Russian satellite television provider Tricolor, in collaboration with Eutelsat Networks, has launched satellite broadband service throughout Siberia, with data plans offering speeds up to 100 Mbps.

Customers can choose from packages of internet and television service or just go broadband-only. A one time fee of $136.75 gets the customer a startup package including a satellite receiver and data modem. Customers can pick up equipment from stores in Novosibirsk, Omsk, Tomsk, Krasnoyarsk, Barnaul, Irkutsk and Kemerovo or have it direct shipped to their home address.

Customers can choose between three “unlimited” data packages: 40/10 Mbps for $75/mo, 20/5 Mbps for $45/mo, or 10/5 Mbps for $27/mo. Like many satellite providers, Tricolor reduces data speeds during peak usage times for customers using over 50, 25, and 15 GB of usage per month, respectively. But Tricolor says speed reductions will not be as severe as some providers that reduce speeds to less than 1 Mbps. A faster, usage-limited tier with speeds up to 100 Mbps is also to be introduced, and customers can get discounted subscriptions by agreeing to usage caps on the three aforementioned speed tiers.

Tricolor provides solid reception across the Russian Federation, including the vast expanse of Siberia. Wiring a country the size of Russia is a daunting task, so satellite and wireless internet services are likely to be a major offering across the country for years to come.

Tricolor’s coverage map.

Verizon, the country’s leading provider of millimeter wave 5G wireless broadband, is promising to expand service nationwide, but admits it will only service urban areas where the economics of small cell/fiber network infrastructure makes economic sense.

At the Mobile World Congress conference in Barcelona, Spain, Verizon’s vice president of technology planning told PC that when it launches its mobile 5G network later this spring, home wireless internet service will come along for the ride.

“It is one network, based on 5G, supporting multiple use cases,” Verizon’s Adam Koeppe said. “Enterprise, small/medium business, consumer, mobility, fixed. When the 5G network is built, you have a fixed and mobile play that’s basically native to the deployment you’re doing.”

That means Verizon’s millimeter wave 5G network is designed to be shared by everyone and everything, including businesses, residential customers, cell phone users on the go, Internet of Things applications like smart meters and intelligent traffic systems, and more. But that network will not be everywhere Verizon or Verizon Wireless currently provides service.

“Our deployments of millimeter wave are focused on urban centers. It’s where the people are, where the consumption is,” Koeppe said.

Verizon faces significant costs building out its 5G wireless network in areas where it does not already offer FiOS fiber to the home service. Verizon’s 5G network is dependent on a fiber optic-fed network of small cells placed on top of utility and light poles at least every few city blocks. That means Verizon is most likely to get a reasonable return on its investment placing its 5G network in urban downtown areas and high wireless traffic suburban zones, such as around event venues, large shopping centers and entertainment districts. The company has chosen to deploy 5G in some residential areas, but only within large city limits. So far, it has generally steered clear of residential suburbs in favor of older gentrified city neighborhoods with plenty of closely-spaced multi-dwelling apartments, condos, and homes, as well as in urban centers with converted lofts or apartments.

Koeppe

Rural areas are definitely off Verizon’s list because the millimeter waves Verizon prefers to use do not travel very far, making it very expensive to deploy the technology to serve a relatively small number of customers.

Other carriers are not committing to large scale 5G deployments either.

At a debate held earlier today at Georgetown Law’s Institute for Technology Law & Policy, former FCC commissioner Mignon Clyburn, now a paid lobbyist for T-Mobile, warned that unless T-Mobile was allowed to merge with Sprint, its deployment of 5G will only happen in “very limited areas.”

Sprint has plans to introduce its own flavor of 5G, which won’t use millimeter wave frequencies, by June in nine U.S. cities. T-Mobile has talked about deploying 5G on existing large cell towers, which means one tower will serve many more customers than Verizon’s small cells. But with more customers sharing that bandwidth, the effective speed customers will see is likely to be only incrementally better than T-Mobile’s existing 4G LTE network. AT&T is initially moving in the same direction as T-Mobile, meaning many customers will be sharing the same bandwidth. That may explain why AT&T’s current 5G hotspot service plan also comes with a 15 GB data cap.

