Most Charter Communications customers should now be experiencing Spectrum’s free holiday season speed upgrade as the company rolls out speed tiers ranging from 100-1,000Mbps. Customers have been sharing their stories about the speed changes, especially for former Time Warner Cable and Bright House customers that, in many areas, languished with maximum speeds of around 50Mbps for years.

Most of the changes were noticed by customers around mid-December when Charter reprovisioned customer modems to reflect the new speed tiers. But some customers have had to call to get their modems refreshed to get the new speed upgrades. Others may need a new modem to take advantage of faster speeds. Since Spectrum does not charge a customer modem rental fee, if your speeds are inadequate with your current modem, it may not hurt to try one of theirs. Just remember they will often attempt to sell you added Wi-Fi service which you may not need for an additional $5 a month. This feature can be disabled to avoid the fee on any modem they provide if you already have your own router.

There has also been confusion because some cities are not yet fully upgraded to receive some of Spectrum’s fastest tiers and some current customers will not automatically qualify for speed upgrades until they talk to Spectrum customer service.

Premium Speed Price Reductions Arrive

Some good news — the premium prices Spectrum charges for its highest speed tiers are dropping to make room for the company’s new gigabit plan ($124.99), currently only available in a very limited service area. Spectrum Internet Ultra, which ranges in speed between 120-400Mbps depending on your service area is dropping from $104.99/mo to $89.99/mo ($79.99 if you have a television package). The original Spectrum Ultra upgrade setup fee – $199.99, has been reduced to $49.99.

If you subscribe to Internet Ultra, you may need to contact Spectrum to make sure they have provisioned your service at the new lower price. If you have any problems, refer them to Charter’s non-promotional rate card for your area, which should now show the new non-promotional/regular pricing.

Remember too that customers with legacy Time Warner Cable or Bright House packages and pricing will not receive speed upgrades.

Speed Changes in Select Areas

For many Spectrum customers, the speed increase introduces 100Mbps as the new Standard Spectrum internet speed, but in more than a dozen markets, even faster speeds are now available, at least for some customers.

In Austin, Tex., Charlotte, N.C., Cincinnati, Oh., Kansas City, Mo., New York, N.Y., Raleigh, N.C., and San Antonio, Tex.:

• Spectrum Internet Gig (up to 940/35Mbps) is now available
• Spectrum Internet Ultra (up to 400/20Mbps) for new customers (existing customers should check to see if they are still stuck at 300Mbps, the old speed)
• Spectrum Internet Standard (up to 200/10Mbps) for all customers, which includes a free speed boost.

Note: Current Internet Ultra customers may need to contact Spectrum to make arrangements for the speed upgrade. You may also need a new modem to qualify for 400Mbps speed.

In Bowling Green, Ky., Burlington, Vt., Dayton, Oh., Dallas-Ft. Worth, Tex., Evansville, Ind., Green Bay, Wisc., Greensboro, N.C., Greenville, N.C., Houston, Tex., Lexington, Ky., Los Angeles, Calif., Louisville, Ky., Milwaukee, Wisc., Palm Springs, Calif., San Diego, Calif., Syracuse, N.Y., Utica, N.Y., Waco, Tex., Watertown, N.Y., Wilmington, N.C., and Yuma, Ariz.: 

• Spectrum Internet Ultra (up to 400/20Mbps) for new customers
• Spectrum Internet Ultra (up to 300/20Mbps) for existing customers, which represents no change.

Note: Some existing customers claim they have been upgraded to 400Mbps speed automatically, but others have had to contact Spectrum to make arrangements for the upgrade. You may also need a new modem to qualify for 400Mbps speed.

Experiencing Spectrum’s Gigabit Service

Technicolor 4400 DOCSIS 3.1 modem

Upgrading to gigabit speed will take more than a phone call with customer service. For now, Charter Communications insists on an in-home service call and a setup fee that was originally set at $199.99 but may have recently dropped. Some customers report getting the fee waived by complaining about it on Twitter and referencing @Ask_Spectrum in the tweet.

We have heard from customers in Texas and Hawaii that signed up for gigabit service and their stories are similar.

