Opening a lead insulated buried cable. Lead can be resealed with solder after repairs.

In the early to mid-1950’s, thousands of landowners between Houston and Dallas/Ft. Worth, Tex. were asked to grant a right of way and easement to what was then known as the American Telephone & Telegraph Co. (AT&T). After winning permission, AT&T buried a 4-6 inch wide copper telephone cable sheathed in lead to connect the two cities — 200 miles apart — together. Almost 70 years later, that cable is coming back to haunt the phone company.

Telecommunications companies have used copper phone wiring for over 100 years to deliver telegraph, telephone, and data services. AT&T’s “trunk lines” often contained dozens, if not hundreds of individual cable pairs used to connect regional long distance calls and distant central switching offices together. To protect the cables, phone companies relied on simple paper insulation until the mid-1950s to keep the cable pairs from making contact with other wires. Buried cables were traditionally sheathed in lead, a very popular and durable insulator that dependably kept moisture out while allowing technicians easy access to the cables within. As the 1960s approached, phone companies began to switch to plastic insulation, but paper and lead-wrapped copper wiring remains in service in some areas to this day, often in large cities.

As with most AT&T-owned underground cables, the one in Texas was wrapped in lead. The company used a network of subterranean concrete rooms and above ground small cinder block buildings for maintenance, offering technicians direct access to the cable and various network equipment. Landowners knew the additional infrastructure belonged to AT&T because the company placed their logo on it.

Ongoing technological advancements eventually allowed AT&T to transition service to fiber optic cables, and by 2010, the Houston-Dallas copper cable was decommissioned. AT&T employees removed its signage, sold the cinder block structures and abandoned the underground vaults.

But AT&T did not remove the cable, which remains unused and buried to this day, allegedly leaching dangerous lead into the ground. Property owners fearing AT&T’s cable may be fouling the soil and groundwater with lead contamination took AT&T to court in 2016, seeking a class action case against the phone company for abandoning its cable and easements.

AT&T’s Environment, Health, and Safety Division offered a presentation at the 2010 International Telecommunications Safety Conference warning about the perils of old lead-sheathed phone cables, claiming “underground cable presents real possibilities for overexposure to lead:”

• Some older metropolitan areas may still have over 50% lead cable.
• Buried cable leaches many compounds to the surface of the insulation: lead carbonate, lead monoxide, lead sulfate, lead chloride, lead dioxide, lead acetate, lead nitrate, and lead sulfide. Many of these compounds do not adhere tightly to the cable and are easily airborne.
• Once in the soil, 83 and 98 percent of the released lead remains intact in the soil within 2 inches of the cables.

In addition to the cost of removing the unused cable, AT&T’s own safety engineers suggest removing old cables can also pose a significant health risk to employees and property owners if not done properly:

• Extraction of cable from underground duct can release unexpected high levels of lead dust.
• Wetting was not capable of controlling dust in many cases.
• Location of employees to cable extraction is important.

Despite the health risks, a judge denied class certification of the lawsuit on Tuesday, ruling each affected property owner will have to bring a separate lawsuit against AT&T.

U.S. District Judge Alfred H. Bennett issued the 11-page ruling against the claimants.

“Plaintiffs present the general retirement of underground coaxial and fiber optic cables, removal of signage/equipment for those cables, and planned release of some easements as class-wide proof that abandonment is a common question for the proposed class,” Judge Bennett wrote. “However, because the class does not deal with one easement, rather hundreds (if not thousands), each class member would need to present evidence of the definite acts revealing AT&T’s intent to abandon the particular easements associated with that member’s property.”

Bennett was also unpersuaded by claims that the abandoned AT&T cable created a presumption of imminent harm, and his ruling stated each property owner would have to provide evidence of the cable’s lead contamination on that owner’s land. In addition, each claimant would have to prove damages, assuming the statute of limitations had not run out years ago.

“Certainly, a separate soil analysis for each property would have to be present, along with evidence pertinent to determine the existence and cause of any contaminates on each of the properties,” Bennett wrote.

The law firm bringing the lawsuit plans an appeal.

Residents in Dixon, Calif. are being inconvenienced by AT&T’s fiber buildout. (Image: KOVR-TV)

AT&T’s contractors turned a Dixon, Calif. neighborhood into “a disaster zone” while attempting to install fiber optic cables for a forthcoming upgrade.

