Wireless

Pulaski Muni FTTH Network Creates Energy Savings

Publication Date: 
February 1, 2010
Author(s): 
Masha Zager
Publication Title: 
Broadband Properties

Pulaski's public power provider is building a FTTH network and already seeing efficiency gains on the electrical side of their operations. Pulaski has 15,000 electric customers and 5,000 have been passed by fiber, with 1600 taking telecom services. Like Chattanooga, they are using a combination of wireless and fiber for smart-grid applications. Those who take telecom services are used to aggregate the wireless signals from neighbors who do not have a fiber line to their home. This is a great article to read for those curious about the benefits of smart-grids and how wireless can be successfully combined with fiber backhaul (as well as why wireless alone is insufficient).

Oklahoma City Network Offers Unique Research Opportunities

Though it may not be a major selling point for communities considering building a network, they can offer tremendous research potential. Local communities are more approachable for researchers and more likely to form mutually beneficial partnerships. Consider an interesting story about the Oklahoma City Wi-Fi network and weather researchers.

This is a massive network -- at 555 square miles, the largest in the world. Local universities have teamed up with the city to closely monitor the weather constantly throughout the network. This data is useful in tracking how air currents move around a city - which is really helpful for those trying to understand and mitigate terrorist chemical or biological weapon attacks... for instance.

This is just one of some 200 applications the City uses its network for:

Steve Eaton, information security architect for Oklahoma City, characterizes the project as the most unique application the city utilizes. The Wi-Fi network currently runs about 200 applications that range from video surveillance to GPS tracking systems.

Chaska.Net Profiled in Local Paper

I've often wondered what it would look like if a reporter wrote about a Wi-Fi network without any ideological baggage to slam it. Now you can see - Mollee Francisco wrote a lengthy and fair article for a local paper in Chaska, a suburb of Minneapolis.

Like so many publicly owned citywide Wi-Fi networks, Chaska.Net accomplished many goals but was a disappointment for others. In particular, it was more expensive and the technology was more difficult than expected, but it introduced faster broadband than was available at the time.

It continues to service 2100 customers, one of which is a household with close friends of mine. They love having the option of taking service from the City - they've been happy with the customer support and lower prices. That the speeds are slower than what cable networks offer doesn't bother them, they prefer to save the money.

The article also discusses the wireless network in Buffalo, Minnesota, a city further away from the metro than Chaska that sees a brighter future for its public wireless network.

Tropos Comments on Publicly Owned Wireless Networks

Publication Date: 
November 6, 2009
Author(s): 
Tropos Networks

Tropos is a California-based company that sells wireless networking gear, frequently to municipalities. They filed comments with the FCC regarding the National Broadband Plan in response to the request: "Comment Sought on the Contribution of Federal, State, Tribal, and Local Government to Broadband."

We fully support their framing of the issue:

Municipalities that own and control their wireless broadband networks, operate public services more efficiently, prioritize broadband traffic for emergencies, and put unused bandwidth to use to attract new businesses, afford educational opportunities to students and in many cases, provide free broadband access to unserved or underserved residents.

Read More

Longmont's Saga - The Failure of Referendum

As we have noted previously, Longmont, Colorado, has seen a number of private companies attempt to offer Wi-Fi broadband and then go out of business. As Colorado preempts local authority by requiring a referendum by the city before it can offer services itself, Longmont recently had a vote to authorize telecommunications services. Voters defeated the option.

As is common in these referendums, voters were blanketed with reasons to vote against it as incumbents (Qwest and Comcast) spent $200,000 opposing competition whereas the city is prevented by law from advocating for a ballot measure.

Now the Wi-Fi network will be auctioned off in pieces because it cannot pay taxes.

Ohio-based DHB Networks owes the Boulder County treasurer’s office $87,000 in unpaid business personal property tax, and the county demanded the company cease operations unless it pays those taxes.

