Customers in Florida and Texas received this notice with his latest cable bill. (Image courtesy: Nucleartx)

The “consumer benefits” of Charter Communications’ acquisition of Time Warner Cable and Bright House Networks just keep on coming as the company has begun hiking the cost of its broadband plans by $5 a month:

Important Billing Update: At Spectrum, we continue to enhance our services, offer more of the best entertainment choices and deliver the best value. We are committed to offering you products and services we are sure you will enjoy.

Effective with your next billing statement, pricing will be adjusted for:

• Internet Service from $59.99 to $64.99.

If you are currently on a discounted rate, you will not realize an increase until the end of your promotional period.

The rate increase means Charter/Spectrum’s nationally available, entry-level broadband plan will now cost customers $64.99 a month. The company is also hiking rates on its Ultra tier (300Mbps in former Time Warner Cable Maxx markets, 100Mbps in most other markets) by $5 to $104.99.

Customers signed up to Spectrum’s base 60Mbps internet plan may be able to threaten their way to a lower price by contacting customer service and informing them you plan to switch to Earthlink, which is offering lower-speed plans as low as $29.99 a month for six months. Charter Spectrum has given many complaining customers a 12-month retention plan priced at $39.99 or $44.95 a month for 60Mbps.

Time Warner Cable is nearing the end of its $60 million “Maxx” upgrade of San Antonio, company officials said in a news release.

The Maxx upgrade most noticeably boosts broadband speeds up to six times faster than what customers used to receive, at no change in price, up to 300/20Mbps.

Time Warner Cable Maxx Broadband Speed Comparison

Earthlink customers will also get a speed boost.  The traditional EarthLink Broadband plan will become EarthLink Extreme with speed up to 50/5Mbps. EarthLink Cable Max will become EarthLink Ultimate with speed up to 100/10Mbps. Customers who want faster Internet will have to switch back to Time Warner Cable to upgrade above 100Mbps.

As part of the upgrade, Time Warner has converted its analog television signals to all-digital service. Free digital adapters are available to customers until Dec. 28, 2016. After that, each adapter will cost $2.75 a month.

Earthlink customers in New York, Los Angeles and Austin are receiving letters from Time Warner Cable advising them they qualify for the same speeds Time Warner Cable broadband customers are receiving as part of the TWC Maxx upgrade program.

Standard Earthlink customers in these cities will get speed upgrades from 15/1Mbps to 50/5Mbps at no extra charge. Turbo speed customers will see speeds rise from 20/2Mbps to 100/10Mbps, also at no additional cost.

Stop the Cap! reader Iris was immediately suspicious about the tone of Time Warner’s letter, which has the potential of confusing customers that own their own cable modems. The letter suggests customer-owned equipment might not be compatible with the speed upgrades. Customers are given a phone number to verify their eligibility, and some who have contacted Time Warner Cable report back they have been given a brief sales pitch to ditch their own modem in favor of one from Time Warner Cable, which costs $5.99 a month forever.

Time Warner could have simply enclosed its list of approved modems, which would answer customer concerns without having to make a phone call. But that wouldn’t give the company a chance to score extra revenue convincing customers to toss their old equipment in the trash while paying an unnecessary monthly modem fee for the rest of their lives.

For the record, your old modem probably will continue to work even if it isn’t capable of delivering the fastest speeds. If 50/5Mbps is fast enough for current Earthlink Turbo customers, they might want to consider downgrading service until they can budget to buy a new modem capable of taking full advantage of the faster 100/10Mbps speeds now on offer.

For your convenience, here is the latest Time Warner Cable Approved Modem List for TWC Maxx upgrade areas:

Sprint has begun decommissioning its increasingly obsolete 4G WiMAX network with definitive plans to shut off the service completely by the end of 2015.

While most Sprint customers with smartphones have long since moved away from WiMAX, Sprint has resold access to the 2.5GHz network for some prepaid Boost, Sprint, and Virgin Mobile customers as well as third parties including FreedomPop and Earthlink.

WiMAX was the first 4G network in the United States, launching first in Baltimore in the fall of 2008. Sprint customers were offered the HTC Evo 4G smartphone to access WiMAX’s faster speeds. Separately, Clearwire marketed access to WiMAX as a wireless home and business broadband solution. WiMAX was often promoted as a longer distance alternative to Wi-Fi, and was initially capable of 30-40Mbps speeds.

In practice, WiMAX in the United States never achieved great success. Sprint and Clearwire’s network was never built out sufficiently to provide nationwide coverage, and because it relied on very high frequencies, even customers inside claimed service areas often dealt with reception problems, especially indoors. Clearwire’s home broadband replacement often required reception equipment be placed near a window, preferably one without a thermal coating that could block or degrade the signal.