Verizon says its millimeter wave network will, by geography and design, limit the number of people sharing each small cell, making data caps unnecessary for its 5G fixed wireless home broadband replacement, which delivers download speeds of around 300 Mbps on average.

“We engineer the network to give the customer what they need when they need it, and the results speak for themselves,” Koeppe said.

Verizon is already selling its 5G service in limited areas for $50 a month to Verizon Wireless customers, $70 a month for non-customers. There are no data caps or speed throttles.

Based on the plans of all four major U.S. carriers, consumers should only expect scattered rollouts of 5G this year, and only in certain neighborhoods at first. It will take several years to build out the different iterations of 5G technology, with millimeter wave taking the longest to expand because of infrastructure and potential permitting issues.

Property owners in New Zealand may have to trim back or remove trees if they are proven to interfere with Wi-Fi or wireless broadband services in the neighborhood, according to an interesting High Court judgment that could establish a wide-ranging precedent.

As short-range 5G wireless internet services become established, high frequency and millimeter wave-based signals depend on line-of-sight communications with end users. Trees and buildings can reduce signal range or block the signal entirely, rendering the service unusable. In this case, an appeals judge was asked to rule whether broadband users or property owners took precedence when a large stand of trees or a building in an adjacent yard made wireless reception more difficult or impossible.

Justice Sally Fitzgerald found that when alternative solutions like relocating a receiver cannot be found to mitigate reception problems, nearby property owners may have to take steps to protect neighbors’ access to Wi-Fi and other wireless services, under a new interpretation of Section 335(1)(vi) of the [Property Law] Act of New Zealand. Similar laws are in place in North America and European countries.

The decision could result in a dramatic increase in legal challenges from frustrated neighbors who cannot get good reception because adjacent property owners prefer a tree-filled landscape.

Justice Fitzgerald

Fitzgerald based her decision on basic property laws that make illegal anything that can unduly interfere with the reasonable use and enjoyment of private property. Such laws are used as a basis for noise ordinances, zoning restrictions, restrictions on commercial use of residential property, and placement of structures on or near property lines. This judge found no special distinction between physical objects or noise and wireless transmissions. But she did find reasonable limitations on what would constitute a valid complaint.

In this case, Ian and Karen Vickery brought the complaint against their neighbor Christine Thoroughgood, for interfering with their access to wireless internet by refusing to trim the trees on her property line. But the judge found a better answer than ordering a robust tree trimming. Fitzgerald found the Vickery’s already receive a suitable signal after placing a receiver on a pole located away from their home. Therefore, the judge ruled against the complaint by the Kiapara Flats couple, even though they preferred placing the receiver on their home.

Legal observers found the case precedent-setting, despite its low-key outcome, because this High Court judge has established a right of access to broadband that takes precedence over property owners’ landscaping and buildings. Under certain circumstances, a neighbor may be forced to trim, remove, or alter trees and structures on their land if a neighbor can prove it directly interferes with their right to access wireless signals like broadband in a way that cannot be mitigated.

From the decision:

I am satisfied, and Mr. Allan properly accepted, that undue interference with a Wi-Fi signal caused by trees could constitute an undue interference with the reasonable use and enjoyment of an applicant’s land for the purposes of s 335(1)(vi) of the Act.

From reviewing the evidence, however, I do not agree that the Judge erred in accepting independent expert evidence (in fact called by Mr. Vickery) which objectively contradicted Mr. Vickery’s personal evidence on the issue as to Wi-Fi signal.

The expert, Mr. Lancaster, explained that Mr. Vickery’s Wi-Fi service is a “fixed wireless solution”. He notes in his technical report that it works by having the internet service provider establishing a “broadcast site” in a prominent location and connecting to customers with clear “line of sight” to that broadcast site.

In this case, the broadcast site (provided by Compass Wireless) is located on Moirs Hill Road. Mr. Lancaster notes that “nominally the solution will service customers up to 30 kilometres away from the broadcast site subject to a clear unobstructed line of sight.” In this way, Mr. Lancaster confirms that trees could obstruct the otherwise clear line of sight.