DHB also owes the city of Longmont. Longmont-based RidgeviewTel is running the network, at least until the Wi-Fi equipment is auctioned off Thursday — at which point, 400 to 600 customers will be without Internet access, RidgeviewTel CEO Vince Jordan said.

Though the city already has fiber assets that could be used for backhaul as well as other expertise it could use in continuing to run the network, it cannot step in to run a network that would be useful to the community:

While the city can step in and operate the system, it would be only for municipal needs — such as police, fire and utility services — and not to provide Wi-Fi to customers.

“Our hands were always tied,” Roiniotis said. “We could buy the system and operate it, but only for our own purposes. We can’t provide the retail part of it.”

The city’s hands also were tied when it came to campaigning. State law bans governments from spending public money to campaign for or against local ballot questions.

Though 400-600 people may not seem like a lot of people to leave stranded, many of those on the network were the ones that needed a low cost alternative. This is one of the reason some hoped for a last minute resolution to the impending auction.

The city doesn’t plan to bid on the Wi-Fi equipment because owning the equipment doesn’t make sense if the city can’t operate an wireless service — or even partner with a private company to provide it, director of Longmont Power & Communications Tom Roiniotis said after the council meeting Tuesday night.

Several residents told the council Tuesday night that they rely on wireless Internet service as a less-expensive alternative to Qwest’s DSL or Comcast’s cable broadband.

Some may believe a required referendum to offer retail telecommunications services is a good idea or at least a relatively harmless barrier as local officials should be able to demonstrate public support for such a significant investment (and Colorado's majority-support referendum is certainly less onerous than Minnesota's 65% super majority requirement).

While it is true that local officials should be able to demonstrate strong community support, the reality is also that a referendum allows absentee opponents a great opportunity to dump a lot of money into the community to confuse and obfuscate the issue while supporters are outspent (often on the order of between 10:1 to 25:1) and City Hall is prevented by law from supporting the referendum.

For this reason, we oppose such referendum requirement -- remember that these decisions remain accountable to the public via the democratic process. Additionally, many communities already place requirements for referendum on communities when they are financing the network, providing an additional check once they have developed a plan.

UPDATE: As for Longmont, the wireless network has found a new private buyer that will be investing in WiMAX apparently.

Publicly owned Wi-Fi in Oklahoma City Saves Millions

Last year, Oklahoma City launched the world's largest muni Wi-Fi mesh network (not residential use, just public safety and other muni uses). Shortly thereafter, they won an award for the public safety aspects of the network.

A GovPro story now suggests networks like this Oklahoma City network could be leading a renaissance for muni wireless networks:

For instance, three years ago, Oklahoma City launched a muni-wireless broadband network using equipment from Tropos Networks covering 555 square miles. Today it has been adopted as the primary network used by all city departments. 


Mark Meier, Oklahoma City’s chief technology officer recently indicated that the city has derived approximately $10 million in value from its broadband network to date. "Some of our critical public safety applications required redundant wireless connectivity, but the cellular data cards have remained virtually unused and handle less than 1 percent of our traffic which has resulted in significant cost savings for the city," he says.

Residents Oppose Closing of St. Cloud's CyberSpot Wi-Fi Network

Many have held up the CyberSpot Wi-Fi network in Florida's Saint Cloud as a successful example of public provisioning of wireless. From my perspective, the network was always interesting in that it did not attempt to pay for itself out of network revenues. The city built the network and provided services over the 15 square miles for free - they viewed it as a public service.

The network start-up cost was $2.5 million and was funded by the Economic Development Fund. It cost another $370,000 each year in operating costs - some $30,000 a month. Some 77% of the city used the network within half a year according to Free Press. St. Cloud has some 30,000 people and had at least 8500 unique devices connect to it monthly in recent months - due to NAT routers (non-geeks, ignore this) we can safely assume that there are more than 8500 devices using the network.