For almost half a year, AT&T’s outsourced construction crews have dug up yards around the growing community of 19,000, located 23 miles from Sacramento. The Valley Glenn neighborhood has seen the worst of it, according to homeowners who complain crews left concrete debris buried in their front yards, killed their lawns, and have been inconvenienced by heavy equipment partially blocking streets for months. Two weeks ago, an AT&T contractor crew hit a gas line, forcing the evacuation of the entire neighborhood.

Homeowner Natalie Avina sought help from Sacramento’s CBS station KOVR-TV, with the hope that drawing media attention to the debacle would force AT&T to ‘do the right thing.’

“They’ve ruined our front yard,” Avina told the station. “Everything’s been dug up. You know we take pride in our homes. You don’t want to come home and see this.”

Heather Craig, another homeowner, reports her lawn is struggling to recover.

“They put concrete instead of dirt back underneath our grass, so it’s dying,” Craig said.

Neighbors agree AT&T has been remiss on keeping the neighborhood informed about the duration of the construction and have not given them information about who to contact to discuss damages and concerns.

AT&T responded to the concerns earlier this week.

“As we work to expand and enhance our fiber network to deliver ultra-high speeds to the Dixon area, our goal is to minimize the effect on residents as much as possible,” AT&T said in a statement. “Unfortunately part of this project was not completed to our standards and we are working to fix it.”

Dixon homeowners are demanding AT&T pay for repairs after a contractor damaged lawns and sidewalks during fiber optic infrastructure installation. KOVR in Sacramento reports. (2:14)

A typical flat/mud flap style antenna.

Proliferating in online ads, newspapers, and sometimes on television, “revolutionary” new antennas are being advertised claiming to replace cable television while getting most (if not all) of the same channels over the air for free.

These misleading scams have been around for several years. We covered one well-funded ad campaign for “Clear Cast” back in 2011. That particular over-the-air antenna was sold through newspaper ads designed to mimic a newspaper story, with bold headlines like “New Invention … Gets Rid of Cable and Satellite TV Bills.” Those who spent upwards of $50 received a slightly dressed-up bow-tie antenna barely suitable to receive UHF TV stations and worked about as well as a similar antenna selling for $1.49.

With the first wave of misleading ads well behind us, marketers have had to work overtime to reinvent the wheel and convince people to spend $40-50 for what usually cost the company under $5 to manufacture.

Now, instead of the “Clear Cast” antenna, there is the “ClearView HDTV Antenna,” marketed by a company named True Signal. It’s hardly alone. The Octa Air, The Fox, and many others are nearly-identical “mud flap”-style antennas, with a tiny “antenna” embedded inside. The concept marginally works when the owner attaches it to a window, which gives it more signal to work with than an antenna placed in the corner of a room.

The ad copy on the manufacturer’s website is usually over the top but is nothing compared to some of the advertiser-sponsored editorials — “advertorials” published by bloggers, third party advertisers, and fly-by-night websites that exist primarily to cash in on sales commissions. More than a few of those stretch marketing claims into the stratosphere.

Goodsavingstips.com is designed to look like an online combination of a high-tech website and Consumer Reports. In fact, it is a website that reviews products, but has a financial incentive to write glowing reviews to encourage you to buy whatever they write about.

Goodsavingstips stretches the truth about the ClearView antenna more than a salt water taffy machine on the Atlantic City Boardwalk:

If you could stop paying for cable or satellite TV and still get all of your favorite TV channels in HD for FREE, would you do it? Millions of Americans are doing just that, thanks to a brand new rule in 2018 that allows certain regions access to free TV.

Thankfully, if you live in an area where this new rule went into effect, you no longer need to give your hard earned money away to the big cable companies. As a result, Americans are now cutting the cord on their cable companies in record numbers, saving them thousands of dollars.

Up until 2018, cable companies were allowed to “scramble” their channels so that the general public could not access them without paying for their service. However, that all changed starting in 2018, with the government ruling that TV signals are public property and “belong to the people”. Ever since this rule went into effect, the big cable companies are panicing [sic] because many Americans will no longer need to pay for cable or satellite tv to get their favorite channels in HD. As long as you live in a publicly broadcasted [sic] area, it is now possible to watch all of your favorite channels for free with a TV antenna.

Boastful claims about the TrueSignal antenna.

Several antenna companies market their antennas using similar language. There is, in fact, no 2018 “new rule” suddenly mandating your access to free TV. You have been able to watch free TV for decades. Notice the ad copy does not directly state you can receive cable and satellite channels over the air. It only states you can watch “all your favorite channels,” which in this case better be local TV stations and not networks like USA, TNT, CNN, etc. Consumers did not need a new rule to cut the cable TV cord. They just needed competition.

