Verizon Communications will bring fiber and enhanced DSL broadband service to an additional 32,000 New Yorkers in the Hudson Valley, Long Island, and upstate as part of a multi-million dollar agreement with the New York Public Service Commission.

When combined with an earlier agreement, Verizon has committed to bringing rural broadband service to more than 47,000 households in its landline service area, with the state contributing $71 million in subsidies and Verizon spending $36 million of its own money.

By the end of this year, Verizon expects to introduce high-speed fiber to the home internet service to 7,000 new locations on Long Island and 4,000 in the Hudson Valley and upstate regions.

“The joint proposal strikes the appropriate balance for consumers, Verizon and its employees,” said PSC Chairman John Rhodes. “The joint proposal builds upon and expands important customer protections previously approved by the Commission and it requires Verizon to expand its fiber network and invest in its copper network, both of which will result service improvements.”

The broadband expansion agreement will include copper reliability improvements in the New York City area, where FiOS is still not available to every home and business in the city. It also includes a commitment to provide fiber-to-the-neighborhood (FTTN) service in sparsely populated areas. This will allow Verizon to introduce or enhance DSL service capable of speeds of 10 Mbps or more.

Verizon has also committed to remove at least 64,000 duplicate utility poles over the next four years around the state. Utility companies have been criticized for installing new poles without removing damaged or deteriorating older poles.

For now, neither Verizon or the PSC is providing details about where broadband service will be introduced or improved.

The state has negotiated with Verizon for more than two years to get the company to improve its legacy landline and internet services, still important in New York. Verizon has complained that with most of its landline customers long gone, it didn’t make financial sense to invest heavily in older, existing copper wire technology. But Verizon suspended expansion of its fiber to the home network in upstate New York eight years ago, leaving many customers in limbo as landline service quality declined. There are still more than two million households and businesses in New York connected to Verizon’s copper wire network.

The state says the deal will “result in the availability of higher quality, more reliable landline telephone service to currently underserved communities and will increase Verizon’s competitive presence in several economically important telecommunications markets in New York.”

The upgrades will cover landline and broadband service improvements. Verizon has no plans to restart expansion of FiOS TV service.

The agreement was reached as the PSC continues to threaten Charter Communications with additional fines and Spectrum cable franchise revocation for failure to meet the terms of its 2016 merger agreement with Time Warner Cable.

Fierce competition by eastern Canada’s largest internet service providers are driving down prices across the Greater Toronto Area by as much as 45%.

Bell’s fiber to the home service, making its way across parts of the GTA, is now offering unlimited gigabit (1,000/940 Mbps) internet for $79.95 a month, a major drop from its original price of $149.95, if customers sign up before the end of July. Those signing up by July 7 can also get a $50 gift card.

Rogers, the country’s biggest cable company, has been pushing its own limited time promotional offer for its gigabit (1,000/30 Mbps) package, which is more widely available than Bell’s Fibe but also suffers from anemic upload speed. Rogers was selling the package for $152.99/month, but it’s now $79.99 for the first year. The offer is good throughout Ontario, New Brunswick, and Newfoundland.

The two telecom companies are trying to boost subscriber numbers during the slow summer months when quarterly financial reports can show a decrease in customers.

Canadians have generally had less access to gigabit speed plans than their American neighbors. Experts believe these companies are cutting prices to hook people on super-fast internet plans that will change consumer attitudes about gigabit speed from an unaffordable luxury into a necessity. Like Americans, Canadians are gravitating towards faster speed plans at an accelerating rate. They also continue to choose unlimited plans wherever available.

There are the usual terms and conditions in the fine print to consider:

Rogers: Offer available for a limited time to new Rogers internet subscribers within Rogers cable service area in Ontario (where technology permits). Subject to change without notice. Data usage subject to Rogers Terms of Service and Acceptable Use Policy. See rogers.com/terms for full details. Taxes extra. One-time activation fee of $14.95 and one-time installation fee (waived for Self-Install; Basic $49.99 or Professional $99.99) apply. Savings as compared to regular price for 12 months. Advertised regular price applies in month 13, subject to any applicable rate increases.