In order to keep the local taxes level, the City Council decided to cut Cyberspot along with a number of a other programs. Popular outrage led to another meeting in which many people testified that they wanted the network to remain funded. The Orlando Sentinel covered the extension of the city service for 3 more months and public reaction:

Scores of angry residents packed commission chambers Thursday, demanding that the city not pull the plug. " St. Cloud is not a hick town anymore," said resident Keith Harris. "We're country folks, but we're not backwards. One of the reasons for that is our Internet."

One of the people (in part 2 - the second video below) noted that the cost to him for raising taxes to cover CyberSpot would be a few dollars a month. The cost of eliminating CyberSpot to him is far greater - he will now have to pay ten times as much to get an Internet connection.

I watched the first half hour of the meeting and found the public comments quite interesting. The rest are probably interesting as well - you can find all the videos here.

Update: The network stopped offering public service on February 16, 2010.

Video: 

How Publicly Owned Networks Start

On the Daily Yonder - offering coverage of rural issues - Craig Settles offers advice to community networks on the need to attract institution and business customers because networks rarely generate enough revenue to make debt payments by focusing solely on residential subscribers.

When communities compare the costs of different technologies, they often get too caught up in the upfront costs and ignore the ongoing costs (operating costs, or opex). He offers an example of a modest wireless network:

It’s important to understand that while it costs a lot of money to create a broadband network, over a five-to-ten-year period, it costs even more to operate that network than to build it. Say it costs $1 million to build a wireless network. During the municipal wireless heyday, it was estimated to cost 20% of buildout expense to operate the network annually – to pay for customer service, maintenance, upgrades, etc. That’s $200,000 a year.

This is a great intro article for those who may not be used to thinking about the economics or business plans networks need.

For the rest of us, it is a strong reminder of how many networks start (and a good path for those who want to create a network):

Santa Monica, California, had a legacy PBX phone system and slow connection circuits from incumbents. The city pooled money it was already paying for voice and data services, using this capital to build a fiber network and implement new communication technology.

City CIO Jory Wolf states, “By switching to fiber we realized a $500,000 savings in data circuits and $250,000 savings in voice circuits, all of which stayed in our fund. Ongoing savings enabled us to provide our police with video streaming in their vehicles. We have excess bandwidth, so we provide (a) large number of sites with free wireless access.” Wolf said that the city is also selling companies fiber lines that haven't yet been turned on. “Our network budget is self-sustaining,” he said, “and I have $2.5 million in capital.”

I remember Tim Nulty saying that Burlington Telecom started the same way. They figured out how much they were paying each month for telecom as a city. They used that number to compute how much they could spend on a monthly basis for opex and debt repayment. From there, they designed a system to meet the budget - a gigabit network connecting all the public schools and local government buildings (with the capability for further expansion if needed). They started saving money on day 1 and radically increased their productivity. From there, they decided to bring fiber to every last person in the community.

Even if incumbent carriers can offer the kinds of speeds needed by community institutions (in Burlington, they couldn't), they may charge prohibitive prices that effectively make it unavailable. Settles has a great quote from Pulaski, Tennesee that touches on this:

Dan Speer, Executive Director of the Pulaski-Giles County (TN) Economic Development Council, declares that “the World Wide Wait is over in Pulaski. There’s a printing operation here that has to send large graphic files all the time to their corporate headquarters in Los Angeles. One company with offices on the north side of community and the manufacturing plant on the south side use the network to send large data files back and forth. Broadband makes this possible.”

Chattanooga Launches Nations Largest Public Full Fiber Network

On Tuesday, September 15, EPB, the public power utility serving Chattanooga and nearby communities in Tennessee, rolled out fully fiber-powered triple-play services to 17,000, a number expected to grow by July 2010, when services will be available to some 100,000 people and businesses. It will take three years before all 160,000 potential subscribers are passed.

Chattanooga has had a relatively rough time creating the network due to the litigious nature of its incumbents, who have filed 4 lawsuits to stop the project only to have each of them dismissed by the courts. (This is a predictable outcome, many of these companies file frivolous lawsuits to intimidate communities with lost time and legal fees - leading to a no-lose situation for companies that invest more in lawyers than in the networks communities need in the modern economy.)

