Showing posts with label wireless. Show all posts
Showing posts with label wireless. Show all posts

Wednesday, June 15, 2022

Third front opens in advanced telecommunications infrastructure subsidy wars

A third battlefront is opening between shareholders of big telephone and cable companies and the broader public interest over rules governing federal and state subsidies to boost access to affordable and reliable advanced telecommunications. It’s over so-called “technological neutrality” and specifically fiber to the premise (FTTP) versus wireless distribution infrastructure.

The other two likely points of contention are over the accuracy of the Federal Communications Commission’s forthcoming “broadband maps” to determine how much funding states will receive through the federal Infrastructure Bill’s Broadband Equity, Access, and Deployment (BEAD) Program (several states lack confidence in any federal maps, preferring their own maps that could them at odds with the federal government) and whether proposed BEAD infrastructure projects proposed by public and nonprofit fiber to the premise (FTTP) providers include sufficient “unserved” addresses not advertised reliable service with throughput of at least 20 Mbps down and 3 Mbps up.

The big investor owned, vertically integrated providers want the subsidies to go toward any technology that’s capable of meeting minimum throughput (100/20) and reliability. But at least some policymakers argue the best use of public dollars is to invest them in more durable FTTP infrastructure given its 30-50 year or longer lifespan and headroom to accommodate the well-established trend of increasingly bandwidth hungry end user device applications. They include the National Telecommunications and Information Administration, the federal agency administering the BEAD state grant funds and the California Public Utilities Commission (CPUC) at the state level.

On April 21, 2022, the CPUC issued a final decision adopting staff proposed rules for its Federal Funding (capital subsidy) Account (FFA) based on the grant rules promulgated by the U.S. Treasury Department for State and Local Government Capital Projects Fund contained in the American Rescue Plan Act (ARPA). For advanced telecommunications infrastructure, those rules limit funding eligibility to “reliable wireline broadband infrastructure.”

Similarly, the CPUC FFA decision favors FTTP, noting “fiber optic infrastructure is scalable and enables the next generation of application solutions for all communities.” That displeases large incumbent providers that regard fixed wireless as a “firewall” to protect their nominal service territories from government owned and nonprofit providers that would use the federal subsidies for their own fiber builds, according to Steve Blum of Tellus Venture Associates, a consultant to California cities and counties.

Large incumbents including AT&T, Consolidated Communications, Frontier and trade associations CTIA and US Telecom - the Broadband Association are backing an urgency measure pending in the California Legislature to counter the CPUC decision, expressly authorizing wireless internet service providers to receive CPUC infrastructure subsidy funding. It's opposed by an association of 39 California counties and the Electronic Frontier Foundation.

Current California law, Public Utilities Code Section 281(f)(1) requires the CPUC award infrastructure subsidies on a “technology-neutral basis, taking into account the useful economic life of capital investments, and including both wireline and wireless technology.” The CPUC FFA decision incentivizes fiber given its longer lifespan compared to fixed wireless infrastructure. “Our determination of what wireline technologies offer reliable service is consistent with the Final (U.S. Treasury Capital Projects) Rule, which found that these legacy technologies typically lag on speeds, latency, and other factors, as compared to more modern technologies like fiber," the CPUC decision states.

Tuesday, June 05, 2018

Google Fiber doesn't have a wireless alternative because it would require huge technological breakthrough

Google Fiber Broadband Hype Replaced By Delays And Frustration | Techdirt: To be fair, Google's PR folks can't offer answers of what comes next because Google itself doesn't know what the wireless technology that will supplant fiber will look like. But even Google's wireless promises have been decidedly shaky. After acquiring urban wireless provider Webpass two years ago, some of that company's coverage markets have actually shrunk, with the provider simply pulling out of cities like Boston without much explanation. And many of the executives that were part of that acquisition have "suddenly" departed for unspecified reasons. At this point it's certainly possible that once Google Fiber is done with its multi-year, numerous wireless tests it settles on a cheaper (but still expensive and time consuming) alternative to fiber.
There's a simple answer here. It's because Google doesn't have (not yet, as least) an unconventional wireless technology that can replace fiber. That would require breakthrough technology that can get around the physics of radio spectrum that makes it difficult to reliably deliver bidirectional IP data streams to multiple users while penetrating objects and precipitation without interference. In other words, to get fiber's throughput, nothing tops fiber.

