The United States is rapidly losing its place among the world’s fastest broadband countries, dropping out of the top-10 this year and falling behind Chile, Liechtenstein, and Romania.

While other countries and internet providers are investing billions to improve their standing in an increasingly competitive global broadband marketplace, a comfortable duopoly of phone and cable companies in the United States has successfully kept regulators at bay and allowed many of the largest internet service providers to divert investment away from upgrades and towards stock buybacks, dividend payouts, debt reduction, and ongoing merger and acquisition activities.

Internet speed testing firm Ookla has watched the United States slip in its fixed broadband speed standings over the last three years, dropping from 8th place (2019) to 9th place (2020), to being dropped from its top 10 list this year (it now scores 14th). Canada has never made the list.

This year, the countries with the fastest internet download speeds are: Monaco, Singapore, Hong Kong, Thailand, Romania, Switzerland, South Korea, Chile, Denmark and Liechtenstein. The only other countries to fall off the top-10 list in the last three years are Taiwan, Andorra, Macau, and France.

Globally, wireless internet speeds are benefitting from 4G and 5G upgrades on cell towers, with overall speed increasing nearly 60% in the last year. Fixed broadband speeds are up 32% year over year, primarily from an increase in the amount of fiber to the home connections providers are making as they move away from traditional copper wiring. Heavy investment in network upgrades can deliver remarkable boosts in internet speeds.

“South Korea and the United Arab Emirates stood out with mean mobile download speeds that were more than 240% faster than the global average and fixed broadband downloads that were more than 70% faster than the global average,” said Ookla’s Isla McKetta. “China’s mobile download speed was more than 180% faster than the global average and the country was more than 70% faster than the global average for fixed broadband. Switzerland’s mobile and fixed broadband download speeds were close to 100% faster than the global average.”

All of those countries have invested heavily in fiber connectivity for both their mobile and fixed wired broadband connections.

In contrast, U.S. cable companies have delayed upgrades to DOCSIS 4.0, capable of supporting 10 Gbps connections, and many telephone companies have dragged their feet on fiber upgrades, facing resistance from Wall Street as well as heavy debt burdens from prior mergers and acquisitions.

Most of the countries ranking the fastest have pushed providers to supply gigabit internet speed connections, but U.S. regulators and politicians have reduced pressure on large providers by proposing to subsidize millions of expanded internet connections with U.S. taxpayer funds while reducing required speed minimums to just 100/20 Mbps.

The Wall Street Journal believes the majority of Americans are paying for internet speed they never use or need, but their investigation largely ignores the question of traffic bottlenecks and data caps that require many customers to upgrade to premium tiers to avoid punitive overlimit fees.

The newspaper’s examination was an attempt to test the marketing messages of large cable and phone companies that claim premium speeds of 250, 500, or 1,000 Mbps will enhance video streaming. A total of 53 journalists across the country performed video streaming tests over a period of months, working with researchers at Princeton University and the University of Chicago to determine how much of their available bandwidth was used while streaming videos from Netflix, Amazon Prime Video, YouTube and other popular streaming services.

Unsurprisingly, the newspaper found most only need a fraction of their available internet speed — often less than 10 Mbps — to watch high quality HD streaming video, even with up to seven video streams running concurrently. That is because video streaming services are designed to produce good results even with lower speed connections. Video resolution and buffering are dynamically adjusted by the streaming video player depending on the quality of one’s internet connection, with good results likely for anyone with a basic broadband connection of 10-25 Mbps. As 4K streams become more common, customers will probably get better performance with faster tiers, assuming the customer has an unshaped connection that does not throttle video streaming speeds as many mobile connections do and the streaming service offers a subscription tier offering 4K video. Netflix, for example, charges more for 4K streams. Some other services do not offer this option at all.

Image: WSJ

WSJ:

For most modern televisions, the highest picture clarity is the “full” high-definition standard, 1080p, followed by the slightly lower HD standard, 720p, then “standard resolution,” 480p. The Journal study found a household’s percentage of 1080p viewing had little to do with the speed it was paying for. In some cases, streaming services intentionally transmit in lower resolution to accommodate a device such as a mobile phone.

When all HD viewing is considered—1080p and 720p—there were some benefits to paying for the very highest broadband tiers, those 250 Mbps and above.

Streaming services compress their streams in smart ways, so they don’t require much bandwidth. We took a closer look at specific services by gathering data on our households’ viewing over a period of months. Unlike the “stress test,” this was regular viewing of shows and movies, one at a time.

