Again with the domination and control thing.

Dr. John Malone is wasting no time reacquainting the cable industry with the kinds of classic power plays he used while running Tele-Communications, Inc. (TCI), then America’s largest and most powerful cable operator. Malone’s latest salvo: proposing new broadband pricing schemes that run afoul of Net Neutrality by charging consumers higher broadband prices if they watch online video services like Netflix.

Malone, increasing his influence over Charter Communications before launching the next wave of cable company consolidation, implied the industry is hurting from the lack of power and dominance it used to enjoy when it had an unfettered, territorial monopoly back in the 1980s. Malone told an audience at the annual shareholder meeting of Liberty Global he advocates getting the industry’s mojo back by returning to “value creation” pricing models — code language for new ways to charge customers higher prices or add-on fees.

Malone sees raising prices for Internet service key to bringing the industry back to the golden profits it used to enjoy selling television subscriptions, even as customers faced massive rate increases that doubled, tripled, or even quintupled rates for certain services.

Malone’s assessment of the eight current largest cable operators wiring the country: Snow White (Comcast) and the Seven Dwarfs (Everyone Else). The disorganized agendas of various cable operators are troublesome to Malone, who wants the industry to act in lock step with a unified, cooperating voice. Consumer groups call this kind of friendly cooperation “collusion.”

Malone also thinks it is time to discard reliance on cable television to bring home the revenue and profits Wall Street expects. The industry should instead turn its earning attention to broadband, a product few Americans can live without. Malone believes the cable industry is not only positioned to control content distributed on its TV Everywhere online video platform for authenticated cable subscribers, but also have a say in competing content from Netflix, among others, which are totally reliant on the broadband pipes provided by ISPs.

With Netflix consuming a growing percentage of cable broadband resources, and possibly contributing to cable TV cord cutting, Malone does not advocate crushing its competition. Instead, he wants a piece of the action. How? By demanding online video providers pay for using cable broadband infrastructure. Consumers also face surcharges on their broadband accounts if they watch online video services like Netflix, Amazon, YouTube and other over-the-top-video. Malone also advocates the implementation of Internet Overcharging schemes like consumption billing and usage caps.

Malone’s “world of the future,” is, in reality, not much different from AT&T’s 2005 proclamation that use of AT&T’s broadband pipes should come at a cost to content producers.

Then-CEO Ed Whitacre’s public statements fueled support for Net Neutrality, which forbids broadband providers from traffic discrimination techniques like charging extra for certain content or artificially degrading service for producers who refuse to pay.

Malone’s incendiary ideas may be letting too much of the cat out of the bag, say some observers worried Malone’s rhetoric will remind people he was once labeled “the Darth Vader of Cable.” His statements could attract unnecessary attention that could be used to organize opposition.

Last week, the Wall Street Journal reported that broadband providers and content producers were already secretly cutting deals to exchange bandwidth for money without the public scrutiny Malone’s comments will generate.

The newspaper reports some of the biggest Net Neutrality proponents around, particularly Google, are quietly paying millions to large cable companies to guarantee their content reaches customers as quickly and smoothly as possible.

Among the top recipients: Comcast, which collects $25-30 million a year and Time Warner Cable, which nets “tens of millions of dollars” from Google, Microsoft, and Facebook.

The payments are buried in the murky world of “interconnection agreements” governing the backbone pipes carrying huge amounts of web traffic from popular websites and those owned by large telecom providers. Originally, content and broadband providers agreed to peering arrangements that would trade traffic without payment to each other. But as bandwidth-heavy online video began to turn those shared connections into lopsided floods of movies and TV shows headed into subscriber homes against a trickle of content coming back from broadband customers, the cable and phone companies began crying foul.

Netflix has so far navigated around paying Internet Service Providers directly to support their video content. Instead, it is building its own specialized content distribution network intended for ISPs to more effectively and efficiently deliver high bandwidth video. Connections to the Netflix network are free of charge to participating providers, but many ISPs are demanding to be paid.

Some content providers are fearful if they don’t pay, the free “peering” links will become hopelessly overcongested and slow web pages and services to a crawl.

For Verizon customers, that may have already happened as Netflix streams began stuttering and buffering earlier this month.