Milo Medin, Google's then vice president of access services, said as much at the 2013 Broadband Communities Summit, disabusing the notion that wireless can replace fiber and thus eliminating the cost of building the necessary infrastructure to support it:


Some argue that fiber networks are not really needed because of wireless network growth. As an engineer, quite honestly, this kind of talk makes my brain hurt. Wireless network growth is driven by fiber. All those base stations that smartphones connect to are increasingly connected by fiber because, as speeds go up, fiber is required to carry that kind of traffic.

In other words, wireless needs a lot of what some hope it can more cheaply substitute: fiber.

Sunday, August 06, 2017

Small cells not seen as viable replacement for retiring copper landline telecom infrastructure

Better cell phone service could come at a cost for California cities | The Sacramento Bee: Humboldt County Supervisor Rex Bohn said he doesn’t see telecom companies rushing into rural communities that have no or low connectivity, either. The small cells need to be close together to work most efficiently, and there isn’t enough demand in such areas to attract the companies.
Various observers have pointed to legacy incumbent telephone company plans to retire aging copper cable landline infrastructure in less densely populated areas and replace it with wireless service. Their business models that demand rapid return on investment do not permit its replacement with fiber to the premise (FTTP) infrastructure. However, the same business model constraints apply to wireless infrastructure as well as this Northern California county supervisor notes. Especially since those small cells will need a lot of fiber backhaul to be constructed to support them.

Wednesday, March 29, 2017

The latest telco FTTP CapEx avoidance strategy: "wireless fiber"

Handcuffing Cities to Help Telecom Giants – Backchannel

This piece by Susan Crawford describes the latest large incumbent legacy telephone company strategy to avoid capital expenditures on fiber to the premise (FTTP): radio. Or as some incumbent voices term it, "wireless fiber." It follows the first CapEx avoidance strategy employed by AT&T a decade ago: running fiber to neighborhood nodes and serving customer premises via existing twisted pair copper designed for analog voice service. Naturally, there were lots of technology and service problems with that approach mixing old and new technology. And like the wireless everywhere strategy, it doesn't serve large portions of telco service territories where population density is lower.

As Crawford points out, wireless infrastructure no matter how fast can't offer the carrying capacity of fiber to accommodate inevitable future increases in bandwidth demand. It requires radios -- many of them -- mounted on utility poles and backhauled by lots of fiber. Running so much fiber into neighborhoods, Crawford begs the question of why not extend it all the way to customer premises (FTTP)? Anticipating resident push back against ubiquitous, unsightly field equipment installations in local government approval processes, the incumbents are aiming to preempt the locals while telling them "wireless fiber" will solve their telecom needs.

Monday, August 15, 2016

Dismal state of U.S. telecom modernization enters new dilatory phase, prolonging infrastructure deficiencies

The dreary state of the modernization of America’s deficient telecommunications infrastructure -- already more than two decades tardy when it comes to the task of replacing metallic legacy telephone and cable systems with fiber optic to the premise infrastructure (FTTP) – is entering a new dilatory phase. Inspired by fellow blogger Steve Blum of Tellus Venture Associates, I’m dubbing it the “magic radio” phase. The goal: forestall FTTP infrastructure investment and instead experiment with various wireless technologies. As Blum correctly nails it, it’s based on “eternal hope that magic radios will appear one day and render wireline technology obsolete.”

It’s wishful thinking driven by the continued misguided reliance on undercapitalized investor-owned players like Verizon, AT&T and Google Fiber. All are looking into fixed premise wireless technologies, with Google Fiber the most recent, putting its FTTP builds on hold last week while it searches for the right radio magic. They all like the idea of employing wireless technologies for premise delivery because no one player has the many billions of dollars necessary to build out FTTP, spawning a search for lower cost alternatives.

The problem is the physics of radio spectrum are even more constrained than their finances. There’s only so much data than it can carry. Higher frequencies can carry significantly greater amounts. But only over such short distances that their use would require fiber to be brought so close to customer premises that the hoped for savings by avoiding FTTP deployment would be severely diminished. Not to mention the fact that higher frequencies are easily blocked and subject to interference without an unobstructed line of sight.

