You paid for "lightning fast" speed, but are you actually getting it? Find out!

In areas where limited competition between broadband providers has broken out, consumers are discovering their local providers advertising faster, higher priced tiers of Internet service.  But do you really get the speeds you are paying for?

There are a number of factors that can impact your speed — the quality of the lines to your home, whether you are accessing the Internet through a wireless connection, and how much congestion your provider copes with during peak usage times.  Here are some tips to consider:

If your speeds are simply awful — nearing dial-up at times —  especially when the weather is poor outside, you should first suspect a problem with your connection.  Call your provider and request a line test to determine if there is an obvious fault with the lines running to your home or business.  The usual culprits are cracked cable fittings, worn out insulation, water getting into the wiring, or squirrels that have used your phone or cable line as a toothpick.  If the line test is not definitive, request a service call to check your lines.  Phone cables are especially prone to water damage, often inside terminal boxes located well off your property.  Cable TV lines suffer from corrosion, insulation that has fallen away or cracked, or fittings that need replacement.  If critters have chewed through the outer cable, you will often also see the results on your television with a downright lousy picture.  The biggest problems always seem to appear in the spring and fall during major climate transitions.

If you notice speeds are much slower during the early evening and weekends and you are on a cable connection, your cable company has probably oversold service in your neighborhood and too many users are trying to share the line at the same time.  Cable companies can divide up the traffic by splitting the neighborhood’s connection back to the cable company in half.  The upgrade is usually done at a box or facility somewhere in the neighborhood, not at your home.  If this prime time slowdown occurs on a DSL or fiber connection, chances are the provider doesn’t have a wide enough pipeline to the Internet to accommodate customer demand in that town or city.

A squirrel's favorite chew toy may be your broadband cable or phone line.

Also remember that DSL connections from the phone company are sensitive to the distance between your home and the phone company’s central office.  Don’t pay for higher speed tiers of service if your phone line simply refuses to support those speeds.  Downgrade your service to a speed level you can realistically expect to receive in your home.

If you access the Internet over a wireless connection from a router, a major speed logjam can occur if your Wi-Fi signal faces interference from neighbors sharing the same wireless channel.  Sometimes just running a microwave oven can obliterate certain wireless connections or significantly slow them down.  If your signal strength meter shows poor or fair reception, try reorienting your wireless router.  The higher you can place the router and keep it free of obstructions the better.  Walls, floors, and even metal filing cabinets can degrade wireless signals.  Many wireless routers have two antennas.  Try orienting one antenna vertically and the other horizontally and see if it makes a difference.  Sometimes moving a router across the room can make a significant difference.  You can also try changing wireless channels if you routinely see a large number of neighbors’ Wi-Fi connections all piling on the same channel you use.

The best way to gauge what kind of Internet speeds you are getting is to perform a free speed test at different times of the day.  Your service provider may have its own test website to visit (try Googling the name of your provider, your nearest city and “speed test” in a one sentence search).  Broadband Reports has several different speed tests to try as well.

If you are not getting what you are paying for, be sure to complain and get some money back.

[flv width=”480″ height=”380″]http://www.phillipdampier.com/video/KNXV Phoenix Qwest and Cox may charge your for faster Internet speed, but is your broadband really that fast 8-24-10.flv[/flv]

KNXV-TV in Phoenix explains how to make sure you are getting the Internet speeds you are paying for with some free speed test websites.  (2 minutes)

Verizon hopes to herd its smartphone owners onto limited use data plans on its new LTE high speed network

Verizon this week unveiled a list of 38 major cities where the company’s much-faster LTE wireless broadband service will launch by year’s end.  Dubbed by some as the “list of cities with NFL franchises,” Verizon’s choices delighted some, but puzzled others.

But before the celebrations get out of hand, incoming Verizon CEO Lowell McAdam warned customers need to prepare themselves, and their wallets, for major price changes.