At present, the Wi-Fi transponder (or receiver) at the Vickerys’ home is mounted on a pole a little distance away from the rear of the house. I viewed its location during my site visit and have reviewed the photographs in Mr. Lancaster’s report. With the transponder located in its present position (referred to by Mr. Lancaster as “Location A”), Mr. Lancaster states:

There is currently a clear signal to the installed dish and other parts of the property, the signal has remained good for the past two years since installation.

This current location, however, is not Mr. Vickery’s preferred location. He notes that the present location is in a particularly windy site and on one occasion the wind was so strong it blew the cable out of the back of the aerial. Mr. Vickery also noted that another much larger stand of pine trees on the Thoroughgoods’ land, some considerable distance away, are also impacting what is referred to as the “Fresnel zone” of the Wi-Fi connection in its present location.

Mr. Vickery’s preferred location is closer to and attached to the back of the house itself, where it would be easier for Mr. Vickery to service the transponder. At this location however, Mr. Vickery says the trees in issue will interfere with the signal.

Mr. Lancaster states in his report that he spent over two hours on site and only identified two other locations (other than the present location, Location A) which he would consider appropriate for an installation.

The first of these alternative locations (Location B) is on the northeast corner wall of the home — Mr. Vickery’s preferred location. Mr. Lancaster states “this is the location the Compass installers would have chosen by default and as a standard installation”. In relation to Location B, Mr. Lancaster states “it is obviously at risk due to close proximity to the existing tree/shrub planted boundary, being approximately three metres above ground level.” He states that to retain adequate signal at this location, a window would be required in the shelter belt hedge — the trees in issue in this case.

In light of the independent expert evidence, I do not accept the Judge erred in concluding there was no undue interference with the Vickerys’ Wi-Fi signal. It is important to reiterate that not only does the expert evidence not indicate an interference, but the standard required by the legislation is an “undue” interference in any event. The expert evidence confirms this threshold has not been met.

Accordingly, while it is true that Mr. Vickery’s preferred location for the Wi-Fi transponder would be on the wall of the home, there is clearly an alternative location which is currently being used and which is considered by Mr. Lancaster to be adequate. There is also a further alternative and adequate location (Location C). And although this location would require cabling, this would not in my view be unreasonable in the circumstances.

I accordingly do not consider the ground of appeal concerning Wi-Fi has been made out.

For residents of 10 Mississippi communities, an alternative broadband option is now available delivering up to 120/50 Mbps speed with no data caps or throttling for a flat $50 a month, taxes and fees included.

“C Spire 5G Internet” is as described, except it doesn’t use the official 5G standard and will require the installation of a “dinner plate”-sized antenna on one’s home to get the service.

C Spire is using an 802.11 variant with equipment developed by Mimosa and Siklu, leveraging C Spire’s existing 8,400 route miles of fiber infrastructure to extend service wirelessly to each customer without the cost of wiring a fiber optic cable to the home.

Siklu’s EtherHaul products work in conjunction with its point-to-point and point-to-multipoint radios that operate in the 60 and 70-80 GHz millimeter wave bands. Because of the vast amount of spectrum available on these uncongested frequencies, C Spire can provide connections up to 10 Gbps from each small cell site.

C Spire is using Siklu’s EH-600 mmWave backhaul equipment for its fixed wireless internet service in Mississippi.

Mimosa supplies short-range MicroPoP architectures and in limited tower deployments including Mimosa A5 and A5c access devices, Mimosa C5 client devices, and Mimosa N5-360 beamforming antennas.

“Our service is backhauled by Siklu’s carrier grade solutions enabling us to deliver high-speed internet access without the arbitrary data caps usually associated with LTE or satellite services,” said C Spire president Stephen Bye.  “With a flat rate of $50 a month, which includes taxes and fees, our customers can now easily get all of the content they want and need.”

C Spire said it is quickly working to introduce the service in “dozens” of markets in Mississippi, in addition to its earlier plans to offer fixed wireless to over 90,000 locations across its service area. The “5G” fixed wireless service being introduced in Mississippi is not the same as C Spire’s earlier fixed wireless initiative.