Saturday, September 20, 2014

LTE Reinvigorates the Broadband Wireless Access Marketplace, According to ABI Research - Yahoo Finance

LTE Reinvigorates the Broadband Wireless Access Marketplace, According to ABI Research - Yahoo Finance: LTE has turbocharged the mobile Internet experience for end-users, which has reflected in rapid adoption of LTE-capable smartphones along with other mobile devices, but it has also reinvigorated the broadband wireless marketplace. According to ABI Research, 1.26 billion households do not have DSL, cable, or fiber-optic broadband. Fixed and mobile telcos are looking to LTE to make the connection.
This is more an aspirational than realistic scenario. Radio spectrum lacks the bandwidth necessary to serve premise demand where there are typically multiple devices and heavy use of video streaming. In addition, the business and pricing models of the mobile space players like Verizon and AT&T are not designed to serve premises with "bandwidth by the bucket" pricing tiers and consumption caps.

Sunday, June 01, 2014

Why you shouldn’t buy the miracle broadband network Softbank’s Masayoshi Son is selling - Yahoo Finance

Why you shouldn’t buy the miracle broadband network Softbank’s Masayoshi Son is selling - Yahoo Finance

An excellent reality check by GigaOM's Kevin Fitchard on claims by Masayoshi and other wireless space players that wireless can substitute for landline premises Internet service.

The numbers simply don't pencil out in terms of cost and carrying capacity and aren't ever likely to as premises bandwidth demand keeps growing rapidly. Star Trek's 23rd century quantum subspace channel hasn't yet arrived, space fans.

Tuesday, August 13, 2013

California unlikely to subsidize community fiber Internet infrastructure over near term

The California Public Utilities Commission’s (CPUC) construction subsidy fund for Internet infrastructure won’t likely help offset the cost of building community owned fiber to the premise networks.

The CPUC’s California Advanced Services Fund (CASF) limits grant and loan subsidies to infrastructure projects that would serve either an “unserved area,” defined in CPUC Decision 12-02-015 as not served by any form of wireline or wireless facilities-based broadband such that Internet connectivity is available only through dial-up service or an “underserved” area defined as an “where broadband is available, but no facilities-based provider offers service meeting the benchmark speeds of at least three megabits per second (mbps) download and at least one mbps upload.” The CPUC retroactively revised the definition in 2012 resolutions T-17362 and T-17369 as areas “where broadband is available, but no wireline or wireless facilities-based provider offers service at advertised speeds of at least 6 mbps download and 1.5 mbps upload.”

Under either definition, both fixed and mobile wireless providers could block CASF funding of a community fiber project. And under the definition adopted in the 2012 resolutions, they wouldn’t even have to actually provide service to an area. They could merely claim they advertised service there at the specified 6/1.5 Mbs speeds.

Senate Bill 740, legislation re-authorizing the CASF that’s making its way to the desk of Gov. Jerry Brown incorporates by reference the definitions of unserved and undeserved areas in Decision 12-02-015.

The bill would also give incumbent wireline providers that have not built out their networks to serve all premises effective veto power over any community-based project to reach underserved households -- typically those in areas out of reach of DSL or cable Internet service or having access to slow DSL in areas where aging, poor quality copper cable plant (illustrated in the photo below) cannot support higher speeds. The bill bars funding of these projects “until after any existing facilities-based provider has an opportunity to demonstrate to the commission that it will, within a reasonable timeframe, upgrade existing service.” 



"Reasonable timeframe" isn’t defined in the bill and thus would likely be defined by incumbent telcos that told regulators and consumers since the early 2000s that they were building out their DSL service to reach them. (They’re still waiting more than a decade later, providing an operative definition of what's reasonable). The bill would also give incumbent telcos and cablecos the ability to stymie community fiber projects built by local governments simply by applying for CASF funding.

Saturday, July 13, 2013

The 2 key inaction risks facing community fiber projects

Creative risk taking is essential to success in any goal where the stakes are high. Thoughtless risks are destructive, of course, but perhaps even more wasteful is thoughtless caution which prompts inaction and promotes failure to seize opportunity.

Communities contemplating fiber Internet infrastructure projects should keep in mind that there are risks -- negative impacts -- associated both with taking action as well as not taking action.  The latter risk -- termed inaction risk -- is perhaps one of the most threatening and pervasive risks.  For some regions and communities, that risk is being left permanently off the modern Internet grid and unable to realize the benefits it offers for government, public safety, health and education, economic development and transportation demand mitigation. 

Milo Medin, Google's vice president of access services, laid out two major underlying rationales explaining why communities needlessly run the risk of inaction in his address to the 2013 Broadband Communities Summit. 

