Despite claims from America’s wireless companies that they deliver world-class wireless speeds, a new report from Akamai shows the United States only ranked 28th fastest in the world, beaten by the African nation of Kenya that ranked 14th.

Kenya’s 13.7Mbps average mobile broadband speed is almost twice as fast as the global average and consistently better than the U.S., where 10.7Mbps is the average. Nearly 90% of Kenya relies on mobile phones to reach the internet, primarily because its fixed line network never developed adequately to support faster broadband speeds. Kenyans have cell phones with cheap data plans, supported by a growing optical fiber backhaul network.

The United Kingdom, Germany, Finland, France, Norway and Denmark all scored the highest, with UK customers now getting an average speed of 26Mbps over 4G connections.

What two North American countries are not on this list?

South Jersey: The worst broadband problems are in the southernmost counties closest to Delaware.

Customers hoping New Jersey’s telecom regulator would compel Verizon to expand fiber to the home service across southern New Jersey are out of luck.

The New Jersey Board of Public Utilities (BPU) approved a settlement between Verizon New Jersey, Inc., Cumberland County, and 18 southern New Jersey towns that alleged Verizon failed to properly maintain its wireline network in areas where it has chosen not to deploy FiOS — its fiber to the home service. But the settlement will only compel Verizon to maintain its existing copper network and offer token DSL and FiOS expansion in some unserved rural communities.

“We have heard our customers’ concerns in South Jersey and are pleased to have reached an agreement with the approval of all 17 towns on a maintenance plan going forward,” said Ray McConville, a Verizon spokesman. “We look forward to staying in regular communication with the towns to ensure our customers continue to receive the level of service they expect and deserve.”

“While the Board was fully prepared to proceed on this matter, the parties were able to reach a negotiated settlement which takes into consideration the needs of each community,” said Richard S. Mroz, president, N.J. Board of Public Utilities.

But some residents of those communities beg to differ.

“It’s another example of Chris Christie’s hand-picked regulators letting Verizon off the hook and sticking us in a digital divide,” complained Jeff Franklin, a Verizon DSL customer in Cumberland County. “Verizon should not be allowed to offer one half of the state modern broadband while sticking the rest of us with its slow DSL service.”

Franklin is upset that communities bypassed by Verizon’s FiOS network appear to have little chance of getting it in the future, now that regulators have agreed to allow Verizon to fix its own copper network.

“All the Board did was force Verizon to do what it should have been doing all along, taking care of its own network,” Franklin complained to Stop the Cap! 

Verizon did agree to expand its fiber network into the communities of Estell Manor, Weymouth Township, Corbin City, and Lower Alloways Creek Township, but only because of a 2014 agreement with Verizon compelling them to offer broadband to residents who read and complete a “Bona Fide Retail Request” (BFRR) form which stipulates homes and businesses in Verizon’s New Jersey territory can get broadband if they don’t have it now as long as these criteria are met:

• Have no access to broadband service from a cable provider or Verizon;
• Have no access to 4G-based wireless service; and
• Sign a contract for at least one (1) year of broadband service and pay a $100 deposit.

“BFRR is a joke because it requires potential customers have no access to 4G wireless service,” claimed Franklin. “You have to go to the government’s National Broadband Map to determine eligibility, which is very tough because — surprise, surprise — Verizon itself contributed its 4G wireless coverage information for that map and as far as Verizon is concerned, their 4G coverage in New Jersey is beautiful, even though it really isn’t.”

If a single provider submits map data that shows a home address is already covered by 4G wireless service, even if that isn’t accurate on the ground, that customer is ineligible under the terms of BFRR. Even if they were able to subscribe to 4G broadband, most plans are strictly data capped or throttled.

Under the settlement, Verizon gets to choose what technology to deploy. Outside of the four communities getting FiOS, the rest of South Jersey will have to continue relying on Verizon’s DSL service. Verizon has agreed to extend DSL to 2,000 new residences and businesses in Upper Pittsgrove, Downe, Commercial, Mannington, Pilesgrove, and South Harrison. It will also fix some of its DSL speed congestion problems and monitor for future ones as part of the settlement.