Netflix streamed at under 4 Mbps, on average, over the course of a show or movie, with not much difference in the experience of someone who was paying for a 15 Mbps connection and someone with a one gigabit (1,000 Mbps) connection. The findings were similar for the other services.

There is a brief speed spike when a stream begins. Netflix reached the highest max speeds of the services we tested, but even those were a fraction of the available bandwidth.

Users watching YouTube might launch a video slightly faster than those watching Netflix, and at lower resolution, but this is a function of how those services work, not your broadband speed, the researchers said.

Whereas Netflix tries to load “nice high quality video” when you press play and hence has higher spikes, YouTube appears to “want to start as fast as possible,” said Paul Schmitt, one of the researchers.

A spokeswoman for Alphabet Inc.’s YouTube said the service chooses playback quality based on factors including type of device, network speed, user preferences and the resolution of the originally uploaded video. A Netflix Inc. spokeswoman said the company aims to deliver quality video with the least possible bandwidth. Amazon.com Inc. had no comment.

The Journal finds little advantage for consumers subscribing to premium speed tiers, if they did so hoping for improved streaming video. The unanswered question is why customers believe they need faster internet speeds to get those improvements in the first place.

The answer often lies in the quality of the connection between the streaming provider and the customer. There are multiple potential bottlenecks that can make a YouTube video stutter and buffer on even the fastest internet connection. Large providers have had high profile disputes with large streaming companies over interconnection agreements that bring Netflix and YouTube traffic to those internet service providers’ customers. Some ISPs want compensation to handle the increasing amount of incoming video traffic and have intentionally not allowed adequate upgrades to keep up with growing subscriber demand. This creates a traffic bottleneck, usually most noticeable at night, when even a small YouTube video can get stuck buffering. Other streaming videos can suffer from repeated pauses or deteriorate into lower resolution video quality, regardless of the speed of your connection.

Another common bottleneck comes from oversold service providers that have too much traffic and not enough capacity to manage it. DSL and satellite internet customers often complain about dramatic slowdowns in performance during peak usage times in the evenings and on weekends. In many cases, too many customers in a neighborhood are sharing the connection back to the phone company. Satellite customers only have a finite amount of bandwidth to work with and once used, all speeds slow. Some other providers do not pay for a large enough pipeline to the internet backbone, making some traffic slow to a crawl when that connection is full.

Customers are sold on speed upgrades by providers that tell them faster speeds will accommodate more video traffic, which is true but not the whole answer. No amount of speed will overcome intentional traffic shaping, an inadequate connection to the video streaming service, or an oversold network. Too bad the Journal did not investigate these conditions, which are more common than many people think.

Finally, some customers feel compelled to upgrade to premium tiers because their provider enforces data caps, and premium tiers offer larger usage allowances. Cable One, Suddenlink, and Mediacom customers, among others, get a larger usage allowance upgrading. Other providers offer a fixed cap, often 1 TB, which does not go away unless a customer pays an additional monthly fee or bundles video service.

Data caps are a concern for video streaming customers because the amount of data that can be consumed in a month is substantial. As video quality improves, data consumption increases. The Journal article does not address data caps.

Finally, the Journal investigation confined itself to video streaming, but internet users are also increasingly using other high traffic services, especially cloud backup and downloading, especially for extremely large video game updates. The next generation of high bandwidth internet applications will only be developed if high speed internet service is pervasive, so having fast internet speed is not a bad thing. In fact, providers have learned it is relatively cheap to increase customer speeds and use that as a justification to raise broadband prices. Other providers, like Charter Spectrum, have dropped lower speed budget plans to sell customers 100 or 200 Mbps service, with a relatively inexpensive upgrade to 400 Mbps also gaining in popularity.

Does the average consumer need a premium speed tier for their home internet connection? Probably not. But they do need affordable unlimited internet service free of bottlenecks and artificial slowdowns, especially at the prices providers charge these days. That is an investigation the Journal should conduct next.

As gigabit internet becomes more common across the United States, some ISPs are seeking a speed advantage by offering even faster speeds to residential and business customers. On Tuesday, Nokia announced Frontier Communications and Rochester, N.Y.-based Greenlight Networks would be upgrading their fiber networks to the company’s XGS-PON solution, which can handle 10 Gbps upload and download speeds.

