The new CEO of Frontier Communications is promising more fiber to the home service and advanced ADSL2+ and VDSL2 service to dramatically boost Internet speeds… if you happen to live in a Verizon territory Frontier is planning to acquire in Texas, California, or Florida. For Connecticut customers that used to belong to AT&T, Frontier also plans to spend money to further build out AT&T’s U-verse platform to reach more suburban customers not deemed profitable enough to service by AT&T.

For legacy Frontier customers in other states? Frontier plans nothing beyond what it already provides — usually dismally slow DSL.

Speaking to investors during the JP Morgan Global Technology, Media and Telecom Conference, Frontier CEO Daniel McCarthy said upgrades offer the company new earnings opportunities, but a closer analysis reveals those benefits will only reach customers in areas where Verizon and AT&T already did most of the work and spent the money required to build advanced network infrastructure.

Verizon has spent millions upgrading customers in Texas to its FiOS service and has a significant fiber to the home presence in California and Florida. Because fiber infrastructure is already largely in place, Frontier will not have to spend huge sums to build a new network. Instead, it will spend incrementally to expand service to nearby service areas.

Mediocre broadband in upstate New York.

“The FiOS penetration is much higher, specifically in Texas, but we think there’s a lot of opportunity to drive FiOS penetration in Florida and California,” McCarthy said. “We see that as a big opportunity.”

Fierce Telecom notes Frontier won’t have to make a large investment outside of installing new DSLAMs in remote terminals or local Central Offices to deliver higher speeds over copper. Frontier will likely depend on VDSL2 technology on short copper line lengths in suburban areas and ADSL2+ in rural locations.

“I think in this case it might be replacing some electronics, but it’s not a heavy lift from a construction perspective,” McCarthy said. “By putting in a shelf and next-generation capabilities, whether it’s VDSL, ADSL2+, or all the different flavors you can use to serve the different loop lengths in a market you achieve the ability to bring a fresh product set into an area at a fairly low cost.”

While Frontier is willing to invest money in areas that are easy to upgrade, it has proven itself reluctant to consider major upgrades in its legacy service areas where it acquired traditional copper-based landline networks.

“The new states will clearly have new growth opportunities,” McCarthy said. “In Florida there has been a revival of housing in certain areas and subdivision growth in Texas and California.”

In Connecticut, Frontier will build on the acquired AT&T fiber/copper network with a modest expansion of U-verse.

“We actually see growth opportunity in Connecticut,” McCarthy said. “As we go through and look at the Connecticut property, one of the things that have been a recent development from a technology perspective allows us to serve lower density parts of the state of Connecticut with U-verse product that was limited by densities and loop lengths in the past.”

Although the company often touts millions in upgrade investments, most legacy service areas see only modest service improvements, while the company continues to score very poor in customer satisfaction, especially in states like West Virginia, Ohio, Pennsylvania and New York. With Frontier’s ongoing focus on newly acquired service areas, long-standing customers in other states are feeling neglected.

In upstate New York, the prevalence of Frontier Communications’ low speed DSL on the company’s legacy copper network has dragged down overall broadband speed ratings to some of the lowest in the country. Frontier territory Rochester, N.Y., in particular, is now among the worst cities in the northeast for overall broadband speed performance, now rated at just 21.42Mbps. The national average is 36.22Mbps. In comparison, Buffalo scores 24.31Mbps, Cleveland: 22.57Mbps, and NYC 55.56Mbps.

A Wall Street research firm is asking questions about the “mixed messages” AT&T is sending consumers over its broadband offerings.

Ovum Research senior analyst Kamalini Ganguly said AT&T’s fiber to the home (FTTH) network in Austin — set to upgrade customers to 1Gbps next year — is likely to confuse AT&T and its shareholders over the future direction of AT&T’s current fiber to the neighborhood (FTTN) upgrade effort, dubbed Project VIP.

Having spent eight years deploying the U-verse FTTN service, a year ago AT&T chose to expand household coverage and upgrade speeds. That effort, called Project VIP, is still ongoing and until now has reflected AT&T’s projection that 45Mbps downstream (and 6Mbps upstream) should be good enough for the majority of its customers.