But DSL won’t work if Verizon’s wireline network stays in poor shape. The company has agreed to deploy its “Proactive Preventative Maintenance Tool” (PPMT) to scan its copper network to identify and repair or replace defective cables. Verizon has also agreed to daily inspections of outside facilities and fix any detected problems within 30 days, as well as regularly reporting back on the condition of its infrastructure inside the towns affected under the settlement.

This agreement took a year and a half to reach and will keep the two parties out of court, but many are not satisfied being left with Verizon’s DSL service.

“Unfortunately, the BPU continues to allow Verizon to pick and choose which residents will receive modern telecommunications at an affordable cost,” Greg Facemyer, a Hopewell Township committeeman in Cumberland County, told NewsWorks. “The state legislature needs to recognize these inequities and step in and level the playing field for South Jersey. Otherwise, our region will continue to fall even farther behind and be less competitive.”

Altice USA today revealed the terms of its long-expected initial public offering likely to bring more than a billion dollars to the company’s merger and acquisition fund that many Wall Street analysts now expect will be spent to acquire privately held Cox Communications and/or Mediacom.

Cox has long claimed it is not for sale. But Altice founder Patrick Drahi has a history of being willing to overpay for the companies he covets, including Cablevision, which was a reluctant seller for at least a decade before Altice made an offer the Dolan family that founded Cablevision couldn’t refuse.

Telsey Group analyst Tom Eagan told his Wall Street clients he expected Altice would be “active” in American cable consolidation, with Cox and Mediacom systems being likely targets. Other analysts have downplayed potential interest in Cable ONE, another likely target, because of the company’s recent aggressive rate increases and the fact its systems are often in economically depressed areas. An acquisition of Cox and/or Mediacom would make Altice the third largest cable company in the country, but it would still be far behind Comcast and Charter Communications, which hold first and second place respectively.

Any acquisition would likely not get much scrutiny on the federal level by the FCC and Justice Department, and most states would likely give the deal only a perfunctory review before approving it.

Altice USA has applied to be listed as “ATUS” on the New York Stock Exchange.

Subscribers to Hulu’s live-streaming TV service last week discovered live Fox network programming was available on the service whether a local Fox affiliate agreed to stream its programming to viewers or not.

The network quietly launched a new national 24-hour streaming feed of Fox Network shows filled out with programming from other Fox-owned networks in more than 70 markets where its affiliates have yet to sign an agreement to stream local stations.

For now, the national Fox Network feed is only available over Hulu’s live TV service, part-owned by 21st Century Fox. But sources told the Wall Street Journal the network intends to launch it on other streaming platforms in the near future (subscription required to read linked story).

The feed offers the full Fox Network schedule. At times when local stations normally carry syndicated programming, infomercials, or local news, the national Fox feed airs shows from other Fox-owned cable networks including National Geographic, Fox News Channel, Fox Business News, and content from Fox’s enormous library of programming offered by 21st Century Fox Television Studio.

The move has angered Fox’s affiliates, who are angling to strike their own more lucrative carriage deals for streaming services. Fox affiliates complain Fox’s terms for local station participation on Hulu’s streaming platform are inferior to the compensation offered to affiliates of rival networks, often by more than 50%.

Fox set the terms allowing the launch of the feed sometime ago as part of their affiliate renewal contract. Fox affiliates cannot compel the network to switch the feed off, but in markets where local stations do manage to sign deals with streaming services, the local station will replace the national feed.

The announcement is bad news for Sinclair Broadcast Group, the largest local station owner in the country. Sinclair has yet to sign a contract with Hulu to allow carriage of its owned and operated Fox-affiliates, so where a local Sinclair Fox affiliate operates, streaming services will carry the national Fox feed instead.

Viewers will be able to watch all Fox Network shows, including whatever NFL game Fox’s national feed chooses to carry. But missing from the lineup will be local news and other programming.

AT&T’s idea of a small cell deployment on an existing utility pole in Oakland, Calif. (Image courtesy: Omar Masry, a city planner living in the area, who warns other city planners: “Don’t let this happen to you.”)