Cogent, which supplies Verizon with a considerable amount of Netflix traffic, immediately pointed the finger at the phone company for artificially degrading the Netflix viewing experience. Verizon promptly shot back:

Cogent is not compliant with one of the basic and long-standing requirements for most settlement-free peering arrangements: that traffic between the providers be roughly in balance. When the traffic loads are not symmetric, the provider with the heavier load typically pays the other for transit. This isn’t a story about Netflix, or about Verizon “letting” anybody’s traffic deteriorate. This is a fairly boring story about a bandwidth provider that is unhappy that they are out of balance and will have to make alternative arrangements for capacity enhancements, just like any other interconnecting ISP.

Cable giants like Malone see the battle as one the cable industry will have a hard time losing, because it is the only technology present in most communities that can handle the traffic and the growing demand for faster speeds.

Cable operators think content companies have a license to print money, especially since their success is built partly on broadband networks they don’t own or pay for delivering content to customers. At the same time, content companies fear they could be forced out of business if the cable industry decides to give itself preferential treatment.

[flv width=”504″ height=”300″]http://www.phillipdampier.com/video/WSJ Paying ISPs to Move Content 6-20-13.flv[/flv]

Reporters from The Wall Street Journal discuss the secret payment arrangements between content producers and some of America’s largest ISPs. (4 minutes)

An upstart telecom company has thrown the French mobile market into competitive chaos offering customers unlimited voice, messaging, and certain data services for around $26 a month. Now the company is expanding its footprint by offering free femtocells to customers that can be shared by other customers, according to a report by GigaOm‘s Kevin Fitchard.

France’s Free Mobile is everything North American cell phone providers are not. The company offers dirt cheap, often unlimited service (their backup HSPA+ roaming data network has a 3GB limit), crowdsourced public Wi-Fi networks run by its customers, and soon an even more robust network made possible by handing out network extender devices at no charge, improving indoor reception and data speeds.

Free offers more than just mobile services. Its home broadband service offers 40-100Mbps Internet service, offering plenty of bandwidth to accommodate shared connections.

Freebox home Internet gateway, now including a free femtocell.

Back home in the United States and Canada, cell phone companies ask customers to pay up to $300 for network extender devices to manage reception your provider was supposed to deliver in return for paying them nearly $100 a month. The femtocells connect to a customer’s home broadband connection to make and receive calls. Despite the fact customers are using their own broadband service to power the device, cell phone companies still deduct minutes, texts, and data from monthly usage allowances just as if one was using a nearby cell tower.

Free Mobile customers don’t have to deal with any of that. In return for helping improve the company’s cellular network, customers will get the network extender devices, known as femtocells, free after a nominal shipping charge. New customers will have the femtocell technology built right into Free Mobile’s Freebox Revolution gateway.

Parent company Iliad is depending on its generous customers to help extend the network while keeping prices low for everyone. Considering the costs, few object to sharing a negligible part of their broadband connection with other customers, especially with millions of potential connection points sharing the load.

French cell phone users have a lot to thank Iliad for, even if they are not Free Mobile customers. The appearance of Free Mobile on the scene sparked a massive price war that is delivering savings to every French mobile user.

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/Free Freebox Server 6-13.mp4[/flv]

Introducing the Freebox Server, a home gateway cool enough to put on your desktop. (1 minute)

[flv width=”640″ height=”380″]http://www.phillipdampier.com/video/Free Designer Starck talks about the Freebox 6-13.mp4[/flv]

Only in France will you find providers spending as much time and attention on the stylish details of a set-top box as they do fretting about its cost. To underline the point, designer Philippe Starck turned up on Free’s website to talk about his design philosophy for the gateway device. (3 minutes, French)

Would you be surprised to learn a company with just a basic, outdated website replete with spelling and grammar errors holds at least 760 television station construction permits and licenses and just wrote a check for $46.5 million to buy 52 more stations from nine different owners, with plans to shut every last one of them down in the future?

That is precisely the business plan of “Landover Wireless Corp.” and its series of limited liability corporate entities, which are grabbing up as much UHF television spectrum they can apply for across the country.

They are not alone.

CTB Spectrum Services, a company associated with Landover 2 LLC, has 356 UHF TV construction permits/licenses. Its website offers slightly more information about its operations, but not much.

