Horse and buggy broadband in the slow lane.

One of Australia’s largest broadband suppliers has declared the country’s satellite solution for rural broadband hopelessly overloaded to the point of being “almost unusable” and has stopped selling access.

iiNet announced this week it would no longer sign up new customers of NBN Co’s rural satellite network because the service is oversold in their view.

“We could not continue to offer a service markedly below both our own and our customers’ expectations,”  iiNet’s chief executive Michael Malone said in a statement. “During occasional peak periods the service was so slow as to be almost unusable. As more people are added to the network, quality will only decline further. In the absence of any action by NBN Co to increase transmission capacity, I call on the rest of the industry to respect their existing customers and also cease sale.”

NBN Co, however, claimed it still had room for an extra 5,000 customers — mostly on its spot beam targeting central and western Australia. A spokesperson for the satellite venture did admit satellite beams covering NSW, Tasmania and Queensland were near capacity. NBN Co is investigating leasing more bandwidth on board the satellite, but cost concerns may make that impossible.

The venture claims 48,000 Australians can satisfactorily share the interim satellite broadband service, which is supposed to offer 6Mbps speed. But as Australians join others around the world favoring online video and video conferencing over services like Skype, those original estimates have to be scrapped. In the evenings, some customers report speeds drop below 56kbps or the service simply freezes up and stops working altogether. In response, NBN has adopted a strict monthly usage limit of 9GB and has told customers they will likely have to wait up to two years for a capacity increase.

The government is planning to launch two new custom-made satellites in 2015 to ease capacity concerns. NBN Co claims the two satellites will deliver 25/5Mbps service for 200,000 rural Australians, assuming usage estimates of today’s average broadband user.

Critics contend satellite broadband is not a good long-term solution except in the most rural of sparsely populated areas. Although providing wired service may be too costly, ground-based wireless services could be the most capable technology to contend with future demand and capacity concerns.

iiNet and other ISPs may already be headed in that direction. Some are advising customers to choose fixed wireless options from Australia’s cell phone providers, although those plans are heavily capped and very expensive.

Broadband availability has a direct impact on property sales in rural Australia. A couple that purchased a home in Mount Bruno, near Wangaratta in north-east Victoria discovered only after closing the deal that NBN Co would not sell them satellite broadband because the spot beam targeting Victoria was full.

The couple needs Internet access for work and their telephone line is unsuitable for ADSL. Mobile broadband in the Mount Bruno area is sub-par and expensive as well. As a result, the couple will have to rent office space in Glenrowan or Wangaratta that qualifies for wired broadband until at least 2015, when the next NBN satellite is launched.

iiNet regrets having to turn customers away.

“At its peak, we had 500 customers signing up every week for our NBN satellite services. There is clearly a significant demand for higher quality broadband in remote Australia, and we’re absolutely gutted that we’ve had to withdraw this crucial service from sale,” said Malone.

An independent cell phone provider in Idaho has found a unique niche to innovate beyond offering traditional cell phone service by launching unlimited 20Mbps home broadband Internet access over its wireless 4G LTE network.

Syringa Wireless of Pocatello has launched a pilot LTE home fixed broadband trial that comes free for the first year if customers agree to buy the necessary equipment — a $300 wireless router. The service promises up to 20Mbps service, which represents a major improvement in communities where broadband speeds consistently rank among the slowest in the nation.

The pilot trial is open to residents in Rexburg, Ammon, Blackfoot, Chubbuck, Pocatello, Rupert, Burley, and Filer — all in Idaho. The company encourages those interested to sign up for the trial before the end of November.

Another innovation from Syringa is the company’s free “Family-Friendly Internet” option for residential, church, and business customers. It filters the Internet to block adult websites and claims not to slow down Internet connections.

Syringa’s fixed wireless broadband puts the company in a stronger position for a Wireless Internet Service Provider (WISP), because it is able to also market traditional cell phone service for its rural customer base. Syringa still sells unlimited smartphone data plans and has a roaming agreement with a major national carrier for cell phone users traveling outside of Syringa’s home service area.

Many independent cell phone providers are struggling to survive because they are unable to sell the most popular new smartphones until they have been available at larger carriers for several months. A fixed wireless broadband service may diversify Syringa sufficiently to withstand any challenges from larger operators.

Founded in 2006, Syringa Wireless is Idaho’s only fully integrated wireless provider, offering cell phone service including data, text messaging, and shared minutes, with preset and unlimited options. Both local and national plans are available, with and without contract. The company also has custom plans for business users and offers service at local stores in southern and eastern Idaho.

