Altice, which owns Cablevision and Suddenlink, dismissed wireless broadband as inadequate to meet rapidly growing broadband usage.

“In terms of usage patterns, our customers are taking an average download speed of 162 Mbps as of the second quarter of 2018, which is up 74% year-over-year,” Dexter Goei, CEO of Altice USA told investors on a recent conference call. “[Our customers now use] over 220 GB of data per month, which is up 20% year-over-year, with 10 in-home connected devices, on average. If you take the top 10% of our highest data consuming customers as a leading indicator, they are using, on average, almost 1 terabyte of data per month with 26 in-home connected devices. To support these usage patterns, which are mainly driven by video streaming and the proliferation of new over-the-top [streaming] services, it requires a high quality fixed network like ours. There is no substitute.”

Goei argued America’s wireless carriers are not positioned to offer a credible, serious home broadband alternative.

“For example, so-called unlimited data plans from the U.S. mobile operators start capping or significantly throttling customers at 20 GB of usage per month,” Goei said. “Over 60% of our customers are now using over 100 GB of data per month right now, which the mobile operators do not and will not have the capacity to match on a scaled basis unless they overbuild with a new dense fiber network.”

Altice just so happens to be building a dense fiber network, scrapping Cablevision’s remaining coaxial cable in New York, New Jersey, and Connecticut in favor of a fiber-to-the-home network that will eventually reach all of its customers.