DTV America, a mysterious Sunrise, Fla.-based venture with an official mailing address of 12717 W. Sunrise Boulevard (Suite 372) has its headquarters inside a private mailbox at a UPS Store. The company also has countless requests for television licenses on the UHF dial. DTV America manager John Kyle is also listed as chairman and president of The Pharmacy Television Network, which appears to broadcast its programming on video displays inside pharmacies. DTV America has the lowest profile of all three companies, with no apparent website.

And you thought over the air television was dead.

DTV America’s home is inside a mailbox at the UPS Store in Sunrise, Fla.

A number of low power television owners are surprised to see the sudden rush to launch more than 1,000 new television stations across the country, particularly in rural markets that have been considered a financial dead-end for low power television. Being in the LPTV business and making a living at it often depends on whether a local cable company or satellite dish provider will pick up and relay the station to the majority of Americans that do all of their television viewing on a paid platform. Without this carriage, low power television outlets have several strikes against them: challenging reception from operating with relatively low power, the lack of compelling programming — many of these outlets air paid religious, home shopping, music, or infomercial programming 24 hours a day, and the lack of familiarity by viewers who may not realize these stations are on the air.

From information Stop the Cap! has obtained, none of these ventures actually intend to stay in the over-the-air television business. Instead, they are using FCC licensing rules to get valuable UHF spectrum without having to bid for it at forthcoming spectrum auctions. At least two of the companies claim they are raising capital to build a unicast 4G wireless content delivery network. But some critics contend they are actually spectrum squatters — speculators that have no intention of building anything. Instead, critics charge they will conduct minor experiments to effectively stall the FCC, hanging onto their permits and licenses until they can sell their holdings to a wireless provider hungry for 500-700MHz spectrum and willing to pay top dollar to get it.

Meanwhile, Landover’s $46.5 million buys them dozens of low power stations airing 30-minute commercials like “Skin Solutions by Dr. Graf.” The company claims it will keep those stations on the air until their wireless network is ready, and then the infomercials (along with the rest of the television programming) will be gone for good. Landover also managed to acquire larger Class A TV stations as part of the deal, including one each in Las Vegas and Sacramento, and three in Texas. These stations might become part of the company’s 4G network, sold off or compensated to sign-off forever as part of forthcoming “spectrum packing” by the FCC — further shrinking the UHF TV dial and auctioning off the “excess” spectrum to AT&T, Verizon, Sprint, and other cell companies.

CTB’s License Map

CTB also holds multiple TV licenses in several of its markets. The company claims it will combine those stations together in something akin to a high-powered cellular network to create a bigger wireless data pipe using “patent pending multi-frequency cellular terrestrial network technology [that] increases capacity by hundreds of times through frequency re-use, while also enabling full mobility, broadband Internet, and location-based services.”

CTB’s sales pitch claims its TV licenses offer up to 228MHz of bandwidth that is “essentially identical to 700MHz spectrum, but can be acquired at a fraction of the cost.” The company also claims it has exclusive rights to TV “White Space” spectrum via first adjacent channels, which are treated like guard bands to protect against interference from nearby stations.

All of these companies are applying for channels largely in low-interest rural markets, where they face few challenges from competing applicants. CTB calls this part of their rural “corridor” strategy. One such corridor covers stations in a line from Wisconsin west to Idaho.

All three companies are betting the FCC will allow them to eventually convert their over-the-air television licenses into wireless data networks, or let them sell the spectrum to deeper pocketed players in keeping with the Commission’s plan to open up more frequencies for data-hungry users. If the FCC allows it, these three entities will end up with the rights to prime wireless spectrum covering up to 90 percent of the country without having to spend a penny at forthcoming spectrum auctions.

But there are financial risks. The type of low power station licenses held by most of these companies do not get them a seat at the spectrum packing table. LPTV outlets are considered low-priority stations, and in larger communities, many could be forced off the air without compensation to make enough room for more important, full power stations.

No license, no 4G data network for Landover, CTB and others. But the chances of that happening in rural markets, where residents are lucky to have two or three over the air stations, are slim.

The technology might offer unique broadband opportunities for rural areas where conventional low-range cell towers are too expensive, if the technology works. A higher powered transmitter serving a rural, larger geographic area might prove financially attractive in low population density areas. Only time will tell if any of these entities will be able to raise the capital needed to fulfill the FCC’s construction permit obligations, which give owners just a few years to get their stations on the air or face forfeiture of their permit and/or license.