Speeds may vary with internet traffic, server gateway/router, computer (quality, location in the home, software and applications installed), home wiring, home network or other factors. See Acceptable Use Policy at rogers.com/terms. An Ethernet/wired connection and at least one additional wired or wireless connection are required to reach maximum download speeds of up to 1 Gbps for Rogers Ignite Gigabit Internet. Offer available until July 31, 2018 within Rogers cable service area (where technology permits) to new customers subscribing to Ignite Internet 60u or above.

Bell: Offer ends on July 31, 2018. Available to new residential customers in Ontario, where access and technology permit. For certain offers, the customer must select e-billing and create a MyBell profile. Modem rental required; one-time modem rental fee waived for new customers. Subject to change without notice and cannot be combined with any other offer. Taxes extra. Other conditions apply, including minimum system requirements. Subject to compliance with the Bell Terms of service; bell.ca/agreements.. Speeds on the internet may vary with your configuration, internet traffic, server, environmental conditions, simultaneous use of Fibe TV (if applicable) or other factors; bell.ca/speedguide.

$50 gift card promotion: Offer ends on July 7, 2018. The selected internet tier must include unlimited usage. An unloaded gift card will be mailed after the customer maintains a continuous subscription to the same eligible Bell services and has an account in good standing for 60 days following the installation of all services. All services need to be activated by July 31, 2018. Not combinable with any other offers or promotions. Subject to change without notice. One gift card per account. When received, customer must register the gift card online at bellgiftcard.com to request loading of the amount. Allow 30 days for gift card to be loaded and ready to use. If you cancel your services before you activate your gift card, you will not be able to use your gift card. Gift card and use are subject to the card program. Other conditions apply; see bell.ca/fullinstall.

While parts of rural Tennessee languish with little or no broadband service, the state’s electric cooperatives are jumping to deliver internet access over fiber optic cables after the governor eased restrictions written into state law on rural co-ops offering public broadband service.

After Gov. Bill Haslam (R) signed a bill in 2017 permitting not-for-profit electric co-ops to offer broadband service to their customer-members, at least seven of Tennessee’s 22 municipal co-ops almost immediately launched fiber to the home service projects that offer faster and more reliable service than many of the state’s phone companies that still offer DSL service (or nothing at all).

Offering broadband service is a win-win for small communities and the co-ops that serve them, because existing infrastructure already in place to provide electric service can be augmented with fiber optic cables to deliver phone, television, and internet service as well. Co-ops can also use the fiber infrastructure to manage smart electricity grids, which can better detect outages and offer useful power management tools.

Among some of the projects now underway:

• Tri-County Fiber Communications  of Lafayette, Tenn., serves more than 50,000 customers in rural Tennessee and Kentucky. Its fiber project will serve part of its current service area and is enrolling customers now who want to commit themselves as future customers and avoid a $1,500 installation fee.
• SVEConnect, providing electric service since 1939, will offer customers in seven counties starting internet speeds of 200 Mbps and up to 1 Gbps in 2018, along with phone and television service.
• Gibson Connect, operated by the Gibson Electric Membership Corporation, offers service to 39,000 homes and businesses in eight west Tennessee counties (Crockett, Dyer, Gibson, Haywood, Lake, Lauderdale, Obion and Madison) and four west Kentucky counties (Carlisle, Fulton, Graves and Hickman). Fiber broadband is planned to roll out gradually in many of these areas, and the co-op has already signed up 6,000 customers before service is even available. Gibson Connect will sell 100 Mbps internet for $49.95 and 1,000 Mbps service for $69.95 a month. Some customers in its service area are already served by other providers, but Gibson promises faster speeds, no data caps, and more affordable pricing.

The conservative and industry-backed groups that coordinated with the telecom industry to push Tennessee to pass restrictive laws effectively banning municipal or public broadband competition are grudgingly tolerating co-ops entering the broadband marketplace, as long as they only service areas where they won’t compete with an established phone or cable company. They also must remain within their electric service area.

Those opposed to public broadband claim the networks offer unfair competition because they often receive subsidies or grants. But many municipalities are doubly frustrated because the same companies that are lobbying to keep them out of the broadband business also refuse to provide service in their towns and villages. Many communities are too small or sparsely populated to provide enough Return On Investment (ROI) to entice those providers to expand, they add.

In areas where residents are quick to complain about government spending, many are strongly in favor of broadband development. Local officials have been told by frustrated residents, “if you do not provide the service, nobody else will.”