Specifically, the company intends to treat its new 4G network, with top speeds of 5-12Mbps downstream and 2-5Mbps upstream, as a premium product with a premium price.  It comes complete with a classic Internet Overcharging scheme.

“We think there’s a place for unlimited plans,” McAdam announced, “but we think that over time, because we have finite resources, our customers are going to have to shift to a pay-as-you-use model. I would say that clearly over time we will be migrating to a bucket-of-megabytes” price schedule.

Verizon’s finite resources are more infinite than those of its customers, however.

Much like its partner-in-pricing – AT&T, Verizon is preparing to ditch its unlimited data plan for smartphone customers.  Despite the fact its new LTE network will offer a more efficient network experience for both Verizon and its customers, the nation’s largest wireless carrier wants limits on how much data customers can exchange over their new network, with overlimit fees for those who use too much.

Exact pricing has yet to be announced.

Amidst the flurry of excitement over McAdam’s appearance at the San Francisco wireless industry conference, yet more rumors of the forthcoming arrival of a Verizon iPhone also made headlines.  Apple is reportedly releasing a CDMA version of its popular phone soon, and despite the fact there are other CDMA networks in the world, reporters presumed it must be intended for the American market.

After the press conference, the list of cities to get Verizon’s new LTE network became a hot topic for debate.  In western New York, only Rochester made the cut.  For residents in Buffalo, who would like to remind Verizon they have an NFL team, the slight did not go unnoticed.  It made news on the city’s most watched nightly local newscast.

But those of us in Rochester remind our friends in the Queen City they have Verizon FiOS while we are stuck in a broadband backwater with Frontier Communications.  (Besides, the Buffalo Bills training camp is in Rochester.)  The broadband gap between the two cities could have made Rochester a ripe target for Verizon, assuming customers can afford the price of the service plan.

Folks in Austin noted they are not on Verizon’s list either, despite the Texas city’s high-tech-embracing reputation.  Houston, the Dallas-Ft. Worth Metroplex, and San Antonio did make the list.  But fear not Austin, you will be able to use LTE at the Austin-Bergstrom International Airport.

For existing Verizon customers in the chosen places, the imminent arrival of 4G may stall customers from upgrading phones until new LTE-capable models arrive in time for the holidays.  But the Data Grinch That Stole Flat Rate Wireless may still be confounded by the number of customers who let their contracts expire and stick with their existing phones, refusing to expose themselves to mandatory, overpriced data plans.

Verizon Wireless 4G LTE Initial Major Metropolitan Area Deployment

Akron, Ohio
Athens, Georgia
Atlanta, Georgia
Baltimore, Maryland
Boston, Massachusetts
Charlotte, North Carolina
Chicago, Illinois
Cincinnati, Ohio
Cleveland, Ohio
Columbus, Ohio
Dallas-Fort Worth Metroplex, Dallas, Texas
Denver, Colorado
Fort Lauderdale, Florida
Houston, Texas
Jacksonville, Florida
Las Vegas, Nevada
Los Angeles, California
Miami, Florida
Minneapolis/Saint Paul, Minnesota
Nashville, Tennessee
New Orleans, Louisiana
New York, New York
Oakland, California
Oklahoma City, Oklahoma
Orlando, Florida
Philadelphia, Pennsylvania
Phoenix, Arizona
Pittsburgh, Pennsylvania
Rochester, New York
San Antonio, Texas
San Diego, California
San Francisco, California
San Jose, California
Seattle/Tacoma, Washington
St. Louis, Missouri
Tampa, Florida
Washington, D.C.
West Lafayette, Indiana
West Palm Beach, Florida

Verizon Wireless 4G LTE Initial Commercial Airport Deployment (Airport Name, City, State)