AT&T U-verse broadband has not kept up with the times, limiting speed-craving customers to a comparatively slow 18-24Mbps that hasn’t changed much in a few years. But an AT&T employee claims in the company forums that is all about to change, with new broadband speeds up to 48-60Mbps downstream and up to 10Mbps upstream on the way.

The improvements will not just mean faster Internet speeds, but also better television service. U-verse is an IP-based network using a DSL variant to deliver a broadband pipe into customer homes. That pipe is divided up between television, broadband, and phone service. Previously, U-verse limited television viewing to a handful of concurrent television streams — a problem in large households with heavy TV and DVR usage. The network upgrade won’t eliminate that problem, but it will make it more rare with up to six channels viewed simultaneously.

AT&T customers will also eventually benefit from a switch to “cloud storage” DVR equipment, which will record and store TV shows remotely and stream them back to your television on-demand. This will allow AT&T to sell customers different levels of storage capacity and reduce customer inconvenience should they lose all of their recordings if a hard drive happens to fail.

The employee predicts the speed increases will begin rolling out in July, beginning in Texas.

Not all markets or customers will be able to get the fastest speeds offered by AT&T because U-verse is still dependent on copper wire between a customer’s home or business and the nearest fiber optic link. AT&T intends to boost speeds for some customers using pair bonding to eke more performance from their aging wiring. Customers already buying U-verse’s top 24Mbps tier will receive a free upgrade to 30Mbps when the new speeds are introduced.

Some leaked pricing for the new speeds (discounts may apply in bundled packages):

• 3/1Mbps — $41
• 12/1.5Mbps — $51
• 18/1.5Mbps — $56
• 30/3Mbps — $66
• 45/6Mbps — $86
• 60/6Mbps — $106
• 75/10Mbps — $121

No word on if AT&T plans adjust its barely enforced U-verse usage cap (250GB).

Werner

Cable operators are getting ready for competition from Google and other fiber providers with an upgrade to the cable broadband standard DOCSIS that will support up to 10/1Gbps service.

Comcast chief technology officer Tony Werner told attendees at the Washington, D.C. Cable Show that DOCSIS 3.1 will deliver about a 50% improvement in spectrum efficiency.

The new standard relies on orthogonal frequency-division multiplexing (OFDM), a standard already used by the wireless industry to get tighter performance from existing wireless spectrum.

The cable industry’s weakness remains its broadband upstream capacity. Standards originally developed for cable broadband assume users will download far more content than upload, so the focus has always been on download speeds. Upload speeds have been anemic in comparison. Until recently, cable technicians worried they would have to dedicate considerably more bandwidth for faster upstream speeds, but with improved standards, that may no longer be true.

Time Warner Cable’s chief technology officer Mike LaJoie is convinced his company will not have to widen upstream bandwidth. Time Warner has been among the stingiest providers of broadband speed upgrades,  still offering residential customers in most service areas a maximum of 50/5Mbps service, even as Comcast has upgraded to 305Mbps in certain markets, mostly in the northeast. This week Comcast demonstrated 3Gbps broadband, primarily to prove the cable broadband platform will be able to compete with fiber technology.

LaJoie

The first trials of the new broadband standard are anticipated in 2014, with modems for sale later that year or early 2015. Comcast is expected to begin buying and deploying DOCSIS 3.1-capable modems “when it makes financial sense.”

Major speed increases will require cable companies to accelerate the transition to all-digital video platforms to free up available cable spectrum. The faster the offered speeds, the more channels must be dedicated to providing broadband. Operators don’t see a space crunch anytime soon, especially if they move towards an all-IP platform that would support all services through a giant broadband pipe.

Cox Cable, for example, is planning to move more of its analog channels to digital to free up capacity for faster broadband speeds.

But exactly when consumers will be able to use the faster speeds possible from DOCSIS 3.1 is up to your provider.

Time Warner Cable is not convinced customers even need or want 100Mbps speed, so expect some cable companies to not even attempt gigabit broadband for years to come.

LaJoie dismissed triple digit megabit speeds as a novelty that is not “very deeply penetrated” in the marketplace — marketspeak for “not attracting many customers.”

“There has not been a demonstrated appetite for it,” LaJoie said.