• Expect a service call lasting up to two hours. A technician, or more likely a few of them will be thoroughly testing the condition of your current cable lines, both inside and outside of the home. They have new testing equipment that is more sensitive than older testing equipment, and can spot signal problems, interference, or deteriorating infrastructure that will need to be repaired or replaced before service can be installed. In most cases, this can be done during the same service call.
• There are no authorized customer-owned modems for Spectrum’s gigabit internet at this time. Customers have received Technicolor TC4400-AM DOCSIS 3.1 modems during these early days of gigabit service. There will likely be others offered in the future.
• Customers can expect speeds to approach 940Mbps of download speed and close to 40Mbps for uploads if they own gigabit capable routers and reasonably modern computers. Expect wireless speeds to be significantly lower — sometimes by more than half, depending on the device, distance from the router, and the router itself. Spectrum technicians will probably strongly recommend the use of one of their routers.
• Faster speeds were noticeable downloading large files and streaming very high bandwidth multimedia, but average users may not notice a dramatic difference from gigabit speed while doing basic web browsing and other similar activities. But the larger installed base of gigabit-capable consumers will likely inspire future applications built to take advantage of that higher bandwidth.

With many cable operators reporting a need to double network capacity every 18-24 months to keep up with customer traffic demands, the industry is spending time and money contemplating how to meet future needs while also finding ways to cut costs and make networks more efficient.

Top technology executives from five major cable operators answered questions (sub. req’d.) from Multichannel News about their current broadband networks and their plans for the future. Some, like Mediacom, are aggressively adopting DOCSIS 3.1 cable broadband upgrades for their customers while companies like Cox and Comcast are deploying multiple solutions that use both traditional hybrid fiber-coax network technology and, on occasion, fiber-to-the-home to boost speed and performance. But at least one cable company — Charter Communications — thinks it can continue operating its existing DOCSIS 3 network without major upgrades for several years to come.

Cable Broadband Traffic Can Be Handled

“We’ve been on a pretty steady path of doubling our network capacity every 18-24 months for several years, and I don’t see anything that makes me think that will change,” said Tony Werner, president of technology and product at Comcast. “We’ve been strategically extending fiber further into our network to meet customer demand, and that effort, combined with our commitment to deploying DOCSIS 3.1 has given us a network that’s powerful, flexible, and ready for what’s next.”

J.R. Walden, senior vice president of technology at Mediacom was more aggressive.

“We have completed the removal of all the analog channels. That was the big step one,” Walden said. “Step two was to start transitioning high-speed data over to DOCSIS 3.1, so we’re not adding any more 3.0 channels, and reuse spectrum for 3.1, which is a bit more efficient. The whole company is 3.1, all the modems we’re buying since June have been 3.1, so we’ve begun that next transition.”

Walden added Mediacom is also trying to improve broadband performance by reducing the number of customers sharing the same connection.

“We average about 285 homes to 290 homes per node as an average,” he said.

Mediacom is also scrapping older technology on the TV side to open new bandwidth. The cable company is getting rid of MPEG-2-only set-top boxes so the company can transition its video lineup to MPEG-4. But even that won’t last long. Walden admits the company will then quickly start moving less-viewed channels and some premium networks to IP delivery.

Traditional cable broadband service relies on a hybrid fiber-coax network.

In its European markets, Liberty Global has adopted Converged Cable Access Platform (CCAP) equipment across its footprint. CCAP technology saves cable operators space and operates more efficiently, and supports future convergence of technologies that cable operators want to adopt in the future. CCAP has helped Liberty Global deal with its 45% traffic growth by making upgrades easier. The company is also using advanced features of CCAP to better balance how many customers are sharing a connection. The next step is adopting DOCSIS 3.1.

“Seventy to 80% of our plant will be DOCSIS 3.1 ready by the end of next year, giving us a path to even greater capacity expansion allowing us to continue to increase the available capacity across our access network, upstream and downstream,” said Dan Hennessy, chief architect of network architecture for Liberty.

Charter is prioritizing maximizing performance on the network it already has.

“Our priority is to constantly balance capacity against demand. It’s a never-ending quest,” said Jay Rolls, Charter’s chief technology officer. “We watch it very closely, and we’re very pragmatic about it — the volume of tools, metrics and ways to see what’s really happening, and invest accordingly, is really deepening in ways that matter.”

Is Fiber-to-the-Home in Your Future?