AT&T says it intends to boost part of its Project VIP footprint to 75Mbps or 100Mbps with VDSL2 vectoring, but the extent of this is unknown. It has also deployed a small amount of GPON FTTH in greenfield markets, typically designed to support 80–100Mbps to each household. Also as part of Project VIP, it plans to reach 1 million businesses with symmetric 1Gbps FTTH.

However, the GigaPower offering in Austin will be AT&T’s first 300Mbps or 1Gbps mass-market FTTH offering targeting consumers, not just businesses, in a major market. It is also a symmetric offering, meaning upstream will be 1Gbps as well. Those speeds are far higher than what Project VIP will deliver to the majority of consumers. The jump from 45/6Mbps to 1/1Gbps for consumers raises questions around its strategy. The cost issue looms large. Deploying 1Gbps point-to-point FTTH will continue to cost much more than GPON FTTH, which in turn still costs a lot more than FTTN – even with vectoring. AT&T needs to explain better what has changed from last year in the business case for FTTH over FTTN.

Wall Street is asking questions because AT&T has repeatedly denied its fiber project in Austin has anything to do with Google’s intention to offer a similar fiber network in Austin next year and everything to to do with its general broadband strategy. There is increasing skepticism about AT&T’s veracity on that point, particularly after AT&T announced pricing that was suspiciously similar to what Google charges its fiber customers in Kansas City and is likely to charge in Austin. Ovum’s researchers also took special note of AT&T’s intention to “examine its customers’ browsing habits in order to generate incremental revenues with targeted ads and commercial offers.”

There is evidence Google is proving a growing market disruptor, turning cable and telco industry pricing models upside down where the search engine giant threatens to compete. Industry plans to charge premium prices for incrementally faster broadband speed tiers is at risk with Google’s gigabit offer, priced at just $70 a month. Comcast charges up to $300 a month for considerably less speed. Community owned fiber broadband providers are increasingly adopting Google’s pricing model themselves. EPB in Chattanooga reduced the price of its 1Gbps tier from $300 to $70 earlier this year.

“By accepting a ceiling of $70, AT&T may be making it harder to break even,” writes Ganguly. “We may see lower prices cascading down for all broadband services. AT&T runs the risk of de-valuing its own broadband business and ultimately that of others too. On a more positive note, demand for 1Gbps was seen as questionable when prices were unaffordable for consumers and when multiple HD streams can be supported by 40–50Mbps. With these price levels however, demand may spike and boost the business case for 1Gbps.”

Phone companies looking for a cheap way to increase broadband speeds are turning away from fiber optics and towards advanced forms of DSL that don’t bring cost objections from shareholders.

Whether your provider is AT&T or an ISP in Europe or Australia, financial pressure to improve broadband on the cheap is fueling research to wring the last kilobit out of decades-old copper phone wiring.

Alcatel-Lucent suggests VDSL2 Vectoring is one such technology that can enable download speeds up to 100Mbps using noise-cancelling technology to suppress interference.

But the advice doesn’t impress fiber optic fans who suggest any reliance on deteriorating copper phone lines simply postpones an inevitable fiber upgrade that could come at a higher cost down the road.

VDSL2 Vectoring and G.Fast are only as good as the copper wiring that extends to each customer. Up to 45 percent of North American wire pairs are in some state of disrepair.

Vectoring has been described as “pixie dust” by Australia’s former Communications Minister Stephen Conroy. Conroy was overseeing Australia’s switch to fiber service as part of the National Broadband Network. But a change in government has scrapped those plans in favor of a cheaper fiber to the neighborhood broadband upgrade advocated by the new Communications Minister Malcolm Turnbull that resembles AT&T’s U-verse.

“Malcolm can sprinkle pixie dust around and call it vectoring and he can do all that sort of stuff but he cannot guarantee upload speeds,” Conroy told Turnbull.

As with all forms of DSL, speed guarantees are extremely difficult to provide because the technology only performs as well as the copper wiring that connects a neighborhood fiber node to a customer’s home or office. Upload speeds are, in practical terms, significantly slower than download speeds with VDSL2. Turnbull expected download and upload speeds on Australia’s VDSL2 network to be around a ratio of 4:1, which means a customer who has a download speed of 25Mbps per second would receive an upload speed of around 6Mbps.