1.  The unswerving belief despite more than a decade of market failure that incumbent legacy telephone and cable companies will upgrade and build out their infrastructures to serve all premises.  Here's what Medin had to say on that point:
Part of the reason the U.S. is falling behind is that most cities haven’t been intentional about their broadband infrastructure. Cities know they have to make sure the water system works and scales to support growth, the roads are maintained and built, garbage is collected properly. But often, they think broadband is something that the phone company or the cable company will take care of for them and they can ignore it, or that the FCC will make sure the appropriate incentives are put into place to drive competition and upgrades. Depending on those processes is how we got into the situation we’re in today.

2. The misguided belief that wireless services have obsoleted fiber networks. Medin explains:
Some argue that fiber networks are not really needed because of wireless network growth. As an engineer, quite honestly, this kind of talk makes my brain hurt. Wireless network growth is driven by fiber. All those base stations that smartphones connect to are increasingly connected by fiber because, as speeds go up, fiber is required to carry that kind of traffic. Copper just won’t do for modern wireless networks.
Cisco and others expect wireless data to grow by a factor of 50 in the next few years, and you’re not going to be able to solve that kind of growth by throwing more spectrum at it. You’re going to have to reduce the size of the cells, shrinking them, reducing the number of users that are being served by a given base station. And that means a lot more cell sites and a lot more fiber to feed those cell sites. In the limit, the future of mobile is going to look a lot like Wi-Fi: tons of small cell sites connected by a wireline network, connected by fiber – and that’s just physics, folks.

The full Broadband Communities article excerpting Medin's speech can be viewed here and here (pdf). 

Tuesday, January 01, 2013

Tweed residents angry about broadband service to the area | Northern Star

Tweed residents angry about broadband service to the area | Northern Star: "When we lived in West Tweed on Kennedy Dr we got told we were too far from the interchange."

Mr Vivian was stuck with Telstra's mobile broadband solution.

"The only one we can get reception for in Tweed is Telstra 4G," he said.

"It's $60 for eight gigabytes.

"But it's so slow you might as well not use it sometimes."

This is occurring in Australia.  However, the same scenario is likely also playing out in the United States.

Saturday, September 22, 2012

AT&T may invest in rural lines rather than divest, CEO says

AT&T may invest in rural lines rather than divest, CEO says: AT&T has said it would consider selling its rural access line unit, but Mr. Stephenson hinted earlier this year that such a sale could prove complex. The difficulty comes from the lines spanning multiple states and therefore needing several regulatory approvals that would likely take significant time.

On Wednesday, he said finding an internal solution for the business would avoid having to go through that process.
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There is also a simple business fact at play.  Who wants to buy obsolete copper cable plant?

He also noted that AT&T's wireless service could ultimately prove to be a solution for fixed-line broadband connections in less-dense markets as its next-generation LTE network rolls out.

"LTE can become a fixed-line replacement or even better than what you get from fixed line," he said.
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If Mr. Stephenson is talking about first generation ADSL, he would be right.  But wireless cannot equal or exceed wireline fiber to the premise.

Saturday, June 30, 2012

Why wireless premise Internet won't cut it -- and only fiber will

Why you will need a 300 Mbps broadband connection — Broadband News and Analysis: There are several reasons for this, but it boils down to the presence of more devices in the home and streaming video. Other dynamics such as whether or not folks are gamers or work from home also comes into play, but across the board it’s the rise in Netflix subscriptions, YouTube videos and family members toting smart phones, tablets, perhaps while watching content on a connected TV. If there are four people consuming media with a tablet in one hand and their eye on the TV, your home requires a fat connection.
Back in October 2010, I observed bandwidth demand emulating Moore's Law.
This item explains what's driving the demand, which slows no sign of slowing and also makes clear that only fiber to the premise infrastructure will be able to keep up.

Friday, December 23, 2011

Why "wireless broadband" will remain in mobile market segment

This article in CED magazine explains why 4G cell service can't substitute for premises wireline Internet service:
Even if you’re a light user or a millionaire, you might still think twice about going entirely wireless. Allen Nogee, principal analyst for In-Stat, says he actually tried an LTE modem as his sole Internet connection for about four months. He was pleased with the service; however, he did eventually go back to a fixed line for a number of reasons.

Nogee says that while price is certainly an issue, depending on usage, spectrum is the truly prohibitive element that will prevent LTE from becoming an in-home solution. Nogee says that eventually the cell towers currently pumping out LTE will get crowded, and that’s when things get complicated.