As soon as Sprint and Clearwire added a significant number of customers to the network, speeds deteriorated. Neither company invested enough in upgrades to keep up with demand. Instead, Clearwire’s home broadband customers, originally promised unlimited service, were routinely speed throttled for “excessive use.”

The same year WiMAX was introduced in Baltimore, Network World was already warning the technology was in trouble. By 2011, the magazine had officially declared WiMAX dead.

“There was way too much hype surrounding WiMAX (like the White Spaces today, it was marketed as ‘Wi-Fi on steroids’ and a replacement for Wi-Fi; such was, of course, complete nonsense)”, the magazine wrote.

Other American wireless carriers showed little interest in WiMAX, particularly as competing 4G technologies including HSPA+ and LTE were nearing deployment.

Despite the promise of greatly enhanced data speeds with the next generation of WiMAX, dubbed WiMAX 2, many of the world’s largest wireless carriers were already preparing to move on. In particular, China Mobile (and its 600 million customers) became the decisive factor that turned WiMAX 2 into a bad bet. China Mobile decided the better choice was TD-LTE, a variant of LTE technology. With China Mobile providing service to 10 percent of the world’s mobile users all by itself, support for TD-LTE grew and attracted equipment manufacturers that saw the earnings potential from selling tens of millions of base stations.

TD-LTE is an excellent upgrade choice for WiMAX operators because it was designed to work best at high frequencies ranging from 1850-3800MHz — the same frequency bands that WiMAX already uses.

Sprint expects to decommission at least 6,000 of its 17,000 WiMAX cell sites. Another 5,000 of those sites have already gotten TD-LTE technology, a part of Sprint’s broader LTE network upgrade. Sprint will combine its FDD-LTE network in its 800MHz and 1.9GHz spectrum with a TD-LTE network in its 2.5GHz spectrum. Sprint Spark customers are being offered tri-band equipment that can access either technology. Sprint can use its massive expanse of 2.5GHz spectrum to offload data usage from its lower frequency spectrum, especially in large cities.

Another 5,000 legacy Clearwire cell sites will be upgraded to TD-LTE between now and the end of next year. Sprint expects to deploy TD-LTE more widely than WiMAX, potentially serving 100 cities and 100 million base stations by 2016.

Sprint has protected much of its postpaid customer base from the transition by repeatedly encouraging customers to upgrade to LTE service, now being rolled out as part of its Network Vision plan. But firms like FreedomPop and others that now lease access to the WiMAX network will leave their customers with a shorter upgrade path when WiMAX equipment stops working, requiring users to upgrade to LTE equipment.

[flv]http://www.phillipdampier.com/video/Sprint Spark – Today is already the future 10-30-13.mp4[/flv]

Sprint hypes its new tri-band Sprint Spark network, which combines two different LTE networks to deliver faster data speeds. (1:18)

AT&T customers in Carbon Hill, Ala. received an unwelcome surprise in their mailbox recently when AT&T informed them they will be part of an experiment ending traditional landline service in favor of a Voice over IP or wireless alternative.

Affected customers are involuntary participants in what AT&T calls an “exciting opportunity for our customers and for our company,” but many residents want no part of it.

The Wall Street Journal reports Carbon Hill city clerk Janice Pendley says some people in the former mining town are not pleased.

“Some of them like their landline, and they like it just the way it is,” she says.

AT&T’s experiment will force new and existing customers to switch to its more-expensive U-verse broadband platform, use a mobile phone, or a home landline replacement that works over AT&T’s cellular network. The FCC has granted AT&T permission to impose its experimental plan to end traditional landline service in two communities where regulatory protections for landline customers are weak to non-existent — Alabama’s Carbon Hill and Delray Beach, Fla.

Carbon Hill is a small town of around 880 households in extreme western Walker County. It is the kind of rural town AT&T would likely never consider for a U-verse upgrade. AT&T embarked on a second major push to extend U-verse into more communities last year, but also indicated it would strongly advocate for a wireless replacement for its landline network in the rest of its service areas. Because Carbon Hill is an experiment, AT&T will offer U-verse to at least part of the community regardless of the usual financial Return on Investment requirements AT&T usually imposes on its U-verse expansion efforts.

AT&T is pushing forward despite the fact it  has no idea how it will offer service to at least 4% of isolated Carbon Hill residents not scheduled to be provided U-verse and not within an AT&T wireless coverage area. There are also no guarantees customers will be able to correctly reach 911, although AT&T says the technology “supports 911 functionality.” Serious questions among consumer advocates remain about whether the replacement technology will support burglar alarms, pacemakers and even systems used by air-traffic controllers.