Despite the flourishing of fiber-fast broadband in areas served by co-ops, other parts of Tennessee remain broadband dead zones because the current state law continues to frustrate local communities trying to build financially feasible broadband projects that have a chance of breaking even. Tennessee’s Rep. Marsha Blackburn, who is running for a Senate seat this year, is notoriously one of the country’s biggest allies of AT&T, Comcast, and other telecom companies and favors keeping public broadband in shackles. She is also among the top recipients of campaign contributions from the telecom industry.

Australia’s speed-challenged NBN is looking for scapegoats and finds video game players an easy target.

In 2009, Australia’s Labor Party proposed scrapping the country’s copper wire networks and replacing virtually all of it with a state-of-the-art, public fiber to the home service in cities from Perth to the west to Brisbane in the east, with the sparsely populated north and central portions of the country served by satellite-based or wireless internet.

It was a revolutionary transformation of the country’s challenged broadband networks, which had been heavily usage capped and speed throttled for years, and for large sections of the country stuck using Telstra’s DSL service, terribly slow.

The National Broadband Network concept was immediately attacked by the political opposition as too expensive and unnecessary. Conservative demagogues in the media and in Parliament dismissed the concept as a Cadillac network delivering unnecessarily fast 100 Mbps connections to 90% of Australians that would, in reality, mostly benefit internet addicts while leaving older taxpayers to foot the estimated $43AUS billion dollar bill for the network.

The leaders of the center-right Liberal Party of Australia promised in 2010 to “demolish” the NBN if elected, claiming the network was too costly and would take too long to build. As network construction got underway, the organized attacks on the NBN intensified, and it was a significant issue in the 2013 election that defeated the Labor government and put the conservative government of Tony Abbott into power. Almost immediately, most of the governing board of the NBN was asked to resign and in a series of cost-saving maneuvers, the government canceled plans for a nationwide fiber-to-the-home network. In its place, Abbott and his colleagues promoted a cheaper fiber to the neighborhood network similar to AT&T’s U-verse. Fiber would be run to neighborhood cabinets, where it would connect with the country’s existing copper wire telephone service to each customer’s home.

Abbott

Unfortunately, the revised NBN implemented by the Abbott government appears to be delivering a network that is already increasingly obsolete. Long gone is the goal for ubiquitous 100 Mbps. For Senator Mitch Fifield, who also happens to be the minister for communications in the Liberal government, 25 Mbps is all the speed Australians will ever need.

“Given the choice, Australians have shown that 100 Mbps speeds are not as important to them as keeping monthly internet bills affordable, when the services they are using typically don’t require those speeds,” Fifield wrote in an opinion piece in response to an American journalist complaining about how slow Australian broadband was while reporting from the country.

The standard of “fast enough” for Senator Fifield also seems to be the minimum speed at which Netflix performs well, an important distinction for the growing number of Australians watching streaming television shows and movies.

Unfortunately for Fifield, network speeds are declining as Australians use the NBN as it was intended. While perhaps adequate for a network designed and built for 2010 internet users, data usage has grown considerably over the last eight years, and the government’s effort to keep the network’s costs down are coming back to haunt all involved. Several design changes have erased much of the savings the Abbott government envisioned would come from dumping a straight fiber network in favor of cheaper alternatives.

Right now, depending on one’s address, urban Australians will get one of four different fiber flavors the revised NBN depends on to deliver service:

• Fiber to the Home (FTTH): the most capable network that delivers a fiber connection straight into your home.
• Fiber to the Neighborhood (FTTN): a less capable network using fiber into neighborhoods which connects with your existing copper wire phone line to deliver service to your home.
• Fiber to the Basement (FTTB): Fiber is installed in multi-dwelling units like apartments or condos, which connects to the building’s existing copper wire or ethernet network to your unit.
• Fiber to the Distribution Point (FTTDP): Fiber is strung all the way to your front or back yard, where it connects with the existing copper wire drop line into your home.

In suburban and rural areas, the NBN is depending on tremendously over-hyped satellite internet access or fixed wireless internet. Customers were told wireless speeds from either technology would be comparable to some flavors of fiber, which turned out to be true assuming only one or two users were connected at a time. Instead, speeds dramatically drop in the evenings and on weekends when customers attempt to share the neighborhood’s wireless internet connection.

Instead of improving the wireless network, or scrapping it in favor of a wired/fiber alternative, the government has set on so-called “heavy users” and blamed them for effectively sabotaging the network.