“Next Generation PON technologies such as XGS-PON are increasingly being deployed as demand for ultra-broadband applications and services continue to grow,” said Julie Kunstler, principal analyst at Ovum, in a statement. “Providing operators with the ability to use the same passive and active plants, XGS-PON solutions like Nokia’s can be quickly deployed and used to capture 10Gbps service opportunities that help operators to improve the return on their existing fiber network investments.”

Many existing fiber networks currently rely on GPON (gigabit passive optical network) technology — which allows one fiber in a bundle of fibers to service multiple homes and businesses. GPON networks are typically capable of download speeds of 2.488 Gbps and shared upstream speeds of 1.244 Gbps. Many ISPs using GPON technology typically offer fast download speeds, but often slower upload speeds.

Next generation XGS-PON allows up to 10 Gbps in both directions over existing fiber networks. In fact, the technology is future proof, allowing operators to immediately upgrade to faster speeds and later move towards Full TWDM-PON, an even more robust technology, without expensive network upgrades.

Most providers are leveraging XGS-PON technology to deliver symmetrical broadband — same upload and download speeds — to residential customers and to expand network capacity to avoid congestion. XPS-PON technology also supports faster-than-gigabit speeds than can be attractive to commercial customers.

Frontier intends to deploy Nokia’s technology in ex-Verizon markets in California, Texas, and Florida, beginning in Dallas-Fort Worth. It will allow Frontier to beef up its FiOS network and market stronger broadband products to Texas businesses. In Rochester, Greenlight will use the technology to upgrade its fiber service, which competes locally with Frontier DSL and Charter/Spectrum. Spectrum recently introduced gigabit download speed in Rochester. Greenlight can now expand beyond its 1 Gbps offering, but more importantly, increase its maximum upload speed beyond 100 Mbps.

“Greenlight is constantly looking at ways we can deliver new services that fit every customer need. We pride ourselves on offering the fastest internet speeds available in the markets we serve and Nokia’s XGS-PON technology will play a critical part in our ability to deliver these services to our customers,” said Greenlight CEO Mark Murphy. “With Nokia’s next-generation PON fiber solution we will be able to deliver the latest technologies, applications, products and services quickly and reliably to our customers and ensure they have access to the ultra-broadband speeds and capacity they require now and in the future.”

Nokia points out its XGS-PON technology may also be very attractive to wireless companies considering deploying 5G services. Extensive fiber assets available in area neighborhoods will be crucial for the success of millimeter wave 5G technology, which relies on small cells placed around neighborhoods and fed by fiber optics.

Cleveland’s monument in the downtown district. (Image: City of Cleveland)

AT&T, Comcast, and Charter have surrounded the city of Cleveland, Tenn., (population 42,774) for more than 20 years, yet after all that time, there are still many homes in the area that have no better than dial-up Internet access..

An effort to extend municipal utility EPB’s fiber to the home service into the community just northeast of Chattanooga on Interstate 75, has run into organized political opposition campaign, part-sponsored by two of the three communications companies serving the area.

Tennessee state Reps. Dan Howell and Kevin Brooks, both Cleveland-area Republicans, understand the implications. With AT&T, Comcast, and Charter resolute about not expanding their coverage areas anytime soon, the only chance Cleveland has of winning world-class broadband anytime in the reasonable future is through EPB, which has already offered to extend service to at least 1,000 customers in rural Bradley County in as little as three months. Most of those customers now rely on dial-up Internet services, because no broadband is available. Reps. Howell and Brooks are trying to get the the red tape out of the way so EPB can proceed, but the Tennessee legislature hasn’t budged.

EPB provides municipal power, broadband, television, and telephone service for residents in Chattanooga, Tennessee

There is a substantial difference between 30kbps dial-up and 100Mbps — one of the “budget” Internet tiers available from EPB. But some Tennessee lawmakers and corporate-backed special interest groups don’t care. To them, stopping public broadband expansion is a bigger priority, and they have attempted to stall, block, or prohibit municipal broadband, just to protect the current phone and cable companies that are among their generous contributors.

In 2010, Chattanooga became the first in America to enjoy gigabit residential broadband speed not because of AT&T, Comcast, or Charter, but because of the publicly owned electric company, EPB. So what’s the problem with that? The fact EPB spent $320 million on the fiber optic network — about $100 million of that coming from a federal grant — keeps some conservatives, corporate executives, and telecom shareholders up at night. They object to the public funding of broadband, calling it unfair competition for the two incumbent cable companies and one phone company, which have their own “privately funded” networks.