Austin-Bergstrom International, Austin, Texas
Baltimore/Washington International Thurgood Marshal, Glen Burnie, Maryland
Bob Hope, Burbank, California
Boeing Field/King County International, Seattle, Washington
Charlotte/Douglas International, Charlotte, North Carolina
Chicago Midway International, Chicago, Illinois
Chicago O’Hare International, Chicago, Illinois
Cincinnati/Northern Kentucky International, Covington, Kentucky
Cleveland-Hopkins International, Cleveland, Ohio
Dallas Love Field, Dallas, Texas
Dallas/Fort Worth International, Fort Worth, Texas
Denver International, Denver, Colorado
Fort Lauderdale/Hollywood International, Fort Lauderdale, Florida
George Bush Intercontinental/Houston, Houston, Texas
Greater Rochester International, Rochester, New York
Hartsfield-Jackson Atlanta International, Atlanta, Georgia
Honolulu International, Honolulu, Hawaii
Jacksonville International, Jacksonville, Florida
John F. Kennedy International, New York, New York
John Wayne Airport-Orange County, Santa Ana, California
Kansas City International, Kansas City, Missouri
La Guardia, New York, New York
Lambert-St. Louis International, St. Louis, Missouri
Laurence G. Hanscom Field, Bedford, Massachusetts
Long Beach/Daugherty Field, Long Beach, California
Los Angeles International, Los Angeles, California
Louis Armstrong New Orleans International, Metairie, Louisiana
McCarran International, Las Vegas, Nevada
Memphis International, Memphis, Tennessee
Metropolitan Oakland International, Oakland, California
Miami International, Miami, Florida
Minneapolis-St. Paul International/Wold-Chamberlain, Minneapolis, Minnesota
Nashville International, Nashville, Tennessee
New Castle, Wilmington, Delaware
Newark Liberty International, Newark, New Jersey
Norman Y. Mineta San Jose International, San Jose, California
North Las Vegas, Las Vegas, Nevada
Orlando International, Orlando, Florida
Orlando Sanford International, Sanford, Florida
Palm Beach International, West Palm Beach, Florida
Philadelphia International, Philadelphia, Pennsylvania
Phoenix Sky Harbor International, Phoenix, Arizona
Phoenix-Mesa Gateway, Mesa, Arizona
Pittsburgh International, Pittsburgh, Pennsylvania
Port Columbus International, Columbus, Ohio
Portland International, Portland, Oregon
Rickenbacker International, Columbus, Ohio
Ronald Reagan Washington National, Arlington, Virginia
Sacramento International, Sacramento, California
Salt Lake City International, Salt Lake City, Utah
San Antonio International, San Antonio, Texas
San Diego International, San Diego, California
San Francisco International, San Francisco, California
Seattle-Tacoma International, Seattle, Washington
St. Augustine, Saint Augustine, Florida
St. Petersburg-Clearwater International, Clearwater, Florida
Tampa International, Tampa, Florida
Teterboro, Teterboro, New Jersey
Trenton Mercer, Trenton, New Jersey
Washington Dulles International, Dulles International Airport, Washington, D.C.
Will Rogers World, Oklahoma City, Oklahoma
William P. Hobby, Houston, Texas

[flv width=”640″ height=”500″]http://www.phillipdampier.com/video/Verizon Wireless LTE Announced 10-7-10.flv[/flv]

Verizon Wireless’ announced LTE network was a common topic on local newscasts in several cities. We include WIVB-TV in Buffalo, noting that city didn’t make the cut, WCVB-TV in Boston which spent plenty of time on the resurgence of the rumored Verizon iPhone, WLFI-TV in West Lafayette, Indiana which discussed the network’s implications for Purdue University students, and a promotional video from Verizon itself interviewing visitors to a Boston pizzeria gushing over the speed of Verizon’s newest technology. (5 minutes)

AT&T wireless broadband customers who thought they could survive a smartphone data plan with only a 200MB usage allowance are discovering $15 overlimit fees applied to their bill because of mystery data usage consumed while they were asleep.