While some cable operators like Altice’s Cablevision are scrapping their existing hybrid fiber-coax networks in favor of fiber-to-the-home (FTTH), America’s largest cable operators are not in any hurry to follow Altice.

Comcast has expanded its fiber network closer to customers in the last few years, but sees no need to convert customers to FTTH service.

“I feel pretty strongly that the best path ahead is to leverage the existing coaxial network and DOCSIS resources to the fullest, then inch towards FTTH, over time Why? Because we can. We don’t have to build an entire network just to turn up one customer.”

The next generation of cable broadband service may depend on CCAP – technology that will cut operator costs and lay the foundation for changing the way video and other services are delivered to customers.

Cox has a 10-year Network 2.0 plan that will bring fiber closer to customers, but not directly to every home. More important to Cox is having the option to support symmetrical speeds, which means delivering upload speeds as fast as download speeds.

“We’re also thinking about the fiber investment and fiber deep as it relates to our wireless strategy, enabling some of our customers with a small cell strategy but also positioning ourselves to take advantage of that in the future, as well as thinking about fiber deep to benefit both residential and our commercial customers simultaneously,” said Kevin Hart, Cox’s executive vice president and chief product and technology officer.

Liberty/Virgin Media’s Project Lightning is bringing cable broadband and TV service to places in the UK that never had cable service before.

In Europe, Liberty Global’s “Project Lightning” network expansion initiative is building out traditional cable service in the United Kingdom. Most of the UK never adopted cable service, favoring small satellite dish service instead. Now Liberty Global is putting cable expansion on its priority list. But decades after most North Americans got cable service for the first time, today’s new buildouts are based largely on fiber optics — either fiber to the home or fiber to the neighborhood, where coaxial cable completes the journey to a customer’s home.

Charter admits the technology it will use in the future partly depends on what the competition is offering. Rolls says the company can eventually roll out DOCSIS 3.1, take fiber deeper, or offer symmetrical download/upload speeds presumably targeted towards its commercial customers. But he also suggested Charter’s existing network can continue to deliver acceptable levels of service without spending a lot on major upgrades.

“It’s a rational approach, where we’re trying to balance the needs, the available technologies, and the costs,” Rolls said. But he also suggested DOCSIS 3.1 isn’t always the answer to upgrades. “DOCSIS 3.1 has some pretty remarkable capabilities, but it’s not necessarily a hard-and-fast reason to not take fiber deeper, for instance [allowing for additional DOCSIS 3 node splits]. Different situations drive different capacity decisions.”

Walden agreed, and Mediacom customers should not expect more than DOCSIS 3.1 upgrades for the near future.

“[Fiber deep] is a bit further out, at least as a large-scale type of project,” Walden told Multichannel News. “I think fiber deep for multi-dwelling units, high-density areas and some planned higher end communities doing deeper fiber or fiber-to-the-home [is happening]. But as a wholesale [change] and going to node+0 kind of architecture, I don’t see that in the next two years.”

Are Symmetrical Speeds Important for Customers?

Verizon’s fiber to the home service FiOS uses symmetrical broadband speeds to its advantage in the marketplace.

Many fiber to the home networks offer customers identical upload and download speeds, but cable broadband was designed to favor downstream speeds over upstream. That decision was based on the premise the majority of users will receive much more traffic than they send. But as the internet evolves, some are wondering if cable broadband’s asymmetric design is now outdated and some competitors like Verizon’s FiOS fiber to the home service now use its symmetrical speed advantage as a selling point.

Cox Communications does not think most customers care, even though its network upgrades are laying the foundation to deliver symmetrical speeds.

“It’s a little but further out on the horizon,” said Hart. “The upstream growth rate is ticking up a couple of notches, but not to the tune that we would need significant additional capacity and/or a complementary need for symmetrical bandwidth. [A]t this stage, the symmetrical is a nice-to-have for residential and definitely will be a good option for our commercial customers.”

Rolls isn’t sure if symmetrical speeds are important to customers either and Charter has no specific plans to move towards upload speed upgrades.

“The world of applications and services continues to evolve, obviously, but so far we’ve been able to meet those needs with an asymmetrical topology,” Rolls said. “That said, things like real-time gaming, augmented and virtual reality, and the Internet of Things — some of those will likely drive more symmetry in the network. It remains to be seen.”