Customers report wireless speeds are within a reasonable range of what is advertised, but antenna placement can be critical to get the best speed. It isn’t known how many customers are currently sharing each small cell site, and C Spire has protected itself with a contract clause allowing it to begin data caps, usage based billing, or targeted suspensions for customers deemed to be consuming too much data if network congestion becomes a problem.

Mississippi is broadband-challenged because many of its rural locations are populated with some of the country’s poorest citizens. AT&T, the state’s largest phone company, has shown little interest expanding fiber into many of these areas, especially in northern Mississippi, and the state’s cable companies include Cable One, notorious for being expensive and data-capped. As a result, the state is ranked 49th out of 50 for broadband availability.

C Spire is a regional mobile provider — the sixth largest in the country — and directly provides its own cell service in Memphis, Tenn., Mississippi, Alabama, and the Florida Panhandle.

C Spire introduces 120 Mbps fixed wireless internet access for a flat $50 a month in Mississippi. No data caps or throttling. This company produced video introduces the service. (1:23)

Among the major wireless companies with spectrum holdings worth billions, few would suspect that the fifth largest (behind Sprint, AT&T, Verizon, and T-Mobile) is the satellite television company Dish Networks.

After spending nearly $20 billion over the last ten years acquiring nearly 95 MHz of extremely valuable low and mid-band spectrum in markets across the United States, Dish is the largest wireless company that isn’t actually providing wireless service. Critics have questioned whether Dish co-founder Charlie Ergen was ever really interested in getting into the wireless business when he could make an even bigger killing warehousing spectrum until it grows in value and can be profitably sold to someone else. One Wall Street analyst thinks there is a strong case for exactly that. Cowen and Company estimates Dish’s holdings are now worth $30.2 billion — a $10 billion profit possible from keeping spectrum off the market until a buyer is willing to make an offer Dish cannot refuse.

Unfortunately for Ergen, spectrum is public property and ultimate ownership rights can never be sold or transferred. Instead, the FCC licenses companies to use the public airwaves, and has provisions to take them back if a company does not put that spectrum to good use. For Dish Networks, the first important deadline is March 2020, by which time the FCC expects Dish to achieve at least 70% market coverage of its 700 MHz “E-Block” and 2000-2020/2180-2200 MHz AWS-4 licenses.

Dish’s “E-Block” spectrum was formerly known as UHF channel 56. Dish has already begun testing the next-generation TV standard ATSC 3.0 on its E-Block spectrum in Dallas, as part of a joint venture with TV station owners Sinclair, Nexstar, and Univision. Dish proposed to use this spectrum, which covers 95% of the United States, as a potential tool for broadcasters. Among the services Dish could offer are broadcast data applications made possible with the ATSC 3.0 standard.

Because time and money is on the line, Dish needs to either build its network quickly or sell/lease its spectrum to other companies before facing possible spectrum forfeiture in less than two years. Analysts say one of the cheapest and easiest ways of placating the FCC is to deploy a modest, narrowband wireless network designed for machine-to-machine communications. These networks rely on short bursts of data to communicate information. Possible applications include exchanging irrigation and crop data collected from wireless sensors and various remote weather and climate measurement tools.

Coincidentally, that is exactly the kind of network Ergen initially envisions, largely operating on the sparsely used AWS bands. Officially called “NB-IoT” in wireless industry parlance, the ‘narrowband Internet of Things’ network would be the first chapter of Dish’s wireless story. It’s a network done on the cheap — constructed with a relatively low investment of $500 million to $1 billion through 2020, adequate enough to keep the FCC off Dish’s back.

Ergen reports the radios have been ordered and in a sign of serious intent, Dish has now signed master lease agreements with cell tower companies that will allow Dish to place its transmission equipment on tens of thousands of cell towers around the country. The company has also hired experts in tower permitting and network design and planning. Those contracts are an important indicator for some skeptics on Wall Street who believed Ergen would not show seriousness of intent until he signed paid, binding commitments to begin network buildout.

Ergen would disagree that Dish has been foot-dragging its wireless network deployment, despite a decade of accumulating wireless spectrum that has gone unused.

