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Halloween Scare Stories: Controlling the “Spectrum Shortage” Data Tsunami With Rate Hikes, Caps

Phillip Dampier October 25, 2012 Astroturf, AT&T, Broadband "Shortage", Competition, Consumer News, Data Caps, Editorial & Site News, Public Policy & Gov't, Sprint, T-Mobile, Verizon, Video, Wireless Broadband Comments Off on Halloween Scare Stories: Controlling the “Spectrum Shortage” Data Tsunami With Rate Hikes, Caps

Phillip “Halloween isn’t until next week” Dampier

Despite endless panic about spectrum shortages and data tsunamis, even more evidence arrived this week illustrating the wireless industry and their dollar-a-holler friends have pushed the panic button prematurely.

The usual suspects are at work here:

  • The CTIA – The Wireless Association is the chief lobbying group of the wireless industry, primarily representing the voices of Verizon, AT&T, Sprint, and T-Mobile. They publish regular “weather reports” predicting calamity and gnashing of teeth if Washington does not immediately cave to demands to open up new spectrum, despite the fact carriers still have not utilized all of their existing inventory;
  • Cisco – Their bread is buttered when they convince everyone that constant equipment and technology upgrades (coincidentally sold by them) are necessary. Is your enterprise ready to confront the data tsunami? Call our sales office;
  • The dollar-a-holler gang – D.C. based lobbying firms and their astroturf friends sing the tune AT&T and Verizon pay to hear. No cell company wants to stand alone in a public policy debate important to their bottom line, so they hire cheerleaders that masquerade as “research firms,” “independent academia,” “think tanks,” or “institutes.” Sometimes they even enlist non-profit and minority groups to perpetuate the myth that doing exactly what companies want will help advance the cause of the disenfranchised (who probably cannot afford the bills these companies mail to their customers).

Tim Farrar of Telecom, Media, and Finance Associates discovered something interesting about wireless data traffic in 2012. Despite blaring headlines from the wireless industry that “Consumer Data Traffic Increased 104 Percent” this year, statistics reveal a dramatic slowdown in wireless data traffic, primarily because wireless carriers are raising prices and capping usage.

The CTIA press release only quotes total wireless data traffic within the US during the previous 12 months up to June 2012 for a total of 1.16 trillion megabytes, but doesn’t give statistics for data traffic in each individual six-month period. That information, however, can be calculated from previous press releases (which show total traffic in the first six months of 2012 was 635 billion MB, compared to 525 billion MB in the final six months of 2011).

Counter to the CTIA’s spin, this represents growth of just 21 percent, a dramatic slowdown from the 54 percent growth in total traffic seen between the first and second half of 2011. Even more remarkably, on a per device basis (based on the CTIA’s total number of smartphones, tablets, laptops and modems, of which 131 million were in use at the end of June), the first half of 2012 saw an increase of merely 3 percent in average wireless data traffic per cellphone-network connected device, compared to 29 percent growth between the first and second half of 2011 (and 20-plus percent in prior periods).

[…] What was the cause of this dramatic slowdown in traffic growth? We can’t yet say with complete confidence, but it’s not an extravagant leap of logic to connect it with the widely announced adoption of data caps by the major wireless providers in the spring of 2012. It’s understandable that consumers would become skittish about data consumption and seek out free WiFi alternatives whenever possible.

Farrar

Cisco helps feed the flames with growth forecasts that at first glance seem stunning, until one realizes that growth and technological innovation go hand in hand when solving capacity crunches.

The CTIA’s alarmist rhetoric about America being swamped by data demand is backed by wireless carriers, at least when they are not talking to their investors. Both AT&T and Verizon claim their immediate needs for wireless spectrum have been satisfied in the near-term and Verizon Wireless even intends to sell excess spectrum it has warehoused. Both companies suggest capital expenses and infrastructure upgrades are gradually declining as they finish building out their high capacity 4G LTE networks. They have even embarked on initiatives to grow wireless usage. Streamed video, machine-to-machine communications, and new pricing plans that encourage customers to increase consumption run contrary to the alarmist rhetoric that data rationing with usage caps and usage pricing is the consequence of insufficient capacity, bound to get worse if we don’t solve the “spectrum crisis” now.

So where is the fire?