Stop the Cap! reader Pat dropped us a note to say she accumulated a whopping $45 in overlimit fees on her August bill for her family’s three iPhones because they exceeded their 200MB usage allowances while the family was unconscious:

At around 2AM most mornings, our phones regularly show usage of around 5-10MB each even though they are being charged and are not used by anyone in the family.  At first my husband thought an application on the phone was automatically exchanging data so we tried switching off 3G access and relied exclusively on Wi-Fi access, to no avail.  Sure enough, for the next seven days in a row, the phones all used between 5-10MB of usage.  We tried disabling and removing various applications and told others only to communicate manually.  That didn’t work either.  The mystery usage remained.

We contacted AT&T multiple times about this issue, because this usage easily put us over the limit, at which point AT&T bills a $15 penalty to buy you another 200MB of usage.  We got a lot of excuses, one month’s credit, but no answers.  One representative used the opportunity to try and upsell us on the 2GB plan to “avoid this from happening.”  It sounds like a nice scam.

Pat, it turns out this has been a significant issue for many AT&T customers dating back to the June introduction of the usage-limited smartphone data plans from AT&T.  We found threads on both AT&T and Apple’s websites running well into the dozens of pages, with nobody getting a definitive, consistent answer as to why this keeps happening.

In late July, the folks at Gizmodo got a statement from AT&T about the problem:

This is a routine update of your daily data activity on your device to ensure the accuracy of your data billing. Customers are not charged for data usage, given that no data session is generated. It’s not uncommon for devices that are ‘always on’, like iPhone, to process data event records for billing purposes after a certain amount of inactivity or after long periods of time. It’s also separate from how our system lets you monitor your data consumption.

Unfortunately, it’s also apparently inaccurate because subsequent comments indicate customers were, in fact, billed for that usage.

Customers have been told a variety of things to justify AT&T’s usage billing:

1. It’s an application on your phone polling for data and/or updates;
2. Your phone is sending and receiving e-mail;
3. If your phone goes “to sleep” it switches away from Wi-Fi and back to AT&T’s 3G usage, incurring data usage fees;
4. In the early morning, AT&T communicates with phones to exchange updates and data;
5. The usage reports represent cumulative usage made during the day but only later reported to AT&T;
6. It’s iTunes diagnostic information you agreed to share with Apple being sent to them every night;
7. It’s Apple’s fault.

The biggest problem? AT&T’s stingy usage allowances.  Many customers do not understand what a megabyte represents, but 200 of them sounds like a lot… until you browse to a page with multimedia content or utilize an application that exchanges a lot of data during the day.  AT&T has really not addressed the problem, other than to throw $10 credits to customers who complain the loudest.  Many just upgrade to the higher priced 2GB plan and hope the problem goes away.

AT&T’s Internet Overcharging scheme for wireless has trained customers to use less of a service they pay good money to receive:

• Customers think twice before installing and using data applications that could consume too much of their allowance;
• Customers train themselves to jump off of AT&T’s 3G network and switch to Wi-Fi wherever possible, despite paying for AT&T’s wireless data network;
• Customers quickly learn paying more for a more “generous allowance” is a “better value,” saving them the time and hassle of worrying about overlimit fees;
• Customers can complain all they like, but in the end they’ll grumble and pay the bill, facing exorbitant early termination fees if they want out of AT&T’s fee maze.

Unfortunately, without a team of lawyers or regulatory agencies breathing down AT&T’s neck to deliver a credible response to these overcharges, they are very likely to continue.  Although AT&T claims the 200MB usage plan was designed to save customers money and attract new users to smartphones, it’s no mistake the cheapest plan delivers a minuscule allowance.

The company knows very well that smartphone data usage increases as the phones and the software that runs on them become more sophisticated.  Customers delivered a tasty sample of 3G usage are likely to enjoy it and find themselves upgrading to a more profitable data plan with a comparatively larger allowance.  If they don’t, AT&T wins again because customers face paying at least $30 for 400MB of usage, even though a 2GB plan would have only set them back $25.