In the lab, VDSL2 Vectoring delivers promising results, with speeds as high as 100Mbps on the download side. DSL advocates are excited about plans to boost those speeds much higher, as much as 1,000Mbps, using G.Fast technology now under development and expected in 2015. VDSL2 Vectoring and G.Fast both require operators to minimize copper line lengths for best results. Unfortunately, dilapidated copper networks won’t work well regardless of the line length, and with many telephone companies cutting back upkeep budgets for the dwindling number of customers still using landlines, an estimated 15-45 percent of all line pairs are now in some state of disrepair.

Assuming lab-like conditions, G.Fast can deliver 500Mbps over copper lines less than 100 meters long and 200Mbps over lines between 100 and 200 meters in length.

G.Fast also allows for closer symmetrical speeds, so upload rates can come close or match download speeds.

This cabinet houses the connection between a fiber optic cable and copper phone wiring.

Providers prefer the copper-fiber approach primarily for cost reasons. There are estimates deploying a G.Fast-capable VDSL service to a home would cost around 70 percent less than fiber to the home service. Workers would not need to enter customer homes either, offering less-costly self-install options.

Telekom Austria and Swisscom are among providers committed to launching the technology. Both countries are mountainous and have many rural areas to serve. Fiber rich providers are also looking at the technology for rural customers too costly or too remote to service with fiber.

Critics question the real world performance of both VDSL2 Vectoring and G.Fast on compromised copper landline networks. Decades of repairs, deteriorating insulation, corroded wires, water ingress, and RF interference can all conspire to deliver a fraction of promised speeds.

Many critics also point to the required aggressive deployment of fiber/VDSL cabinets — unsightly and occasionally loud “lawn refrigerators” that sit either in the right of way in front of homes or hang from nearby utility poles. To get the fastest possible speeds, one cabinet may be needed for every four or five homes, depending on lot size. Australia’s VDSL network, without Vectoring or G.Fast requires at least 70,000 cabinets, each powered by the electric grid and temporary backup batteries that keep services running for 1-2 hours in the event of a power failure. The batteries need to be decommissioned periodically and, in some instances, have caused explosions.

The costs of electric consumption, backup batteries, infrastructure, and maintenance of copper lines must be a part of the cost equation before dismissing fiber to the home as too expensive.

AT&T U-verse customers hoping for speeds faster than 24Mbps may have significant hurdles to overcome to qualify for a speed boost up to 45Mbps.

AT&T realized they were at a disadvantage in the broadband speed race as their biggest competitors — cable operators — began transitioning to DOCSIS 3 technology and launched speed upgrades to 100Mbps or more for broadband customers seeking a faster online experience. In November 2012, AT&T announced Project VIP — an investment plan to expand and enhance AT&T’s U-verse service to approximately 57 million customer locations by the end of 2015. AT&T claims it has already upgraded 1.8 million U-verse broadband customer locations, including 500,000 U-verse video locations. As part of the upgrade, AT&T promises up to 100Mbps speeds in the future.

But customers are finding just getting 45Mbps more difficult than they first imagined. A report published by Broadband Reports explains why.

The new 45/6Mbps ‘Power Tier’ requires VDSL2 pair bonding, a technology used to increase the available bandwidth to a customer’s premise. Customers who can now purchase the Max Turbo (24Mbps) tier are the most likely to get manually qualified for 45Mbps service. It’s pot luck for almost everyone else.

Among those not qualifying are most customers in apartments, duplexes, townhouses, those served with ADSL2+ or xPON connections, or through network extenders like DSLAMs. AT&T’s website may offer availability information that suggests faster service might be available, until a technician arrives to explain it is not because the line length or copper quality between your home and AT&T disqualifies you.

With AT&T still dependent on its aging copper wire facilities, service variability will remain a fact of life and until fiber replaces more copper. AT&T customers should expect many of the company’s U-verse speed claims to be possible, not probable.

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)