AT&T’s conference call with investors this week certainly isn’t warning the spectrum-sky is falling. In fact, company executives are currently pondering ways to increase data usage on their networks to support the higher revenue numbers demanded by Wall Street.

If you ask carriers’ investor relations departments in New York, they cannot even smell smoke. But company lobbyists are screaming fire inside the D.C. beltway. A politically responsive Federal Communications Commission has certainly bought in. FCC chairman Julius Genachowski has rung the alarm bell repeatedly, notes Farrar:

Even such luminaries as FCC Chairman Julius Genachowski has stated in recent speeches that we are at a crisis point, claiming “U.S. mobile data traffic grew almost 300 percent last year” —while CTIA says it was less than half that, at 123 percent. “There were many skeptics [back in 2009] about whether we faced a spectrum crunch. Today virtually every expert confirms it.”

A smarter way of designing high capacity wireless networks to handle increased demand.

So how are consumers responding to the so-called spectrum crisis?

Evidence suggests they are offloading an increasing amount of their smartphone and tablet traffic to free Wi-Fi networks to avoid eroding their monthly data allowance. In fact, Farrar notes Wi-Fi traffic leads the pack in wireless data growth. Consumers will choose the lower cost or free option if given a choice.

So how did we get here?

When first conceived, wireless carriers built long range, low density cellular networks. Today’s typical unsightly cell tower covers a significant geographic area that can reach customers numbering well into the thousands (or many more in dense cities). If everyone decides to use their smartphone at the same time, congestion results without a larger amount of spectrum to support a bigger wireless data “pipe.” But some network engineers recognize that additional spectrum allocated to that type of network only delays the inevitable next wave of potential congestion.

Wi-Fi hints at the smarter solution — building short range, high density networks that can deliver a robust wireless broadband experience to a much smaller number of potential users. Your wireless phone company may even offer you this solution today in the form of a femtocell which offloads your personal wireless usage to your home or business Wi-Fi network.

Some wireless carriers are adopting much smaller “cell sites” which are installed on light poles or in nearby tall buildings, designed to only serve the immediate neighborhood. The costs to run these smaller cell sites are dramatically less than a full-fledged traditional cell tower complex, and these antennas do not create as much visual pollution.

To be fair, wireless growth will eventually tap out the currently allocated airwaves designated for wireless data traffic. But more spectrum is on the way even without alarmist rhetoric that demands a faster solution more than  a smart one that helps bolster spectrum -and- competition.

Running a disinformation campaign and hiring lobbyists remains cheaper than modifying today’s traditional cellular network design, at least until spectrum limits or government policy force the industry’s hand towards innovation. Turning over additional frequencies to the highest bidder that currently warehouses unused spectrum is not the way out of this. Allocating spectrum to guarantee those who need it most get it first is a better choice, especially when those allocations help promote a more competitive wireless marketplace for consumers.

[flv width=”600″ height=”358″]http://www.phillipdampier.com/video/KGO San Francisco FCC considers spectrum shortage 9-12-12.flv[/flv]

KGO in San Francisco breaks down the spectrum shortage issue in a way ordinary consumers can understand. FCC chairman Julius Genachowski and even Google’s Eric Schmidt are near panic. But the best way to navigate growing data demand isn’t just about handing over more frequencies for the exclusive use of Verizon, AT&T and others. Sharing spectrum among multiple users may offer a solution that could open up more spectrum for everyone.  (2 minutes)

AT&T Hints Wireless Will Be AT&T’s Rural Broadband Solution; ‘Customers Will Pay More’

AT&T: Landlines may be a thing of the past in rural areas served by AT&T.

AT&T customers in the company’s rural service areas are likely to see wireless broadband as AT&T’s answer to rural America’s demand for Internet access.

Speaking on AT&T’s quarterly results conference call, Ralph de la Vega, president and CEO of AT&T Mobility and Consumer Markets yesterday previewed the forthcoming investor and analyst conference scheduled for Nov. 7 to discuss AT&T’s future in the rural landline business.

“I think there is a place in some rural areas where I see the outline, that [wireless] could serve as an alternative to wired broadband,” de la Vega told a Wall Street analyst from Goldman Sachs. “We are going to be talking to you about that on November 7, giving you more details about our thinking of how we can use this technology. And, quite frankly, the customer reception to the technology [is good] in terms of their willingness to pay for great quality data in large, large amounts.”