[flv]http://www.phillipdampier.com/video/KPVI Pocatello Syringa Wireless Family Friendly Internet 11-8-13.mp4[/flv]

KPVI in Pocatello talks with Scott Dike, general manager of Syringa Wireless, about the company’s new fixed wireless broadband service for Idaho. (4:44)

Some Clearwire customers remain unhappy when speeds are throttled to “manage” the network.

Clear (formerly known as Clearwire) has announced a general rate increase of about 10 percent for customers using its legacy 4G WiMAX broadband service.

As a result, most customers will pay about $5 more per month for fixed wireless or “on the go” broadband service.

“We instituted this to remain competitive and manage our costs,” a Sprint representative told Broadcasting & Cable. “Like our competitors, we must respond to customer trends, and provide a good user experience, and as a result we will make adjustments to fees and services from time to time. Our offer is still comparable to other offerings in the marketplace.”

Some customers would argue with Sprint’s definition of a “good user experience,” as complaints continue about heavy-handed throttling of Clear’s service that makes high bandwidth applications painful or impossible to use in the evening.

Stop the Cap! reader Akos contacted us this week to complain Clear still advertises and contracts for “unlimited data and top speeds,” while not exactly being upfront about targeting certain traffic for a prime time speed throttle that effectively keeps customers from streaming video.

“They openly admit their service is being throttled by software at each tower site that activates when it detects streaming video services like Netflix, reducing speed from 1.3Mbps to as little as 20kbps, rendering it unusable,” said Akos.

The speed throttle is usually active from 8pm-1:30am daily, when traffic is anticipated to be highest. Clear speaks about its network management speed throttle in the fine print: its Acceptable Use Policy.

Akos complains Clear’s speed throttle makes it easy to blame the streaming service, not Clear itself, because customers running speed tests will not see throttled speeds.

“It fools people to think the problem is on their end or with the streaming service, so customers don’t complain to Clear,” says Akos.

As a result, people using streaming video services get about 30 seconds of uninterrupted video before the throttle kicks in bringing extensive buffering delays.

Clearwire’s Speed Throttle Subject of Lawsuits

Clear’s own 2010 marketing promises unlimited usage with no speed reductions, like those “other” providers.

Clearwire’s speed throttle has been a part of life with the wireless service since 2010. Clearwire had significant legal exposure over its choice of network management because the company routinely advertised “unlimited service” with no speed throttles or overlimit fees. At least three lawsuits were filed against the company for its undisclosed throttling practices, eventually condensed into a single class action case that was finally settled last month.

Under the terms of the settlement, Clear admits no wrongdoing, but will clearly disclose it uses “network management” practices — a term that generally means usage caps and/or speed throttles — and will give customers information about the speeds they can expect when the throttle is active. As of today, Clear has not done that. Clear also volunteered to suspend term contracts and waive early termination fees for customers complaining about speed issues.

At least seven law firms handling the case will split a total award fee of $1,887,792.91 and expenses of $62,207.09. Individual representative plaintiffs each receive up to $2,000. Everyone else identified as part of the class action case that returned a claim form prior to Jan. 3, will receive an average of less than $30:

• a 50% refund of any early termination fee charged after a customer canceled service because of speed throttling;
• a rebate of $14 for customers signing up for Clearwire before Sept. 1, 2010 and experiencing speed throttling or a rebate of at least $7 for Clearwire customers signing up on or after Sept. 1, 2010;
• plus varying amounts for each month of service prior to Feb. 27, 2012 during which Clearwire’s records show it throttled a customer’s Internet speed. Customers throttled at 0.25Mbps will receive $5.00 for each month throttled, 0.60 Mbps: $3.00, and 1.0 Mbps: $2.00.

Court documents reveal of the 2,733,406 customers identified in Clearwire’s records as being speed throttled, only 83,840 submitted timely claims as part of the class action case. This represents a claims rate of about 3.1%. Of those, 76,199 were for speed throttling, 2,331 were requests for reimbursement of early termination fees.

The Future of Clear’s WiMAX and Sprint’s 4G

Sprint purchased the assets of Clearwire Corporation in July, rebranded the network “Clear,” and as of the end of August, stopped selling WiMAX devices to customers. Although Clear will still activate existing equipment, potential new customers are being marketed broadband plans on the Sprint network instead.