For now, the best we can recommend is completely powering off the phone overnight and seeing if it still incurs any phantom charges.  You should also complain, regularly and loudly, to AT&T each time it happens.  Contact your state Attorney General and file a complaint if AT&T’s answers are unsatisfactory and urge their office to begin an investigation.

As Stop the Cap! has said from day one, Internet Overcharging schemes force customers to spend time and energy doublechecking usage gauges that may or may not be accurate and make you think twice about everything you do online, wondering what it will ultimately do to your bill at the end of the month.  It’s all a win for service providers, who get the benefit of conservative usage from the “think-twice” mindset and revenue enhancing overlimit fees from those who never worry.  You lose either way.

Three years ago, Bush Administration FCC Chairman Kevin Martin championed an initiative to offer free national Internet access across the United States via wireless access.  Martin’s idea was to take a portion of unused spectrum and auction it to a company that agreed to set aside 25 percent of the 2 GHz “AWS-3” band for a free, slow speed Internet service.  The winning bidder could underwrite the free service with online advertising and sell access to the remaining 75 percent of the spectrum, presumably for faster access.  Think NetZero for the 21st century.

That proposal just happened to coincide with a nearly identical plan offered by M2Z Networks Inc., a politically-connected start-up backed by Kleiner Perkins Caufield & Byers partner John Doerr and loaded with former FCC people.

M2Z had everything the FCC wanted from an applicant:

• a minority owned business that would raise the percentage of minority-owned telecommunications businesses;
• a willingness to agree to Martin’s demands that the free Internet service be censored to remove adult content;
• sufficient financial backing to win the spectrum auction;
• political connections that could help drive the plan through a political minefield and objections from incumbent commercial providers.

John Muleta, co-founder and CEO of M2Z Networks, also headed the FCC's Wireless Telecom Bureau between 2003 and 2005.

M2Z planned to offer free Internet access below the definition of broadband speeds defined in America’s National Broadband Plan — 768kbps, and would also include web advertising injected by M2Z.  Premium, paying customers could access faster speeds and avoid the extra advertising.

Unfortunately for the project’s boosters, Martin’s maverick proposal met a roadblock of opposition, including from his boss, President George W. Bush.  Commercial providers, especially AT&T, Verizon, and T-Mobile immediately attacked the plan.  AT&T and Verizon did not want a competitor giving away free wireless access when they were charging top dollar for it.  T-Mobile objected, fearing interference to spectrum it owned nearby (fears that proved not credible).  Civil rights and consumer groups objected to Martin’s insistence that adult content be blocked using imperfect filtering software.  Still others thought M2Z would never be able to cover 95 percent of America within a decade, as required by Martin’s proposal.  Some speculated M2z would launch service, deploy it to major cities, and then petition the FCC to forget about the 95 percent requirement.

Philosophically, many industry groups also objected to the Commission sticking its nose in private company business plans, dictating the services offered by the winning bidder.

Despite some willingness by M2Z to compromise on issues like the “smut filter,” with the remaining parade of opposition it came as no surprise the FCC left M2Z’s proposal on the back burner for the remainder of the Bush Administration.

With the arrival of the Obama Administration, Kevin Martin was out at the FCC.  In came Julius Genachowski and a National Broadband Plan.

The concept on offer from M2Z just didn’t fit the vision of America’s broadband transformation.  Although wireless 3G and 4G networks remained hot topics, other wireless projects have simply not gotten as much attention outside of rural areas.  As many community-owned Wi-Fi services shut down, the concept of free, slow-speed broadband just wasn’t a hot topic any longer.  Even worse, approving a plan offering speeds well below the FCC’s proposed definition of broadband threatened to muddy the message America needs faster access.  Last week, the FCC quietly sent word to M2Z that they had rejected their proposal, effectively killing the venture.

How broadband advocates frame broadband expansion can be critical to the plan’s success.  Critics already opposed to broadband stimulus programs could argue M2Z offered a free market, privately-funded solution to Internet adoption without spending billions of taxpayer dollars.  Although 768kbps would offer little to solve the digital divide, totally free access isn’t something easily ignored, even if M2Z was never capable of extending service to 95 percent of the country.