Some analysts anticipate AT&T is also likely to announce some additional expansion of the company’s U-verse platform to an additional 3-5 million customers that were not previously scheduled to see the service in their area. The build-out would take 12-18 months to complete. But that still leaves up to 15 million rural AT&T customers with either no broadband or the company’s slower DSL service. For many of them, AT&T sees wireless Internet in their future.

At the core of AT&T’s wireless broadband solution is the company’s LTE 4G network. AT&T is stressing it intends to roll out LTE upgrades in both rural and urban areas, unlike its nearest rival Verizon Wireless, which has prioritized upgrades on urban areas. AT&T claims its current network performs at speeds of 5-12Mbps — faster in low demand areas. In areas where AT&T has not bothered to provide DSL service, the company has repeatedly stressed it believes wireless delivers the best bang for the buck.

Unfortunately for rural consumers, access is not likely to come cheap, congestion will reduce overall speeds, and plans will include usage caps that are draconian in comparison to the company’s wired broadband services.

AT&T is a strong believer is monetizing data usage by gradually eliminating the unlimited data plan the company started at the dawn of the smartphone era. The future at AT&T is usage-based pricing.

“I think that more customers we have on usage-based plans the better we are,” de la Vega told investors.

In the last quarter alone, AT&T earned $6.6 billion from its wireless data service — up more than $1 billion (18%) compared to the same quarter last year.  AT&T now takes $26 billion annually to the bank just from its wireless data earnings.

Broadband Usage Cap Buster: Next Gen 8K UltraHD Video Needs 360Mbps

Phillip Dampier October 17, 2012 Broadband "Shortage", Broadband Speed, Community Networks, Consumer News, Data Caps, Editorial & Site News, Online Video, Video Comments Off on Broadband Usage Cap Buster: Next Gen 8K UltraHD Video Needs 360Mbps

Cable companies are starting to lay the groundwork to support the next generation of HD video — first with 4K, an improvement over today’s HD standard, and eventually 8K Ultra High Definition TV — delivering pictures 16 times better than the current 1080p HD standard and coming close to the level of detail supported by IMAX.

The 8K evolving standard, proposed by Japan’s public broadcaster NHK and dubbed Super Hi-Vision, remains years away, but cable operators are preparing their systems to support 4K UHDTV (3840 x 2160 – 8.3 megapixels)  much sooner.

By the time 8K comes into use, most cable operators will rely entirely on a single broadband pipe to deliver video, Internet access and telephone service. To handle that traffic, and the bandwidth UHDTV demands, providers will have to upgrade their systems to support much faster speeds. A single video channel transmitted in 8K UHDTV requires around 360Mbps.

That makes Google’s decision to construct a gigabit broadband network in Kansas City seem less revolutionary and almost evolutionary, considering how quickly bandwidth demand will increase in the next eight years.

The cable industry is now moving fast to finalize the next version of the DOCSIS standard which supports cable broadband. DOCSIS 3.1 is expected to be introduced Thursday at the Cable-Tec Expo. An initial preview seems to suggest the standard will be backwards-compatible with prior DOCSIS versions — good news for those buying their own cable modems — and will support multi-gigabit speeds, if the cable operator decides to dedicate more of its available bandwidth to broadband.

An essential goal of the cable industry is to match or beat 1Gbps, currently on offer from several fiber to the home service providers and Google. Some operators want even more — up to 10/2Gbps capacity, as they consider future speed needs.

But engineering advancements and innovation fly in the face of bean counters attempting to monetize broadband usage with usage caps and usage-based billing. The industry’s justification for usage caps becomes even more tenuous as it moves to a single pipeline for all of its services and treats its cable TV package differently from Internet traffic. AT&T and Bell are already doing that today with their U-verse and Fibe platforms. Both claim their TV channels move over a different network than traditional Internet, but as costs for both continue to decline, that is becoming a distinction with little difference.

Google and a handful of independent or community-owned broadband networks are largely the only ones calling out the cable industry’s bogus claims that consumers don’t need super fast broadband, usage caps are necessary, and broadband speed upgrades are difficult and too expensive. These new competitors have correctly predicted the exponential growth in bandwidth demand and are prepared for it, even as the industry continues to dismiss their competitors’ networks as unnecessary overkill.