Former Clear dealers have received word Sprint plans to eventually decommission its acquired WiMAX network as early as 2014, most likely by gradually converting portions of the 2.5GHz spectrum Clear’s WiMAX service now uses in favor of Sprint’s 4G LTE service in urban and high congestion areas. Clearwire itself was in the process of adopting a variant of 4G LTE technology that would gradually replace the outdated WiMAX standard when Sprint acquired the company.

Although Sprint runs its own 3G network, it partnered with Clearwire to provide 4G WiMAX for Sprint customers. In 2011, Sprint announced it would stop selling devices with built-in support for WiMAX and announced it would launch its own 4G LTE network. Sprint will adopt the same version of LTE other North American carriers are using: FD-LTE, or Frequency Division LTE, which requires one transmit channel and one receive channel. But it will also support and continue Clearwire’s upgrade to TD-LTE, or Time Division LTE, a slightly different standard that supports receiving and transmitting signals on a single frequency at slightly different time intervals, providing enhanced spectrum efficiency. At least 5,500 towers should be active with TD-LTE service by the end of this year. End users will care only to the extent their devices support one or both standards.

Sprint’s 4G LTE rollout will depend primarily on higher frequency spectrum that is disadvantageous indoors and over extended distances. Sprint’s competitors AT&T and Verizon Wireless primarily depend on lower 700MHz frequencies that penetrate buildings better and can serve a larger coverage area. But a combination of Sprint and Clearwire’s spectrum assets give Sprint the most wireless spectrum of any U.S. carrier, which means potentially faster speeds and more capacity.

• 1900MHz: Sprint’s primary 4G FD-LTE service is now available in 151 cities on more than 20,000 cell towers;
• 2500MHz: Now used by Clear’s legacy WiMAX network, will see a transition towards Sprint’s TD-LTE service which will be targeted to urban and high congestion areas from “small cell” sites;
• 800MHz: The former home of now-shuttered Nextel, Sprint will eventually launch FD-LTE service on this band which will offer better indoor and marginal area reception.

Customers can expect devices that support both FD-LTE and TD-LTE in 2014.

Phillip “What’s $520 a month between friends” Dampier

The average Ohio household consumes 52 gigabytes of data per month — the equivalent of more than five million emails or surfing the Internet for about 100 hours monthly — up from 28GB in 2012.

Demand for broadband and mobile communications continues to skyrocket as consumers in urban Ohio dump traditional landline phone service at an accelerating rate.

Since 2000, the industry group Ohio Telecom Association reports 64 percent of landlines have disappeared in the state since peaking in 2000. An additional 6-10 percent continue to cut the cord every year, either when elderly customers pass away or when consumers decide to switch to a wireless, cable telephone, or a broadband Voice over IP alternative like Vonage.

Some telephone companies, particularly AT&T and Verizon, argue the ongoing loss of landlines means the service is becoming technically obsolete — a justification to drop old copper phone networks in rural areas in favor of wireless and switching to fiber-fed IP networks like U-verse in urban and suburban areas. But copper landlines do more than just connect telephone calls.

Broadband usage statistics suggest rural customers in Ohio could find their Internet bills exploding if AT&T succeeds in forcing those customers, least likely to face competition from cable providers, to the company’s highly profitable wireless network.

AT&T currently sells rural landline customers DSL service starting at $14.95 a month. A usage cap of 150GB per month technically applies, but remains unenforced.

Customers switched to AT&T wireless service will pay much more for much less.

AT&T’s DataConnect plan, suitable for fixed wireless home use, starts at $50 a month and includes a usage allowance of 5GB per month. With the average Ohio resident now consuming 52GB a month, switching to wireless broadband is a real budget-buster. AT&T’s overlimit fee is $10/GB, so the average resident would face a monthly Internet bill of $520 a month this year. Assuming usage growth continues at the same pace, in 2014, AT&T customers will need to write a check for around $780 a month.

Ohio’s broadband and wireless usage statistics are familiar because they echo the rest of the country. According to Connect Ohio, wireless-only residents are 81 percent urban or suburban, where cell networks provide the best reception; 84 percent are under age 44; 58 percent have a college education; and 63 percent earn more than $25,000 annually.

Those affected by a forced transition to a wireless-only solution are least financially equipped to handle it.

“The least likely to convert to a wireless-only solution would be an older, rural, less educated, lower-income individual,” said Stu Johnson, executive director of Connect Ohio. “Those are probably also the most expensive copper customers.”

Attention broadband planners: Although broadband deployment strategies differ around the world, a new report decisively concludes there is only one network technology proven to meet the demands of broadband users both today and tomorrow: a national fiber optic network.