But in the end, vociferous objections from AT&T, Verizon, and T-Mobile were probably the primary reason for the plan’s ultimate demise.

After all, if you could get free wireless access at speeds comparable to what several carriers realistically deliver to their 3G customers today for upwards of $60 a month, would you remain a paying customer?

[flv]http://www.phillipdampier.com/video/C-SPAN M2Z Networks The Communicators 10-11-07.flv[/flv]

In October 2007, C-SPAN’s “The Communicators” spent 30 minutes discussing the state of competitiveness in American broadband and how M2Z planned to shake up the duopoly.  Three years later, the duopoly remains and M2Z’s plan is dead.  (29 minutes)

Last week, Stop the Cap! took a look at Virgin Mobile’s new unlimited $40 prepaid wireless broadband service.  Early testing looked promising, with speed test results that were well within economy tier DSL service and better than expected.  But by early this week the story began to change.

We’ve continued testing the service here and have noticed that while Virgin Mobile’s service turned in respectable performance during the business day (East Coast time), once people started heading home, it’s a completely different story.  For the last five days the service has deteriorated to the point of unusability by dinnertime.

It had gotten so bad, we went back to using Cricket’s wireless broadband.

So what’s happening?

First, it’s important to distinguish that these problems are impacting only Virgin Mobile.  Sprint’s postpaid customers can use the same cell tower and backbone network and not experience any performance issues.  Virgin Mobile’s home location on Sprint’s data network is in San Francisco, and until September 2nd, all traffic headed for the Bay Area to what is basically a virtual LAN on Sprint’s network.  The IP address we were assigned was actually an internal address for that virtual LAN.

Our problems started appearing Monday afternoon when we noticed web pages refused to load completely.  Since many web pages are composed of content from a variety of different web hosts (Google Analytics, advertising, embedded content, etc.), if parts of the page refuse to load, the page itself may not appear at all.  Advertising blocks were the worst problem, often leaving one staring at a blank web page waiting for the ad content to render.

By Wednesday, this problem simply made using Virgin Mobile for broadband untenable.  Few pages — even Google’s home page, refused to load reliably.  When pages did appear, they took longer than dial-up in many cases.  We tried to perform some diagnostics but found trace-routing impossible after the third hop and speed tests could not be loaded, much less run reliably.

The fact the worst problems occurred in the late afternoon and evening hours point to a network completely overloaded with customers.

And indeed, Virgin Mobile admitted as much when it replied to some tweets indicating it had quadrupled capacity by the end of this week.  Some users also reported they no longer connected exclusively through the San Francisco (Walnut Creek) location.

As of Thursday, anecdotal reports indicated some service improvements, but the service is still prone to slowdowns during peak usage times.

A few things are evident now that a week has passed:

1. Virgin Mobile Wireless Broadband does not share the better performing Sprint postpaid data network those customers receive.  Virgin Mobile customer traffic shares a much smaller “pool of bandwidth” because of the limitations imposed by its routing.
2. The company needs to either abandon its current routing scheme or dramatically modify it to accommodate the traffic.
3. Refunds for disgruntled customers are often available for the hardware, but don’t expect to get a refund for data usage.
4. The service problems come regardless of the device used or the number of signal bars you receive.
5. New routing cities have popped up since Thursday to supplement San Francisco — Charlotte, N.C., New York, Atlanta, Boston, Southfield (Mich.), Los Angeles, Philadelphia, and a few others.  Feel free to share yours in the comments section.

On Friday, Virgin Mobile suffered a major outage caused by a power failure that has stopped or seriously delayed delivery of text messages.  The outage is also affecting some data connections and customer service availability.  Angry customers have been pelting the company’s Facebook page with hostile remarks since the outage began.

If you signed up for Virgin Mobile wireless broadband, please share your experiences in our comments section!