A map invites consumers to see if “free TV” is available in their state. Unsurprisingly, it is in all 50 states.

The rules regarding scrambling have only toughened against consumers over the last few years, not improved. Cable operators are now permitted to encrypt their entire TV lineup, even those channels customers used to watch using a built-in QAM tuner. The encryption allows cable companies to disconnect service from the office instead of dispatching a truck to physically disconnect the line going to your home or apartment.

However, not all TV antenna’s will work. In an attempt to block the public from picking up their TV signals, the cable companies are broadcasting their signals at very low frequencies since most antenna’s will not be able to pick them up. The trick is to get an antenna that can reliably pick up these low frequency signals, and up until now, there hasn’t been an antenna advanced enough to pick these signals up reliably. (There are other antenna’s out on the market, but they fail miserably in comparison to this one).

This is plainly false. Cable companies do not “broadcast” signals over the air. They send them through cables, hence the name “cable” television. Most cable systems also encrypt their digital lineups and no television antenna alone will decrypt them. If we were charitable, we could hazard a guess the reviewer is trying to suggest there are low-power television stations out there which need a better antenna to receive clearly, but these stations are independent of cable operators, don’t transmit on “very low frequencies,” and have been around for years.

Developed by a NASA engineer using military technology, the ClearView HDTV Antenna was just released this year so that it could specifically pick up these signals reliably and has been hailed as the only “super” HDTV antenna. It uses a discrete mud flap modern design which makes it the most reliable and technologically advanced antenna to hit the market today. It can pick up signals out to 60 miles with no problem (as well as the low frequency signals) to enable you to receive free crystal-clear HD channels.

Phillip Dampier: Debunking mode.

Misleading. In fact, the original design for the so-called “mud flap” antenna came from a Raleigh, N.C. based company Mohu. The company began as a small military contractor and the original intent of the antenna was not to receive free cable television. Mohu’s founder, David Buff, was working under a military contract to research new ways to counteract improvised explosive devices (IEDs) that were used against our armed forces in Iraq and parts of Afghanistan. He devised a low/no-profile antenna that closely resembled a mud flap attached to armored military vehicles that would jam the remote wireless signals used by insurgents to detonate roadside bombs. The military chose a different approach. So if the people selling these antennas were honest, they would have to say, “Developed by a military contractor but rejected by the military itself….”

Buff would later expand Mohu as a consumer antenna company, but suggests his proprietary design isn’t the result of the ‘space age’ antenna, but rather the signal amplifier attached to it. But that is hardly groundbreaking if an antenna cannot receive enough signal to amplify.

The “reviewer” promoting the ClearView antenna (who will earn a percentage from every sale that results from a click on his website) was amazed with the results:

What happened next was astonishing…

We turned the TV on and found ourselves staring back at an incredibly clear channel in HD. We kept flipping through channels and to our amazement, every channel was crystal clear. Best of all, we received almost all of the most popular channels you would get with cable.

All in all, we were able to access 68 channels in 1080 HD. It was as if we were getting free cable or satellite TV.

Now, before you cancel your cable or satellite subscription, it is important to note that there were a few channels that we could not get with the antenna. But in the end, we were able to receive about 85% of the same channels and more importantly, they were the most popular channels that people actually watch.

The verdict:If you want to save thousands of dollars and stop paying for cable or satellite tv, and don’t mind losing out on a few random channels you probably won’t even watch….

Up and coming technology: A wireless over the air antenna that receives signals from the best place in the house and then sends channels over an in-home Wi-Fi network.

We were not surprised it was deemed astonishing, considering the companies selling these antennas routinely buy sponsored space to promote their products on independent websites or compensate reviewers with a substantial commission if their reviews result in product sales. (Stop the Cap! does not accept sponsored posts or commissions to peddle products.)

The ClearView antenna did not do well for Amazon customers.

What the reviewer experienced was… over the air television, received through an antenna. Because most television stations now broadcast a digital signal, it is not surprising every channel would appear “crystal clear” because the alternative is typically no signal at all. The article continues to mislead readers, however, when it suggests buyers would “receive almost all of the most popular channels you would get with cable.” In fact, antenna users will only receive free, over the air local stations. Getting 68 over the air digital TV channels (and subchannels) is common only in the largest cities with multitudes of over the air stations. Many of those channels target ethnic minorities with foreign language programming, religious programming or home shopping. In most medium and smaller cities, expect 20-25 channels.