Despite claims from some industry-backed researchers and former members of Congress that Net Neutrality has reduced investment in telecommunications, a new research note from Deutsche Bank shows America’s top telephone and cable companies are spending billions on fiber upgrades to power wireless, business, and consumer broadband.

“Telecoms have become much more public signaling their intent to increase fiber investment, with AT&T and Verizon leading the spending ramp,” reports Deutsche Bank Markets Research.

Verizon has been on a fiber spending spree in the northeastern United States, signing contracts with Corning and Prysmian worth $1.3 billion to guarantee a steady supply of 2.5 million miles of fiber optic cable Verizon plans to buy over the next three years. Much of that spending allows Verizon to lay a foundation for its future 5G wireless services, which will require fiber to the neighborhood networks. But in cities like Boston, Verizon is also once again expanding its FiOS fiber to the home service to consumers.

AT&T is committed to connecting 12.5 million homes to gigabit-ready fiber broadband by 2019 — part of a deal it made with the FCC to win approval of its acquisition of DirecTV. AT&T claims it has already connected 5.5 million homes to its gigabit AT&T Fiber network, expected to reach 7 million by the end of this year.

Deutsche Bank thinks providers’ future drive towards 5G service will also simultaneously benefit fiber to the home expansion, because the same fiber network can power both services.

“To support the upcoming innovations such as autonomous driving, IoT, smart cities, the US needs to densify its fiber network,” Deutsche Bank said. “The U.S. fiber penetration rate is 20% vs. 75% for leading OECD countries, which suggests a large gap needs to be closed.”

Altice founder Patrick Drahi (second from left) and Altice USA CEO Dexter Goei (center) visit a Cablevision fiber deployment on Long Island, N.Y.

The bank predicts companies will spend around $175 billion over the next 10 years building out their fiber networks, with most of the spending coming from the phone companies, who may see fiber buildouts as their best attempt to level the playing field with cable operators’ hybrid fiber-coaxial cable networks. As cable operators expand their networks to reach more business parks, they have been gradually stealing market share for phone and data services from phone companies. Consumer broadband is also increasingly dominated by cable operators in areas where phone companies still rely on selling DSL services.

FierceCable notes Comcast and Altice have stepped up aggressive spending on fiber networks for their consumer and business customers. Altice is planning to decommission Cablevision’s existing coaxial cable network and move customers to fiber-to-the-home service. Comcast is deploying fiber services while still selling traditional cable broadband upgraded to DOCSIS 3.1, which supports substantially faster broadband speeds. The two networks co-exist side-by-side. Customer need dictates which network Comcast will use to supply service.

Customers benefit differently in each state, depending on what type of service is available. Comcast’s large footprint in Pennsylvania, outside of Philadelphia, is usually served by traditional coaxial cable. Verizon still sells DSL in much of the state. In Massachusetts, Verizon is building out its FiOS network to serve metro Boston while Comcast will depend on DOCSIS 3.1 upgrades to speed up its internet service. In New Jersey, long a battleground for Verizon’s FiOS service the company stopped aggressively expanding several years ago, Comcast has announced DOCSIS 3.1 upgrades for the entire state.

Independent phone companies are also seeing a bleak future without fiber upgrades. Both CenturyLink and Windstream are planning moderately aggressive fiber expansion, particularly in urban service areas and where they face fierce cable competition. Frontier continues its more modest approach to fiber expansion, usually placing fiber in new housing developments and in places where its copper facilities have been severely damaged or have to be relocated because of infrastructure projects.

None of the companies have cited Net Neutrality as a factor in their future broadband expansion plans. In fact, fiber networks have opened the door to new business opportunities to the companies installing them, and the high-capacity networks are likely to further reduce traffic/transit costs, while boosting speeds. That undercuts the business model of selling digital slow and fast lanes.

Down the rabbit hole

Google has quietly announced an indefinite suspension of further fiber expansion as it prepares to downsize fiber division employees and re-evaluate its fiber business model.

In a blog post tonight from Craig Barratt, senior vice president of Alphabet and CEO of Google’s Access division, it becomes clear Google is rethinking its entire fiber strategy and is likely moving towards fixed wireless technology going forward:

Now, just as any competitive business must, we have to continue not only to grow, but also stay ahead of the curve — pushing the boundaries of technology, business, and policy — to remain a leader in delivering superfast Internet. We have refined our plan going forward to achieve these objectives. It entails us making changes to focus our business and product strategy. Importantly, the plan enhances our focus on new technology and deployment methods to make superfast Internet more abundant than it is today.