But cable’s hurry to DOCSIS 3.1 tells a different story.

Jeff Baumgartner from Light Reading Cable observed cable executives at Tuesday’s annual Cable & Telecommunications Association for Marketing (CTAM) conference, where those attending beat the drum for faster and better networks:

[DOCSIS 3.1] will also focus on the quality of cable’s pipe, reduced latency and other smarts designed to help enable a new set of broadband-based services. Cable’s interest in offering 4K HD services, which offer four times the resolution of today’s HD, was an example that was brought up several times during the session.

The cable industry also hopes to shorten the process of creating the specs and having them turn into deployable products. An average generation of DOCSIS has typically taken three to four years.

“We can no longer do that,” said Phil McKinney, the new president and CEO of CableLabs, but didn’t offer a guess on the anticipated cycle for 3.1. “We have to deliver higher and higher performance.”

[…] And 3.1 is also about the almighty dollar as broadband usage continues to climb. Getting costs down “is a key part of Docsis 3.1,” said Cox Communications Inc. EVP and CTO Kevin Hart.

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/Light Reading NBCU Ultra-HD Demo 10-12.flv[/flv]

Jeff Baumgartner from Light Reading Cable was invited to a demonstration of 8K UHDTV, which will require much faster broadband networks to handle the super high quality video. (3 minutes)

Bottom-Ranked Suddenlink Upset About Frontier’s Ad Claims Their DSL is Better

Suddenlink is throwing a hissyfit over Frontier’s aggressive advertising.

Now come on, you are both pretty… slow that is.

Suddenlink Communications is crawling mad that Frontier Communications has been hammering the cable company over their broadband speeds, which PC Magazine this week proclaimed were nothing to write home about. The cable operator successfully challenged some of Frontier’s ads with the National Advertising Division of the Council of Better Business Bureaus.

The group recommended Frontier cease making claims that its DSL service offers “dedicated” lines to the Internet in contrast to Suddenlink, which forces customers to share their connection with the whole neighborhood.

Frontier claims Suddenlink’s network can bog down during peak hours, while Frontier makes sure customers consistently get the speeds they pay for.

Many of the ads targeted customers in West Virginia, who regularly tell Stop the Cap! neither provider competing there offers particularly good service.

“Is Frontier kidding?,” says Shane Foster, a former Frontier customer in West Virginia. “I was supposed to be getting up to 6Mbps service and I was lucky to get 1.5Mbps at 2 am.”

Foster says he believes Frontier oversold its DSL network in his area, with speeds slowing even further during the evening and weekends when everyone got online. While Frontier may not require customers to share a line from their home to the company’s central office, congestion can occur within Frontier’s local exchange or on the connection Frontier maintains with Internet backbone providers.

“The technician sent to my house even privately admitted it,” Foster tells Stop the Cap!

Foster switched to Suddenlink, but he is not exactly a happy customer there either.

“Their usage caps suck, the service is slow, and their measurement tool is always broken,” Foster shares. “West Virginia doesn’t just get the bottom of the barrel, it gets the dirt underneath it.”

Frontier Communications says it has been making improvements in West Virginia and other states where it provides DSL broadband. Some areas can now subscribe to 25Mbps service because of network upgrades. Foster says he would dump Suddenlink and go back to Frontier, if they can deliver speeds the rest of the country gets.

“Sorry, but 1.5Mbps is not broadband and with their prices, tricky fees and contracts it is robbery,” says Foster. “They need to clean up their act and I’ll come back. I hate usage caps with a passion.”

Frontier says it will appeal the NAD’s decision. But Frontier might do better advertising its broadband service as usage cap free — something customers consistently value over those running Internet Overcharging schemes.

Nasty iPhone 5 Wi-Fi Bug Eats Your Wireless Data Allowance and Brings Overage Fees

Apple’s iPhone 5 Wi-Fi bug is showing up on several wireless networks.

Wireless companies with usage caps are in the money — your money — if you happen to own Apple’s iPhone 5. A serious bug afflicting the phone’s ability to connect and hold a Wi-Fi connection when using certain wireless security protocols is chewing up customers’ data allowances and exposing them to overlimit fees, even when they think the phone is connected to a free use Wi-Fi network.