Morrow

NBN CEO Bill Morrow recently appeared before a parliamentary committee to discuss reported problems with how the NBN was being rolled out in regional Australia. Morrow blamed increasing data usage for the wireless network’s difficulties, singling out slacker video game addicts for most of the trouble, and was considering implementing speed throttles on “extreme users” during peak usage periods.

Stephen Jones, Labor’s spokesperson for regional communications, questioned Morrow on what exactly an “extreme user” was.

“It’s gamers predominantly, on fixed wireless,” said Morrow. “While people are gaming it is a high bandwidth requirement that is a steady streaming process,” he said. Discover the ultimate in sports betting and online casino excitement with crickex bangladesh. Gamers may also visit the online pokies for convenient and thrilling games.

Morrow suggested a “fair-use policy” of speed throttles might be effective at stopping the gamers from allegedly hogging the network.

“I said there were super-users out there consuming terabytes of data and the question is should we actually groom those down? It’s a consideration,” he said. “This is where you can do things, to where you can traffic shape – where you say, ‘no, no, no, we can only offer you service when you’re not impacting somebody else’.”

The NBN itself has regularly dismissed claims that online gamers are data hogs. In an article written by the NBN itself, it stressed gameplay was not a significant stress on broadband networks.

“Believe it or not, some of the biggest online games use very little data while you’re playing compared to streaming HD video or even high-fidelity audio,” the article stated. “Where streaming 4K video can use as much as 7 gigabytes per hour and high-quality audio streaming gets up to around 125 megabytes per hour, (but usually sits at around half that) certain online games use as little as 10MB per hour.”

The article admits a very small percentage of games are exceptions, capable of chewing through up to 1 GB per hour, but that is still seven times less than a typical 4K streaming video.

In fact, the NBN’s own data acknowledged in March 2017 that high-definition streaming video was solely responsible for the biggest spike in demand. NBN data showed the average household connected to the NBN used 32% more data than the year before. When Netflix Australia premiered in March 2015, overall usage grew 22% in the first month.

So why did Morrow scapegoat gamers for network slowdowns? It’s politically palatable.

“They always have someone to blame for why the NBN doesn’t deliver, they have every excuse except the one that really matters, which is the flawed technology,” said the former CEO of Internet Australia Laurie Patton. “In this case for some reason shooting from the hip [Bill Morrow] had a go at gamers and gamers are not the problem.”

As long as Australia continues to embrace a network platform that is not adequate robust to cope with increasing demands from users, slow speeds and internet traffic jams will only increase over time. In retrospect, the decision to scrap the original fiber to the home network to save money appears to be penny wise, pound foolish.

AT&T is continuing its 5G wireless trials in several cities around the country, attempting to determine if there is a business case for wireless home broadband offering speeds up to a gigabit on a shared, next-generation wireless network. While some trial participants are getting blazing fast speeds, some may be out of luck if their homeowner association or apartment owner bans outdoor antenna equipment from being attached to the side of buildings for aesthetic reasons.

More than a year ago, AT&T launched an enterprise 5G trial in Austin to learn more about millimeter wave spectrum and how it could be used to deliver very high-speed fixed wireless internet access. In late 2017, AT&T expanded 5G trials to Waco, Tex., Kalamazoo, Mich., and South Bend, Ind., to test whether the service would work in residential and suburban neighborhoods where tree-lined streets and yards could theoretically block the extremely high and very line-of-sight frequencies AT&T’s 5G service uses.

“My team spent countless hours collecting data and talking to real people who elected to join the trial,” wrote Melissa Arnoldi, president, technology and operations for AT&T, in a blog post. “What worked? What didn’t? What did we need to change? Why was this happening here and not there? Would mmWave spectrum really work to deliver 5G? Did we really just hit that speed in South Bend?”

Part of AT&T’s 5G wireless service trial is taking place in the River Park neighborhood of South Bend, Ind.

What AT&T also learned is to talk about the successes and keep the failures to themselves. In a more recent blog post, Arnoldi shared how the Rubbelke family is benefiting from AT&T’s 5G wireless service at their home in the River Park neighborhood, just to the southeast of downtown South Bend:

Well, for one – it’s providing them with ultra-fast wireless speeds. Just how fast?  At the Rubbelke household, they’re seeing peak wireless speeds nearing 1 Gbps and latency rates less than 20 milliseconds.