Barratt outlines the immediate implications of Google’s dramatic shift:

• In the cities where we’ve launched or are under construction, our work will continue;
• For most of our “potential Fiber cities” — those where we’ve been in exploratory discussions — we’re going to pause our operations and offices while we refine our approaches. In this handful of cities that are still in an exploratory stage, and in certain related areas of our supporting operations, we’ll be reducing our employee base.

Barratt

Barratt himself is jumping ship (or was pushed). He announced in his blog entry he is “stepping away” from his CEO role, but will remain as an “adviser.”

Observing Google’s recent fiber efforts and acquisitions, it seems clear Google no longer thinks fiber-to-the-home service is an economically viable solution in light of competitors like AT&T rolling out increasing amounts of fiber and the cable industry is on the cusp of launching DOCSIS 3.1, which will dramatically boost internet speeds without a substantial capital investment.

Google’s investors have been lukewarm about the company’s economic commitments relating to its fiber broadband networks. Often built from the ground up, Google’s fiber construction complexities also include trying to navigate costly roadblocks established by their competitors (notably Comcast and AT&T), dealing with bureaucracies and red tape even in states where near-total-deregulation was supposed to make competition easy. Google Fiber has also not proved to be a runaway economic success, and now faces more challenges in light of upgrades from their competitors. Cable companies have slashed prices for customers threatening to cancel and have added free services or upgrades to persuade customers to stay, and Google’s proposition of selling consumers $70 gigabit access has proved tougher than expected.

It is highly likely the future of Google’s Access business will be deploying wireless broadband solutions powered by Webpass, a company Google acquired earlier this year. Webpass uses a high-speed point to point wireless transmission system the company claims can deliver gigabit broadband access to customers in multi-dwelling buildings and other urban areas. Webpass sells access for $60 a month (discounted to $550/yr if paid in advance) for 100Mbps-1,000Mbps speed depending on network density and capacity in the customer’s building. So far, Webpass has not been able to guarantee speed levels, and some customers report significant variability depending on their location and network demand.

Webpass’ wireless infrastructure costs a fraction of what Google has coped with building fiber to the home networks, and the installation of point-to-point wireless antennas on participating buildings has been less of a regulatory nightmare than digging up streets and yards to lay optical fiber.

But despite Webpass’ claim its performance is comparable to fiber, its inability to guarantee customers a certain speed level and its tremendous performance variability from 100 to 1,000Mbps exposes one of the weaknesses of fixed wireless networks. At a time when capacity is king, only fiber optic networks have shown a consistent ability to deliver synchronous broadband speeds that do not suffer the variability of shared networks, poor antenna placement/signal levels, or harmful interference.

There is room for wireless technology to grow and develop, as evidenced by the wireless industry’s excitement surrounding future 5G networks and their ability to offer a home broadband replacement. The emergence of 5G competition is almost certainly also a factor in Google’s decision. But even AT&T and Verizon acknowledge a robust 5G network will require a robust fiber backhaul network to support both speed and user demand. The more users sharing a network, the slower the speed for all users. No doubt Webpass has made the same assumption that cable operators did in the early days of DOCSIS 1 — current internet applications won’t tax a network enough to create a traffic logjam that would be noticed by most customers. The phone companies also learned a similar lesson trying to serve too many DSL customers from inadequate middle mile networks or traffic concentration points. (Some phone companies are still learning.)

Whether it was yesterday’s peer-to-peer file sharing or today’s online video, capacity matters. That is why fiber broadband remains the gold standard of broadband technology. Fiber is infinitely upgradable, reliable, and robust. Wireless is not, at least not yet. But technology arguments rarely matter at publicly-traded corporations that answer to Wall Street and investors, and it appears Google’s backers have had enough of Google Fiber.