So far, Verizon Wireless has confirmed the problem is impacting their customers, but our readers report problems with AT&T and Sprint iPhones as well.

“Under certain circumstances, iPhone 5 may use Verizon cellular data while the phone is connected to a Wi-Fi network,” said Torod Neptune, a spokesman for Verizon. “Apple has a fix that is being delivered to Verizon customers right on their iPhone 5. Verizon Wireless customers will not be charged for any unwarranted cellular data usage.”

Stop the Cap! reader John Pozniewicz thinks that is nice of Verizon, and wonders when AT&T will start dealing with the nearly $100 in overage fees he has already run up on similarly afflicted iPhone 5 smartphones he bought just last week.

“As best as I can tell, the problem seems to relate to the type of Wi-Fi security protocol your router has enabled,” Pozniewicz reports. “Many in the Apple community forums and I both agree the most likely culprit is AES encryption.”

Sprint customer Halle Thompson also wrote Stop the Cap! yesterday reporting her Sprint iPhone 5 was unable to hold its Wi-Fi connection either, forcing her to deal with Sprint’s slow 3G network, even when at home.

“Thank goodness Sprint doesn’t have a usage limit and overage fees or they would own my house by now, because I use my phone for everything,” Thompson says.

Thompson switched off her router’s wireless security and the problem disappeared, but now her Internet connection is open to everyone in her apartment complex. Pozniewicz spent the weekend experimenting with wireless security protocols and quickly found AES caused his Wi-Fi connection to become unstable.

If your readers are having the same problems I am, here is a workaround that will keep your router reasonably secure and accessible until the pointy heads at Apple figure out this disaster:

Recommended Security Settings:

  • WPA only (least secure)
  • WPA2 only
  • WPA or WPA2 with TKIP
Not recommended:
  • AUTO – AES
  • WPA or WPA2 with AES enabled
  • WPA or WPA2 with both TKIP and AES enabled

Verizon Wireless has told customers it will credit back any overage fees incurred as a result of the bug, but only if they ask. Customers should also demand Verizon reset their allowance or at least note their account regarding the problem. Customers should request credit for overlimit fees for both September and October, because early reports indicate the software update designed to fix this problem has not worked in all cases.

Pozniewicz is having much less success with AT&T which so far has refused all comment on the debacle and has been unwilling to issue any service credits for overages. Pozniewicz is upset, noting he has only had his iPhone 5 for a week and it has already cost him and his company an extra $100.

“I am extremely careful about only using Wi-Fi for anything that will consume a lot of data, but my only clue there was a problem was when I noticed how slowly my so-called ‘Wi-Fi’ connection was performing at home and work and that is when I discovered it was not actually using Wi-Fi at all,” Pozniewicz says. “What is insidious about this is that the Wi-Fi connection is still showing on the phone display, even when I am actually using AT&T’s network.”

Thompson reports her phone does seem to initially connect to Wi-Fi, but then loses the connection seconds or minutes later, eventually switching to Sprint’s 3G or 4G cellular networks. Sprint’s unlimited data plan makes the issue just an inconvenience. For Pozniewicz’s company, which has a contract for a dozen iPhones 5’s with AT&T, the overlimit fees are really adding up. His employees are also quickly burning through their own monthly data allowances.

“AT&T is a pack of vampires and they don’t care about anything other than my money, even after talking to two supervisors, one of which implied I was either lying about the problem or an idiot,” he said.

Here is how iPhone 5 customers can check their data usage: Select Settings, then General, then Usage, then Cellular Usage to see what your phone reports you have used thus far. If the numbers seem wildly out of whack, contact your wireless carrier and let them know you may be afflicted with the iPhone 5 bug and have them note your account for future credit for any subsequent overlimit fees.

Verizon customers should have already received a software update in an effort to correct the problem. You can verify this by following these steps:

  1. Select Settings, then General, then About.
  2. Wait for the message “Carrier Settings Updated,” then touch OK.
  3. Allow the update (if any) to install.
  4. If your phone does not automatically restart after the update is complete, turn the phone off and then on again to complete the update.

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/iPhone 5 Wifi connection issue.flv[/flv]

iPhone 5’s Wi-Fi problems documented by YouTube user “,” who found changing the security protocol on his router seemed to resolve the problem.  (2 minutes)

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