Using this emerging technology, Rebecca can easily stream their 3-year-old daughters’ favorite TV show on the tablet. Her husband, Michael, can download textbooks and research materials in an instant for his graduate program. And they can connect with family over video chat without noticeable buffering.

And they can use all of these bandwidth-heavy applications simultaneously and seamlessly—something that would be nearly impossible with current LTE technologies.

Arnoldi’s summary of AT&T’s experiences with 5G are all positive, all the time:

Waco, Texas
Participants: Small and mid-sized businesses

• Provided 5G mmWave service to a retail location more than 150 meters away from the cell site and observed wireless speeds of approximately 1.2 Gbps in a 400 MHz channel.
• Observed latency rates at 9-12 milliseconds.
  • Latency impacts things like the time between pressing play and seeing a video start to stream or hitting a web link and seeing a webpage begin to load. For context, MIT researchers discovered the human brain “latency” is 13 milliseconds.
• Supported hundreds of simultaneous connected users using the 5G network.

Kalamazoo, Michigan
Participants: Small businesses 

• Observed no impacts on 5G mmWave signal performance due to rain, snow or other weather events.
• Learned mmWave signals can penetrate materials such as significant foliage, glass and even walls better than initially anticipated.
• Observed more than 1 Gbps speeds under line of sight conditions up to 900 feet. That’s equal to the length of 3 football fields.

South Bend, Indiana
Participants: Small business and residential customers

• Observed a full end-to-end 5G network architecture, including the 5G radio system and core, demonstrating extremely low latency.
• Successfully provided gigabit wireless speeds on mmWave spectrum in both line of sight and some non-line of sight conditions.

But it isn’t all great news.

Line of Sight vs. Zoning and HOA Restrictions

AT&T’s millimeter wave trials are taking place in the 28 and 39 GHz bands that are way above even the 5 GHz Wi-Fi your home router may be equipped with. Anyone who has compared the older 2.4 GHz Wi-Fi band with the newer, but less congested 5 GHz band knows that while 5 GHz can deliver faster speeds with less interference, it is also more distance sensitive than the lower frequency alternative. The more obstacles between your Wi-Fi enabled router and your wireless device, the poorer the results.

A simulated small cell antenna as part of a light pole. (Image courtesy of Crown Castle)

AT&T claims its beta tests are showing “better than expected” results from its 5G service in both line of sight and non-line of sight conditions, but won’t say how much speeds are affected in more marginal reception conditions. AT&T’s 5G antennas are located outdoors, which should offer a clearer path between the transmitter and the receiver, and AT&T claims the signal “performs well” despite foliage and buildings blocking the line of sight between the antenna and a subscriber’s home.

But AT&T itself must not be totally satisfied with the results, because the company told Ars Technica it has begun testing adaptive beamforming and beam tracking to “enable non-line-of-sight 5G services in our trials.” ‘Enable’ in this context suggests that without these adaptive technology add-ons to overcome foliage and building blockages, 5G service did not work well.

Other blockages, those AT&T cannot outwit with technology, are zoning controversies over small cell antennas and homeowner association agreements that restrict outdoor antennas, even though fixed wireless antennas are protected by a FCC ruling allowing them. Despite the fact these antennas are small and unobtrusive — usually installed on an exterior wall near the roof-line — some requests have created controversy in neighborhoods for aesthetic or dubious health and safety concerns.

Even more controversial are the small cell antennas that must be installed inside neighborhoods within 200-800 feet of customers. Some local authorities and homeowner associations may object less to the antenna than to its power supply and battery backup equipment, usually housed inside large-sized metal cabinets placed nearby on the ground or on the pole itself.

In South Bend, AT&T Fiber is on the way in many parts of the city, offering wired gigabit speed service without the limitations of marginal signal reception or fussy HOA agreements and paranoid neighbors. That fact has not been lost on AT&T’s executive management, who remain uncertain about the business case of offering fixed 5G wireless home broadband in areas that will also be served by AT&T Fiber, the company’s fiber to the home service.

In the case of South Bend, AT&T’s trial is taking place in a relatively dense city neighborhood that would normally be a prime target for AT&T Fiber. The cost to provision fiber to the home service in areas already wired for AT&T Fiber may prove a better value for AT&T than contemplating the cost of installing nearly 60 small cells to serve each square mile of South Bend.