“It’s a shared resource, with a set amount of spectrum, and operators only have so much spectrum,” Nogee says. “If we had no wired Internet in the United States and everyone attempted to use LTE, it just wouldn’t work. There’s just not enough capacity there.”
Another analyst, Strategy Analytics, predicts fixed wireline will remain the primary premises Internet connection and will not be displaced by 4G wireless connections where wireline infrastructure exists and serve as an alternative means of access where it does not.
“We see two parallel markets for 'Mobile Only' in the US: users in remote or underserved areas where dependable fixed broadband is unavailable, and cost-conscious casual users, who are unlikely to exceed imposed data caps, and for whom mobile data rates are ‘good enough,’” said Ben Piper, Director of the Service Provider Strategies program at Strategy Analytics.
What about tablets? Might tablet users cut the cord to these devices and instead rely exclusively on mobile wireless connections, especially since tablets are so portable? Not likely. Nearly all tablet data traffic will be transported via fixed premises Internet service, Sandvine says in its broadband predictions for 2012.

Sunday, December 04, 2011

Susan Crawford on the state of U.S. Internet access

Susan Crawford has penned an excellent overview of the current state of Internet access in the United States in The New York Times, The New Digital Divide.

As the title of her piece suggests, Internet access is highly fragmented. Cable companies provide limited wired access in discrete, monopolistic markets in densely populated metro areas for those able to afford the $100 monthly cost (when bundled with voice phone and video) that these cablecos can increase at will absent the check and balance of market forces and rate regulation.

Meanwhile, lower income Americans who can't afford both wired and wireless access rely on wireless smartphones for Internet connectivity that costs half as much as bundled wired access. So must those who can afford wired access but can't get it at any price because of incomplete build out of wireline infrastructure. But it's not full access and comes with major disadvantages versus wired premises service. Crawford explains:

The problem is that smartphone access is not a substitute for wired. The vast majority of jobs require online applications, but it is hard to type up a résumé on a hand-held device; it is hard to get a college degree from a remote location using wireless. Few people would start a business using only a wireless connection.

It is not just inconvenient — many of these activities are physically impossible via a wireless connection. By their nature, the airwaves suffer from severe capacity limitations: the same five gigabytes of data that might take nine minutes to download over a high-speed cable connection would take an hour and 15 minutes to travel over a wireless connection.

Even if a smartphone had the technical potential to compete with wired, users would still be hampered by the monthly data caps put in place by AT&T and Verizon, by far the largest wireless carriers in America.

Monday, November 14, 2011

AT&T and Verizon’s Deteriorating Legacy Landline Networks

Phillip Dampier has posted an excellent piece summing up the current dreary state of commercial premises telecommunications service in the United States. Dampier depicts telcos as caught between the old world of central office switched plain old telephone service (POTS) and its aging and increasingly obsolete copper cable and today's world where fiber optic infrastructure delivers voice, video and data over the Internet.

Telcos can't afford to make the change over from the old world to the new. So they're trying to limit their losses by keeping their old copper POTS cable plants functioning with bubble gum, bailing wire and trash bags while boosting their bottom lines with smartphone services delivered over more lucrative mobile wireless networks that don't have the carrying capacity to substitute for fiber to the premises infrastructure.

Dampier's post makes a powerful case for community owned fiber networks. There's simply not enough money in the fiber to the premise architecture to support an investor ownership model even for large corporations and their favorable economies of scale. Without community fiber networks, much of the U.S. will remain disconnected from the Internet for the foreseeable.

Thursday, September 08, 2011

American Jobs Act misses on modernizing, building out nation's outdated telecom infrastructure

The Obama administration's American Jobs Act unveiled today misses the opportunity to build out the nation's outmoded wireline telecommunications infrastructure at a time when millions of Americans remain disconnected from the Internet. The White House instead continues to propose mobile broadband as the means of bridging the gap:

Expanding Nationwide Wireless Internet Services For the Public and the First Responders, in a Fiscally Responsible Way: The plan follows the model in the bipartisan legislation from Senators Rockefeller and Hutchison in including an investment to develop and deploy a nationwide, interoperable wireless network for public safety. The plan includes reallocating the D Block for public safety (costing $3 billion) and $7 billion to support the deployment of this network and technological development to tailor the network to meet public safety requirements. This is part of a broader deficit-reducing wireless initiative that would free up public and private spectrum to enable the private sector to deploy high-speed wireless services to at least 98 percent of Americans, even those living in remote rural and farming communities.
It's a major misapprehension on the part of the Obama administration to propose mobile wireless broadband as the means of connecting American homes and businesses to the Internet. Mobile broadband as its name implies is primary intended for mobile access and not to serve fixed premises locations. That's why it comes with preset caps on how much bandwidth is allotted to each customer as this post by Community Broadband Networks explains. Wireless Internet providers don't want customers using it for regularly accessing the Internet and particularly downloading high bandwidth demand video content.