Right until the end, the reviewer was prepared to mislead his readers. The disclaimer itself fails to be completely forthcoming as well, telling prospective buyers there were only “a few” channels not receivable with the antenna. That could refer to over the air stations too weak to receive, but the surrounding context invites readers to believe those few channels are cable television networks. Telling people they will receive about 85% of the “same channels” (whatever that means) and “most channels that people actually watch” is true only if you exclude all cable television networks from that list.

The worst part of this is after spending $40 on the ClearView HDTV antenna, a whopping 52% of reviewers on Amazon.com gave it just one star. One reviewer compared it with a bent coat hanger serving as an improvised antenna and the coat hanger won. Most claimed it completely failed their expectations.

These antennas are made and marketed to a gullible public that has either forgotten about the basic principles of television antenna design or were too young to have ever used one. Many of the “high-tech” antennas we see sold these days are designed to work with UHF channels only, an important issue if one or more local stations still occupies VHF channels 2-13.

A more traditional RCA set-top antenna style common from the early 1970s – today. They work reasonably well and are inexpensive. The two vertical telescoping antennas are for VHF reception and the loop is tuned to receive UHF channels. You need an antenna capable of receiving both bands if you have stations on channels 2-13.

Indoor antennas are only suitable in you live relatively close to the transmitter. In most cases, residents of a city or inner ring suburb can usually get by with two telescoping rod antennas (“rabbit ears”) and a UHF antenna shaped into a small loop or bow tie design. Traditional set-top antennas often incorporate both. The telescoping antennas can be raised or lowered and rotate in various directions until you find the best reception. A UHF antenna usually can be turned to the right or left until best reception is achieved. These antennas are perfectly suitable and cost $20 or less. There are more modern antenna designs, some flat plastic or rubber sheets, others look like miniature replicas of an outdoor antenna mounted on the roof. In most cases, the design itself is what is “revolutionary.” None of these antennas perform miracles, but many are adequate. The key is finding the right direction to point them in or keeping them as close to a window as possible. You may need to find a different window, or change the height or positioning of the antenna to get the best reception.

If your reception remains poor, you need a roof or attic-mounted antenna, (remotely rotatable preferred over fixed-mounted). These antennas are mounted higher in a home, giving a less obstructed view to the transmitter tower, and capable of collecting weak signals that would be non-existent indoors. The biggest cost involved with these is often not the antenna but the installation. A high quality roof-mounted antenna will outperform any indoor antenna and will likely receive some stations from adjacent cities.

A relatively recent development is the “wireless antenna” which receives signals from an antenna placed in an area of the home which gets the best reception and transmits received TV channels over an in-home Wi-Fi network, making long antenna cable runs unnecessary. Unfortunately, reviews of many of these products are mixed and hint the technology has to undergo further development to make it less frustrating.

For now, cord-cutters with reception challenges may find the best solution is to subscribe to one of the streaming providers like DirecTV Now, YouTube TV, Hulu, etc. Be sure to verify which stations are available to you from each service before subscribing as they vary widely in each market.

If investing in a TV antenna, start small and inexpensive and consider trying out antennas available in local stores like Walmart, which can be more easily returned if they are unsuitable. If buying online, stick with a retailer like Amazon.com where independent reviews can help give you some insight into each antenna. Just be careful about overly glowing reviews. Fake/compensated reviews are a significant problem on online retailer websites, especially for unknown or unusual products or brands trying to break through in the market.

Charter Communications will close down Time Warner Cable’s Wi-Fi calling app Phone2Go on July 5, 2018, citing low customer usage.

Originally introduced in 2014, Phone2Go was marketed as a free Wi-Fi calling app alternative to Skype or Vonage. The Android and iOS app linked to Time Warner Cable/Spectrum’s phone service, allowing customers to make free calls, text and video conference over the app when away from home or abroad. Each account supported up to five devices, which allowed distant relatives, friends, or family members to make and receive free calls.

“One of the important advantages of Phone2Go is you can give an ID to a relative or friend who lives abroad. And they can make calls as if they were in the United States. So they can call you say on your cellphone, they may be say in Europe and you are in the U.S. and they would only pay the local rate,” said Time Warner Cable Phone general manager Jeff Lindsay back in 2016.

The app was never popular with customers, however, because call quality was often poor and the app was infrequently updated. It was also cumbersome to change or add devices, and once registered to a device, it was very difficult to re-register those devices for use with another account. After Charter Communications acquired Time Warner Cable, there were frequent and long-lasting service outages affecting the Phone2Go app, which may have driven off what loyal users it had.

Spectrum is contacting customers registered for the app by phone to alert them the Phone2Go service would be discontinued on Thursday.