“It’s all about timing; too early you are roadkill, if you get it just right you have a chance,” Ergen said. “We missed the 4G shift because of the regulatory reasons. The next big paradigm shift is 5G.”

Ergen

Unfortunately for Ergen, he will be late to that paradigm shift, admitting his dream of a national 5G network isn’t possible right now.

“We’re […] going to spend at least $10 billion or more on a 5G network,” Ergen said, while also admitting, “we don’t have that kind of capital on our balance sheet today.”

Ergen promised that sometime in the future, Dish will begin a “second phase” that will “build a complete 5G network.” But Ergen’s vision of 5G is somewhat different from Verizon and AT&T, which are focused on the consumer and business voice and data markets. Ergen envisions a robust 5G network designed to support IoT applications like smart cities, artificial intelligence, and autonomous vehicles, and does not seem interested launching a fifth national cell provider.

Ergen quit in December 2017 as CEO of Dish’s aging satellite TV business to refocus on Dish’s mobile future, and to recast the venture as a glorified startup, much like his early days in the home satellite television business where he got into the business manufacturing 10-foot C-band satellite dishes for consumers and then sold the programming to watch on those dishes. From money earned in that business, Ergen launched Dish Networks, which relies on today’s familiar small satellite dishes and competes with DirecTV.

Ergen’s satellite TV venture only had to compete with one other satellite provider. His wireless network will have to compete with at least four established national wireless companies, plus emerging competition from the cable industry and regional cellular providers. Ergen tried to turn that obvious business challenge into an opportunity:

“We have two disadvantages; We don’t [have many] customers and we are not as knowledgeable as other people in the business, but we don’t have the legacy of 2G, 3G, 4G networks,” Ergen said. “We have a clean sheet of paper with 5G. It reminds me of 1990 when we decided to reinvent ourselves from the big dish business to small dish. It took five years to design and build that system with not one penny of revenue, and we obsoleted the business we were in. When we got into satellites, we didn’t know anything about it, but neither did anyone else. It is the same with 5G/IoT. We are not the world’s experts, but neither is anyone else.”

What Ergen lacks in experience he makes up for in enthusiasm, laying out plans for Dish’s wireless future. By the time he activates 5G service, Dish expects to use its combined 95 MHz of spectrum in the 600 MHz and 2 GHz range for that network. That will take until at least July 2020, because many of the 600 MHz frequencies he needs are still occupied by UHF television stations that are in the process of migrating to a more compact UHF band.

Dish has spectrum holdings that reach almost every corner in the U.S.

Ergen may also consider acquiring additional millimeter wave spectrum if he deploys small cell technology. He has even decided to keep small cell and larger traditional “macrocells” found on traditional cell towers on different frequencies, claiming sharing the frequencies would create interference issues.

Ergen also hopes to convince the FCC to repurpose little-known Multichannel Video Distribution and Data Service (MVDDS) spectrum located between 12.2-12.7 GHz for 5G wireless applications. That solid block of 500 MHz of spectrum could be an important asset to power small cell 5G networks, because it can support faster speeds than the typical smaller blocks of frequencies most companies control. MVDDS also lacks a significant constituency to protect it, having been woefully underutilized in the United States. Only tiny Cibola Wireless, an ISP in Albuquerque, N.M., licenses MVDDS technology for its wireless internet service, selling Albuquerque residents up to 50 Mbps speed for $79.99 a month. Users claim the service does not suffer the latency problems of traditional satellite internet access, but can still slow down if too many users are online at the same time.

Back in 2010, MVDDS technology was seen as a potential competitor to companies like Dish and DirecTV, as well as satellite internet providers which share similar spectrum. Like satellite internet, MVDDS can transmit and receive data over a small dish. But instead of pointing it to a satellite 44,000 miles away, MVDDS systems target a ground-based transmission tower much closer nearby. The technology never attracted much attention, and will now likely be displaced by 5G in the United States, although it has done modestly better abroad, serving a limited customer base in the United Arab Emirates, Ireland, France, Vietnam, Greenland and Serbia.