Prices and Options

All broadband speeds are symmetrical; prices by month

Option Price
15 Mbps $57.99
20 Mbps $69.99
50 Mbps $174.99
15 Mbps and basic phone $68.83
15 Mbps / basic phone / basic cable $92.97
15 Mbps/ phone & 120 min long distance / 77 Channels $117.24

Caveats: an extra $5.99 a month for HD Capability on the TV, but even the basic phone package comes with caller ID and 3-way calling

The Tennessee Cable and Telecommunications Association kicked off the lawsuits in 2007 and Comcast chimed in a year later. As has been done in other communities, the private companies alleged the power utility was cross-subsidizing its triple-play telecom offering with revenues from the electric side. Aside from this just being a poor business practice, the companies say such cross-subsidization would be unfair to them even as major carriers routinely cross-subsidize from community to community - overcharging in non-competitive markets to make up for keeping prices low in competitive markets.

Nonetheless, public power companies and other public agencies have learned to keep meticulous books to show they are not cross-subsidizing, something courts recognize each time their time is wasted by lawsuit-happy incumbent providers.

EPB has long offered some telecom services. Starting nearly 10 years ago, the power utility stepped up to ensure businesses had access to the telephone and broadband networks they needed. Those services clearly scratched an itch as they had more than 2,300 customers before beginning to expand the network to everyone.

EPB's footprint includes over 168,000 electrical customers scattered over 600 sq. miles that reach into northern Georgia. As the fiber network expands to cover the full territory, it will quickly become the largest publicly owned fiber network in the country - making Chattanooga the envy of larger cities. A recent article in Business TN made just this point:

Josiah Roe of Medium, formerly Coptix, a Web graphic design company, cites the ability to upload and transfer large files with the "comprehensibly better product" as an advantage for his company. "When I go to Chicago or larger cities and they hear we have [FTTH], they're just amazed to see a city of our size doing something like that," Roe says. He adds that, "Chattanooga is very progressive and forward-thinking" in its fiber initiative.

One of the reasons publicly owned fiber networks are commonly built by public power companies is because power companies already need fiber to reliably transmit data in real-time to monitor many areas of the grid. This fiber network will be used extensively for electrical uses, which is why the electricity side of EPB is paying for $160 million of the $220 million expected expense. EPB has applied for $111 million from a Department of Energy smart-grid stimulus grant.

Though many utilities are turning to wireless for smart-grid data transmittal, EPB fears its topology will interfere with long-range wireless solutions. Fiber is considerably more reliable, but the upfront costs are indeed higher. EPB is not actually running fiber to every home for smart-grid applications, just those who are taking telecommunications services. Those who do not take telecom services will have an electric meter wirelessly connect to a mesh network that uses a nearby fiber-connected home to send and receive usage data.

Some have claimed the electrical side of EPB should pay less for the fiber network but the Electric Power Research Institute (EPRI) has validated the EPB numbers. Additionally, people in the smart-grid pilot project are already seeing benefits. From that article:

EPB hopes to recoup its investment primarily from not having to continue to manually read its 160,000 meters, cutting the theft of power from altered older-design meters and generating extra revenues from new video and telecommunications services made possible by the fiber-optic network.

Over the next 3 years, EPB expects to sign up at least 35% of its footprint for its telephone, Internet, or television services. Comcast has made now Chattanooga a priority for investment, offering its "up to" 50Mbps down cable network (often paired with a paltry 5Mbps upstream connection). As usual Comcast will advertise its "introductory" rates that increase dramatically after a set period of time; I have yet to find a publicly owned network that uses such annoying gimmicks.

Katie Espeseth, vice President of EPB Fiber Optics, explained why:

“We’re entering the market with a consistent and clear price — it is not a temporary, promotional price,” Ms. Espeseth said. “Because of our fiber-optic infrastructure, our picture quality is clearer and more consistent and our ‘Fi-speed’ Internet service is consistent and more reliable.”