Some of America’s biggest wireless telecom companies are spending millions lobbying Washington and state legislatures for the right to place a myriad of new wireless transmitters and small cells in the public rights-of-way without local communities having much say about where they go and what they look like.

Utility Traffic Jam

Over the next five years, tens of thousands of new “small cell” devices are expected to be placed on utility poles to manage forthcoming wireless services, and that represents a conservative estimate. Every major wireless carrier is contemplating new line-of-sight 5G communications networks that will require a massive deployment of new wireless antennas that will serve a smaller audience of devices than traditional cell towers have. But wireless companies will not be alone. Cable operators are also expected to enter the wireless business, not only to resell other providers’ cellular services but also to deploy new low power, line of sight networks to manage the Internet of Things (IoT), which will wirelessly connect devices ranging from home appliances and heating/cooling systems to vehicles on the road, utility meters, shopping carts, for sale and street vendor signs, traffic signals, and much, much more.

It’s an entirely new world for local governments tasked with approving permit requests to place cellular and wireless infrastructure on private and public lands. With billions to be made managing machine-to-machine communications, smart cars, and expanded wireless internet, every player has a vested interest in making sure local governments don’t impede their potential profits.

That is why companies like AT&T are pushing hard for new limitations on local government objections to their sprouting wireless infrastructure. Their idea is to override local control and shift to their proposed statewide or federal guidelines conveniently favoring them by putting time limits on communities to contemplate an application, eliminating certain rights for local governments to object to those applications, and making certain wireless companies don’t have to pay what they consider excessive fees or taxes to local authorities for the right to use the public space.

For local governments, responsiveness to citizens who have to live next to wireless infrastructure is important, and not only because of pseudo-scientific fears of the health impacts of wireless signal radiation. Aesthetic issues alone often make or break current wireless antenna applications.

The POTs and PANs Blog notes that time is short for local communities to get their wireless infrastructure policies in place for the incoming boom of mini-cell sites and IoT networks.

Pole Refrigerators and 100-Foot Fake Pine Trees

Traditional cell towers are easy to spot because they are tall and very visible with wireless antennas often serving multiple carriers fixed up and down across the tower. The next generation of wireless networks will be powered by much smaller antennas attached to utility and light poles. In some cases where nearby trees can block signals, providers propose new 100-foot tall monopoles, sometimes disguised to resemble a tree — albeit a very, very tall one. To know how those trees could be removed with efficiency, you can learn this here now.

Some early generation “small cells” resemble a compact refrigerator and weigh several hundred pounds. These are usually mounted approximately half to two-thirds up a utility pole and are very visible. Some have loud cooling fans, others need additional infrastructure like external power that will busy-up the utility pole with more cables and supports. In a storm strong enough to take out a utility pole, you would not want to be underneath a falling “small cell.”

The Tree Trimming Flat-Top Haircut is Back

Arborists warn that some early 5G installations have taken a serious toll on nearby trees also in the right-of-way because the technology requires a direct line-of-sight to the antenna. This has resulted in aggressive tree-trimming to keep foliage far away from the small cell, and that trimming sometimes includes reducing the height of nearby trees.

A University of Surrey study found that small cells mounted 10 meters up a pole faced at least a 30% chance of having their signals blocked by trees. At 15 meters, that chance of signal blockage is reduced to 10%. At 25 meters, it is less than 1%. But that would require an 82-foot high utility pole in the neighborhood. The standard utility pole in the United States is about 40 ft (12 m) long. Either aggressive tree trimming or tall utility pole placement to avoid trimming is likely to create controversy in suburban residential neighborhoods.

City planners are being urged to contemplate what kind of enforceable policies they want to permit in the public space set aside for infrastructure, because as author Doug Dawson noted, it’s going to get busy up there:

I doubt that any city is prepared for the possible proliferation of wireless devices. Not only are there four major cellular companies, but these devices are going to be deployed by the cable companies that are now entering the cellular market along with a host of ISPs that want to deliver wireless broadband. There will also be significant demand for placement for connecting private networks as well as for the uses by the cities themselves. I remember towns fifty years ago that had unsightly masses of telephone wires. Over the next decade or two it’s likely that we will see wireless devices everywhere.