Stop the Cap!’s View

At Stop the Cap!, we believe these developments further the argument broadband is an essential utility best administered for the public good and not solely as a profit-motivated venture. The path to fiber to the home service in rural, suburban, and urban communities has and will continue to come from a mix of private and public utilities, just as local public and private gas and electric companies have served this country for the last century. Where there is a business model for fiber to the home service that investors support, there is a for-profit fiber provider. Where there isn’t, now there is often no service at all. So far, the FCC in conjunction with Congress has seen fit to solve broadband availability problems by bribing private providers into offering service (usually low-speed DSL that does not even meet the FCC’s definition of broadband) with cash subsidies, tax write-offs, or occasional tax abatement schemes. Imagine if we followed that model with the nation’s public roads and highways. We would today be paying tolls or a subscription to travel down roads built and owned by a private company often financed by tax dollars.

Not every product or service needs to earn Wall Street-sized profits. Nobody needs to get rich selling water, gas, and electricity… or broadband. Public broadband networks can and should be established wherever they are needed, and they should be priced to recover their costs as well as expenses that come from support, billing, and ongoing upgrades. Naysayers like to claim municipal broadband is socialism run wild or an instant economic failure, yet the same model has provided Americans with reliable and affordable gas, electricity, and clean water for over 100 years.

Maine was made for municipal broadband.

In New York, publicly owned/municipal utilities often charge a fraction of the price charged by investor-owned utilities. In Rochester, where Stop the Cap! is headquartered, one need only ask a utility customer if they would prefer to pay the prices charged by for-profit Rochester Gas & Electric or live in a suburb where a municipal provider like Fairport Electric or Spencerport Electric offers service. RG&E has charged customers well over 10¢ a kilowatt-hour when demand peaks (along with a minimum connection charge of over $21/mo and a “bill issuance charge” of 72¢/mo). Spencerport Electric charges 2.9¢ a kilowatt-hour and a connection charge of $2.66 a month, and they issue their bills for free. There is a reason real estate listings entice potential buyers by promoting the availability of municipal utility service. The same has proven true with fiber-to-the-home broadband service.

The economic arguments predicting doom and gloom are far more wrong than right. Municipal utilities are often best positioned to offer broadband because they already have experience providing reliable service and billing and answer to the needs of their local communities. Incompetence is not an option when providing reliable clean water or electricity to millions of homes and customers have rated their public utilities far superior to private phone or cable companies.

Google’s wireless future may prove a success, but probably only in densely populated urban areas where a point-to-point wireless network can run efficiently and profitably. It offers no solution to suburban, exurban, or rural Americans still waiting for passable internet access. Clearly, Google is not the “free market” solution to America’s pervasive rural broadband problem. It’s time to redouble our efforts for public broadband solutions that don’t need a seal of approval from J.P. Morgan or Goldman Sachs.

Cox Communications will push broadband speed upgrades as high as a gigabit to customers over an upgraded network heavy on fiber and much lighter on copper coaxial cable.

In an effort to stay competitive and reduce operational and maintenance costs, Cox will begin major upgrades of its cable plant, removing as much copper and as many signal amplifiers as possible to simplify upkeep and make future upgrades simpler.

Cox chief technology officer Kevin Hart told Light Reading he wants to push fiber optics deeper into Cox’s network, bringing optical fiber closer to the neighborhoods where customers live and work. This will allow Cox to reduce the number of customers sharing the same bandwidth. It also eases Cox’s forthcoming upgrade to DOCSIS 3.1 technology.

“We’re […] taking fiber deeper as a part of our multi-year network transformation plan, working towards a node-plus-zero architecture that allows us to take fiber to the home, and allows us to bring gigabit speeds on demand. And of course we’re aligning around DOCSIS 3.1,” Hart said.

Cox is planning its first rollout of DOCSIS 3.1, which gives cable companies to ability to offer gigabit download speeds, in the fourth quarter of this year. It will choose one of the smaller communities it serves as a test market. If all goes well, Cox will push DOCSIS 3.1 across all of its markets between 2017-2020, likely focusing on Phoenix and San Diego first.

Cox is evaluating DOCSIS 3.1 cable modems from a number of vendors, with Arris and Technicolor likely contenders.

Cox continues to support data caps and usage-based billing in some of its markets and has become one of the stingiest with data allowances:

Customers in Cleveland, Ohio are the unluckiest of all, because they also face an overlimit fee when they exceed their allowance: $10 for each additional 50GB block of data. Some customers in Cleveland’s downtown area have found a loophole around the data cap, however. If they access the Internet over Cox WiFi and Cable WiFi hotspots, it does not count against one’s allowance at this time.