They offer the handiest package picker I have ever seen from a service provider (though I confess I am not an expert in that). It shows you all the different options and lets you customize your bundle, constantly updating the price. Like other publicly owned networks, EPB wants to offer as much local content as possible. Compare this to major cable companies, that often refuse to live up to their franchise requirements and must occasionally be sued to meet their obligations. EPB is actively looking for local content to put on the television, including things like youth sports that they will put on video-on-demand.

From what I can tell from afar, it looks like EPB is pursuing a strategy of "upping the ante." Rather than try to beat Comcast just on prices, they are offering faster services at existing prices (not necessarily the "intro" pricing used by many carriers to hide the actual cost of services). Note that the slowest broadband connection is 15Mbps/15Mbps - speeds that are faster than the best speeds in most communities around the country. EPB is offering services that will ensure any subscriber can use multiple modern applications simultaneously - an increasingly common need as households continue getting more bandwidth-hungry devices.

Chattanooga's network is exciting and looks to be a great investment for the community. Community Networks generally have no problem of signing up 20% in the first year or two, so getting to 35% in three years should not be difficult. In the meantime, the network is already creating jobs. EPB has hired 70 full-time installers and more temporary workers in order to add 100 subscribers a day to the network.

Espeseth has estimated 2,600 new jobs will be created in the greater Chattanooga area from the fiber network and resulting economic development. Another article puts a number on the projected economic development, expecting "almost $850 million in value from both communications and smart grid services, including things like jobs and energy savings."

Video: 

Longmont, Colorado, Considers Muni Broadband

The second line of Rachel Carter's story at TimesCall.com captures the reason we care about community broadband networks:

But others argued that it’s not about whether the city will jump into the cable or Internet business; it’s about giving the city options and giving voters a choice.

Longmont, Colorado, will have a question on its November ballot asking whether the city should have the right to offer retail broadband services. This referendum is a requirement of Colorado state law (passed in June 2005 -- more details about that law from Baller.com [pdf]) for communities that want to offer such services to their community.

A number of people spoke at the city council meeting before they unanimously voted to put the question on the ballot. Responding to some who opposed giving citizens a chance to choose, one Council Member came up with quite the apt phrase:

Councilman Sean McCoy said the Comcast representatives and Denver attorneys who spoke against the ballot question tried to “put a shadow of a doubt” on it by using “red herring” issues. “I believe the concerns are more of an issue of ’not in my monopoly’ more than anything else,” he said.

Longmont has given the private sector plenty of chances to offer the broadband that citizens want - but they have failed to meet community needs. A number of private companies have tried to use the city's assets to build a wireless network: As detailed here, Kite Networks contracted with the city in 2006 to build a wireless network but ran out of money. In 2007, Gobility gave it a shot but also ran out of money. In stepped DHB, who completed the network.

It is not clear what has happened to DHB, but this suggests that many remain dissatisfied:

All council members supported the ballot question, although Mayor Roger Lange and Councilwoman Mary Blue questioned what the city may choose to do in the future. Lange said there are some telecommunications services that the city doesn’t need to jump into, but others — such as wireless Internet — may benefit from the city’s involvement.

Though absentee-owned companies Comcast and Qwest strongly oppose (and will likely fund most opposition) to the ballot measure, a locally owned Internet provider is supportive:

But Vince Jordan, chief executive officer of RidgeviewTel, a Longmont-based wireless network provider, said the city should allow voters to decide how to use city’s assets.

In 1997, the city had a vision to provide advanced technology services to this community, he said, adding that was during a time that he could not get broadband services “to save my life.” But as soon as the city started installing its fiber optic infrastructure, Qwest was knocking at his door. “Competition is a good thing, wherever it comes from,” Jordan said.

All of this provides more proof to our oft-restated claim that citywide wireless has been a problem for everyone, public and private alike. It is no substitute for wired connections but is complementary - offering mobility. This appears to be a major motivation for city, to help muni employees in the field increase productivity.

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