Republican Rep. Mike Carter, who serves Ooltewah, thinks that’s a lot of nonsense. He notes AT&T and other providers already receive government funding to service outlying areas that no other providers dare to tread for a lack of return on their investment.

“[What] convinces me to back expansion of the EPB of Chattanooga is the fact that they received $111 million in stimulus funds, and in the next five years AT&T alone will receive $156 million of your money [in government funding] assessed every month on your bill to provide 10/4-gigabit service in those areas,” Carter explained to the Chattanooga Times-Free Press. “If the EPB’s $111 million matching grant somehow disqualifies those benefits going to my constituents, how do I explain to them that AT&T is receiving non-matching funds?”

“The issue then became, if it is necessary to create the world’s fastest Internet system, why would EPB not offer that for economic growth in its service area?” Carter continued. ” After I heard the story of the [gig’s] creation and realized that the money had already been spent, I asked myself if I would allow a firmly held principle of no competition with private enterprise by government to deny my constituents and neighbors the incredible benefits.”

Justin Owen, president and CEO of the Beacon Center of Tennessee, is dismissive of Carter’s willingness to bend his principles. In his view, those without Internet access have other options instead of getting EPB Fiber on the public dime.

Owen

“You can get satellite Internet,” said Owen, who added that governments that invest in fiber technology could be “left behind by disruptive innovation,” which in his mind could be satellite Internet. Satellite customers would disagree.

“Horrible, horrible, horrible, and more horrible,” wrote Trey from another Cleveland — this time in Texas. “Speeds are consistently less than 2Mbps and they advertise up to 12. Try a cell phone booster and use that before resorting to satellite Internet.”

Hundreds of customers shared similar stories about their experience with satellite Internet, and they don’t believe it will be disruptive to anything except their bank account.

Owen and his group have not revealed many details about where its funding comes from, but the group is a member of the State Policy Network, which receives financial support from AT&T, Time Warner Cable, Verizon and Comcast. The group’s former leader, Drew Johnson, was also a former opinion page columnist at the Times-Free Press and used column space to criticize EPB and other issues that ran contrary to AT&T’s agenda in Tennessee.

Despite support from the Chattanooga area’s Republican delegation, many legislators from outside the area remain firmly in support of the telecom companies and their wish to limit or destroy community broadband projects like EPB, claiming they are redundant or are based on faulty business plans likely to fail. But while Comcast used to dismiss EPB’s gigabit service as unnecessary and AT&T considered gigabit speeds overkill, both companies are now racing to deploy their own gigabit networks in Chattanooga to compete.

The residents of Cleveland without broadband today probably won’t have it tomorrow or anytime soon. Many are hoping the Tennessee legislature will relent and let EPB solve their broadband issues once and for all. Cleveland resident Aaron Alldaffer is trying to help gin up interest in a renewed legislative push for EPB Fiber expansion with a Change.org petition.

The BBC World Service Global Business program visited Chattanooga in May 2016 to explore EPB Fiber and discuss its implications. (29 minutes)

You must remain on this page to hear the clip, or you can download the clip and listen later.

Some Midco customers in Fargo, N.D. will be able to buy gigabit broadband from the cable operator in a field trial scheduled to start in March.

Midco (formerly Midcontinent Communications) is moving forward on plans to offer gigabit speeds to all 330,000 of its customers in more than 300 communities in Minnesota, North and South Dakota, and Wisconsin by the end of 2017. Launching field trials is the first step for the cable operator to get experience delivering 1,000Mbps service using the newest cable broadband standard – DOCSIS 3.1.

“Speed matters to our customers, and we have made it a priority to reshape our network to deliver the fastest, most reliable Internet service possible,” Jon Pederson, chief technology officer of Midco said in a statement. “Cisco shares our vision for a fully scalable, efficient network that will take us into the future and manage the bandwidth demands of our increasingly connected lives.”

“Midco has been full speed ahead with its plans to deliver a DOCSIS 3.1-ready network,” added Kelly Ahuja from Cisco. “Through our collaboration, Midco customers will be among the first in the country to enjoy the fastest Internet connection available, unleashing a host of new experiences that can help make their lives better.”

Although Cisco will power the gigabit platform, the company has yet to announce what DOCSIS 3.1 modem(s) it intends to supply customers.

After Midco gets initial results from its trial in Fargo, it will roll out a pilot program for gigabit service to customers in Sioux Falls, S.D. before the end of this year.

No pricing details have been announced.