The difficulties service Carbon Hill relate to its rural makeup and income profile. In Delray Beach, it is all about customer demographics. Half of the city is home to residents over 65 years old — the group most likely to prefer their existing landline service. Many are likely to be unhappy about a transition to new technology that will not work in the event of power interruptions, will require the installation of new equipment, or will be tied to a wireless platform that some say reduces the intelligibility of telephone conversations and often introduces audio artifacts like echo, background noise, and dropouts.

In both cities, customers only offered wireless-based service will no longer have access to DSL or wired broadband service of any kind. The wireless alternative from AT&T comes at a high cost and a low usage allowance.

The benefits to AT&T are unquestionable, however. The company will win almost universal deregulation as a Voice over IP or wireless telephone provider. Legacy regulations on customer service requirements, pricing, and obligations to provide affordable phone service to any customer that requests it are swept away by the new technologies. Competitors are also worried AT&T will be able to walk away from regulations governing open and fair access to AT&T’s network.

The Wall Street Journal reports:

The all-Internet protocol “transition holds many promises for consumers, but losing access to affordable voice and broadband services cannot be part of that bargain,” wrote Angie Kronenberg, general counsel of Comptel, in a letter to the FCC last month on behalf of the small-carrier trade group, several companies and public-interest groups.

AARP said it believes AT&T’s plan has “numerous problems.” The technology might not be reliable enough or fail when calling 911 in an emergency, the advocacy group for seniors told regulators in its comment letter. The FCC is reviewing hundreds of comments received in response to AT&T’s request.

EarthLink piggybacks on the “incumbents as little as economically possible” and has laid nearly 30,000 miles of fiber-optic cables throughout the U.S. to help it reach more than a million customers, says Rolla Huff, a former EarthLink chief executive. Still, the company needs access to the connections built by AT&T and Verizon into buildings.

Telecom carriers such as Windstream in Little Rock, Ark., and sellers of broadband data services like EarthLink and XO Communications LLC, of Herndon, Va., have had the right to buy last-mile access at regulated prices since the last major overhaul of federal telecom laws in 1996.

If AT&T ends its traditional network, those competing service providers will have to negotiate with AT&T for access at whatever price AT&T elects to charge.

A preview of what is likely to happen has already been experienced by TW Telecom, an independent firm selling phone and Internet services to businesses over more than 30,000 miles of fiber lines. But that fiber network means nothing if a customer’s last mile connection is handled by a local phone company no longer subject to regulated pricing and access rules.

In Tampa, where Verizon has deployed FiOS as an unregulated replacement for its older, regulated copper-based network, TW Telecom learned first hand what this could ultimately mean:

Rochester Telephone Corporation was born in 1921 after a merger between the Rochester Telephonic Exchange, a branch of the Bell Company of Buffalo and locally owned independent Rochester Telephone Company, which was not allowed to use Bell’s long distance network.

TW Telecom approached Verizon in 2012 to seek last-mile access to a Tampa, Fla., building being converted into a bank from a restaurant. Verizon had installed only FiOS at the building.

Verizon said no, telling TW Telecom to build its own connection or pay Verizon thousands of dollars to do the job. TW Telecom declined to pay and lost the customer’s business.

“When it happens, it’s devastating,” says Kristie Ince, who oversees regulatory policy at TW Telecom. Similar snarls have cost the company at least six customers since then. Other carriers say they have had similar clashes.

In Illinois, Sprint’s business phone network has run into a barricade manned by AT&T. Sprint needs AT&T to interconnect calls placed on Sprint’s network intended for AT&T’s customers. The two companies cannot agree on an asking price under the deregulation scheme so Sprint converts its Voice over IP calls to older technology still subject to regulation just so calls will successfully reach AT&T’s customers. AT&T promptly converts those calls back to Voice over IP technology as it completes them.

AT&T said it has “no duty” to connect its Internet protocol traffic with Sprint’s.

If the FCC keeps IP-based traffic deregulated, if and when the old landline network is decommissioned, AT&T will have the last word on access, potentially putting competitors out of business.

Our great-great grandparents experienced similar problems in the early days of telephone service, when high rates from the local Bell telephone subsidiary provoked local competition. But Bell companies routinely refused to handle calls placed on competitors’ networks, forcing customers to maintain a telephone line with both companies to reach every subscriber. Additionally, only Bell-owned providers had access to the long distance network – a competitive disadvantage to competing startups.

Regulatory changes, a handful of mergers and the eventual establishment of the well-regulated Bell System eventually solved problems which threaten to return if AT&T has its way.