Instead of taking this misguided approach, the administration should as part of its American Jobs Act fund fiber optic to the premises infrastructure and provide technical assistance grants to local governments and consumer telecom cooperatives to help them deploy it to homes and businesses where a business case cannot be made by investor owned providers to build out their incomplete networks.

Saturday, July 23, 2011

Copper vaporware as AT&T chief declares DSL obsolete

Every couple of years or so, an article like this one by Tara Seals of V2M appears arguing legacy copper telecommunications infrastructure designed for a pre-Internet analog era is far from obsolete. Technical innovations can extend its lifespan, even as bandwidth demand is increasingly challenging its carrying capacity, particularly from Over The Top (OTT) video content:

Telcos are seeking cost-effective solutions to maximize their legacy infrastructure. Reducing crosstalk across copper bonded pairs using the ITU-T G.vector standard (G.993.5), introducing software solutions to maximize network logistics and using caching in the network are all solutions that are occurring right now, as telcos position themselves to meet the rapidly growing consumer OTT demand.

If that's the case, then why did AT&T CEO Randall Stephenson declare this week that the workhorse technology that has transported Internet protocol content over AT&T's copper network for the past decade and a half -- Digital Subscriber Line (DSL) -- is obsolete?

What about that innovation to stave off copper obsolescence? If it were for real instead of vaporware hype, it would truly provide AT&T tremendous opportunity to offer more wireline Internet services to a lot more customers over its legacy copper plant. Clearly for AT&T, that's not the case as the telco shifts away from residential wireline and is instead concentrating capital expenditures on personal wireless services.

Sunday, October 31, 2010

National Broadband Plan overly reliant on wireline, author says

Blair Levin, the Aspen Institute fellow who served as lead author of the U.S. Federal Communications Commission's National Broadband Plan before leaving the FCC this summer, told PCWorld last week the plan is flawed because it places too much emphasis on making landline Internet protocol-based telecommunications service accessible to all Americans.

"One of the problems we were running up against and that we should've been clearer about is that the conventional wisdom says the primary metric for measuring the validity or power of a national broadband plan is the speed of the wireline network to the most rural of residents," Levin is quoted as saying. "That way of looking at the problem is entirely wrong, is profoundly wrong -- almost every word in the sentence I just uttered is wrong. And we should've done a better job of explaining that."

If Levin could go back and rewrite the plan, landline and wireless technology would be framed synergistically, working in conjunction with each other to make a more complete telecommunications infrastructure that meets the National Broadband Plan's objective of expanding service availability to all Americans.

On this point, I agree with Levin. Until the last and middle miles of the U.S. telecommunications infrastructure can be fully upgraded to fiber, wireless has an important but interim role to play since it can be deployed more quickly than wireline plant. That's a very important consideration given that the FCC reported in late July that between 14 and 24 million Americans "still lack access to broadband, and the immediate prospects for deployment to them are bleak."

However, if Levin sees wireless connectivity as a replacement for fiber, I disagree. Wireless telecommunications is largely designed for mobile use and not to serve premises. Wireless also lacks fiber's ability to handle the exploding demand for bandwidth. There is no field-proven wireless technology that matches fiber's capacity to accommodate that growth.

As Tim Nulty, who believes fiber to the premises can pencil out even in rural areas, put it in a 2008 interview, fiber optic plant is to wireless as jumbo jets are to helicopters. "Think about 747s and helicopters,” Nulty told The Progressive magazine. “Helicopters are marvelous when they’re used for what they’re good at. But you don’t use them to fly thousands of people between Boston and Chicago. For that you need 747s.”

America's badly needed revamp of its telecommunications infrastructure should not be based on the expectation that wireless technology will overtake and render fiber wireline plant obsolete and cost ineffective. Hope is a good attitude, but does not a plan make.