BuddeComm’s new report, “Global Broadband – Fibre is the Infrastructure Required for the Future,” looked at every technology from variations of DSL, cable broadband, satellite, and wireless and found only fiber optics capable of handling the capacity of data and applications that will be required to run cities and countries from today onwards.

The report found that fiber optic deployment faced a range of challenges, despite its obvious technological advantages. Political obstacles are among the biggest roadblocks facing fiber networks. A combination of concerns about the cost of wiring service to procrastination has held back many national broadband improvement projects, including those in Australia and New Zealand. Incumbent commercial providers in North America have also actively attempted to block public fiber networks to protect their own commercial interests.

BuddeComm concludes America’s biggest broadband problems come as a result of incumbent providers exercising undue market power and influence over elected officials to protect their commercial interests at the price of the public good.

The report concludes that decisive political leadership is essential to overcome many of the artificial obstacles which slow down or stop fiber broadband deployments.

“One can argue endlessly about what technologies should be applied and at what cost, but we believe that all signs point to Fiber-to-the-Home (FTTH) networks as the best future-proof solution,” the report concludes. “One can debate about whether it is needed in five, ten or fifteen years – and again that depends on some of the differences between countries – but in the end FTTH is the best final solution for all urban and many regional premises.”

The 21st century digital economy is powered by robust broadband, and growing demands for faster speeds are coming from the healthcare, energy, media and retail sectors. Healthcare uses include file transfers of high-definition medical imagery and teleconferencing. Smart Grid technology is being deployed by many power companies to develop more efficient means of distributing and conserving energy. Media and mass entertainment providers are moving to high bandwidth online video, and the retail economy markets products and services over modern broadband networks.

The implications for the global economy are enormous. More than 120 countries have formal broadband policies and many consider high-speed Internet access a national priority. In the last century, North America and western Europe were considered the dominant economic players, in part because they established and maintained infrastructure to support their manufacturing and service economies. But many of these countries are falling far behind in the 21st century digital economy, where countries like Japan and Korea, parts of eastern Europe, the Baltic States, and Scandinavia are taking the lead in infrastructure deployment.

“Broadband infrastructure is perceived by all to be critical for the development of the digital economy, healthcare, education, e-government and so on,” the report notes. “From a financial and investment point of view broadband infrastructure should be treated as utility infrastructure.”

The interests of the private sector are not always aligned with the public interest, particularly when it comes to spending capital on upgrading network infrastructure. The report recommends that governments step in and build a public fiber highway system on which all providers can offer services.

“A National Broadband Network (NBN) should be based upon an open network as this makes it possible to offer the basic infrastructure on a utility basis to content and service providers,” the report concludes.

The governments of Australia, New Zealand, Israel, and others are already moving in that direction, setting up broadband authorities to build fiber infrastructure dismissed as too expensive or unnecessary by commercial providers who answer first to financial markets, shareholders, and private banks.

Under most NBN plans, providers get access to the fiber network at wholesale rates and help recoup its cost.

Australia’s National Broadband Network is on the way.

Where politicians answer to the whims of the private sector before considering the public good, the report finds:

• Private cable companies, particularly in North America, will continue to support and incrementally upgrade their HFC networks, but new cable operators are more likely to deploy fiber at the outset, not coaxial copper cable. Network costs, efficiencies, and reliability are all in fiber’s favor. In Europe, cable broadband is regularly losing market share to faster fiber technology. The share of all broadband subscribers held by HFC networks across Europe fell from 26% in 2002 to about 11% by mid-2013;
• Private telephone companies that do not face robust competition will continue to rely on their existing DSL networks. In cities and larger towns, expect phone companies to eventually upgrade to VDSL fiber-to-the-neighborhood (and its variants) in the largest markets with the most competition. Rural areas will continue to receive less robust DSL service, particularly where no cable competitor provides service;
• Rural areas may receive fixed wireless or satellite broadband service, but this is not a solution for more populated areas.

Although the global economic downturn stalled many fiber network deployments and suppressed demand, the report finds broadband usage and demand for faster speeds are quickly accelerating. Some other highlights:

• Asia continues to be the leader in fiber optic deployment;
• Sufficient customer demand to make the investment in fiber worthwhile is increasingly likely once fiber service becomes widely available in countries like the Netherlands, China, France, Israel, Switzerland, Norway and Sweden;
• International connectivity in Africa remains a challenge, but fiber bandwidth is expected to more than double by 2014;
• The Middle East will see rapid growth in fiber broadband once international capacity constraints are eased.

Obtaining a copy of the full BuddeComm report is prohibitively expensive for consumers, priced at $995.