Patrick Drahi, Altice, and his friends at Goldman Sachs are depicted as working together to make Altice’s acquisition dreams come true.

Patrick Drahi rarely gives up on his dreams. His latest is to be America’s biggest cable magnate, and there are signs he is laying the groundwork to make that dream come true.

CNBC and some French media outlets report Drahi’s Altice NV and Altice USA are assembling their European and North American financiers, attorneys, and dealmakers to potentially make an offer to acquire Charter Communications. If successful, Altice would leapfrog to the largest cable operator in the United States after combining its Cablevision and Suddenlink systems with Charter’s own legacy systems and those it acquired from Time Warner Cable and Bright House Networks.

Any succcessful deal would likely require an offer of $500 a share for Charter stock, which would make the company worth about $200 billion. Because Altice is dwarfed by Charter, it is unlikely Drahi will be able to raise enough cash on his own to make a deal, and Altice is already mired in debt from its ongoing aggressive acquisitions. Drahi’s biggest competitor for Charter is expected to be Japan’s SoftBank, which has shown an interest in acquiring the cable operator to combine with its wireless carrier Sprint.

Altice isn’t likely to encounter the regulatory hurdles that have caused other colossal cable deals like Comcast’s attempt to buy Time Warner Cable to collapse over regulator opposition.  Drahi’s involvement in U.S. cable has been limited to acquisitions of two smaller players – Cablevision and Suddenlink.

Drahi’s strongest arguments to sell investors on the deal are likely to surround his well-known obsession with draconian cost-cutting at his acquired companies. Drahi would certainly offer investors billions in deal synergies and savings, accomplished through dramatic layoffs, scrutinizing costs right down to replacement coffee makers for the break room and copy paper for the office, and sweeping cutbacks on employee and vendor perks. Drahi has also taken a strong stand against Hollywood studios and cable programmers that seek double-digit rate increases for cable programming. In Europe, Drahi is known for terminating costly contracts with programmers and launching alternative channels Altice owns and operates to replace them.

Drahi is also likely to sell regulators on his current plans to transform cable in the United States away from coaxial cable and towards fiber optics straight through to the home. Drahi has already offered to wire all of France with fiber optics and is presently embarking on a fiber upgrade for his Cablevision systems in New Jersey, New York, and Connecticut. But Drahi’s ambitious fiber plans have been met with suspicion in France where some believe Drahi is all talk and no spending.

He has promised the Macron government he will spend $17.6 billion on building an Altice-owned fiber broadband network in France by 2025 without any taxpayer subsidies. While that sounds laudable, it would mean Altice’s SFR would pull out of the government’s national fiber strategy that depends on different telecom companies building out fiber in different regions of the country.

Drahi is threatening to become a spoiler because before he acquired SFR, the former management cut a deal with Orange – France’s largest telecom company, to jointly build a fiber network for 14 million French households in smaller towns and suburbs. Orange would build and own 80% of the territory, SFR 20%. But because SFR needs access to that fiber network for its own wired and wireless broadband and television services, it will have to pay rental fees to Orange to use the network in most of the territory. Drahi instead wants a 50-50 ownership split to cut costs and Orange has said no. Altice’s plans for its own alternative fiber network would allow it to bypass the Orange-owned network and deliver traffic over its own fiber system. That could mean parts of less-populated France will have two fiber networks to choose from instead of just one.

Drahi

It is an expensive gamble, but investors seem largely unfazed so far, perhaps suspecting Drahi has no intention of actually following through on spending billions on a potentially redundant fiber network in the suburbs and farm country, preferring to believe the threat of doing so will drive Orange back to the negotiating table.

Some American analysts are uncertain whether Drahi can pull off an acquisition deal that would combine Charter, a company many times larger than Altice, with Altice’s much smaller earlier cable acquisitions. Some also suspect he won’t find enough money to attract interest from Charter’s biggest shareholder — John Malone’s Liberty Media and Charter’s current CEO Thomas Rutledge.

But French media has little doubt Drahi can pull it off, especially when he is motivated.

“Patrick Drahi, founder of Altice, has set his limits: he has none,” notes Le Figaro, adding Drahi is a classic industry spoiler, completely happy to blow up cable’s comfortable status quo, even when at risk of attracting the wrath of his competitors.

CNBC reports Altice is preparing a serious offer to acquire Charter Communications. (5:54)

CBS All Access is coming to Canada, bringing nearly the entire lineup of CBS shows and features north of the border.

The service will launch in Canada in the first half of 2018, followed shortly thereafter in other countries in “multiple continents” according to CBS. CBS has not yet set prices for the Canadian market, but the price is expected to be comparable to the $5.99 and $9.99 (ad-free) options sold in the United States.

It isn’t known if CBS will also attempt to offer Showtime as an add-on abroad, but the network promises to include most of the 9,000 episodes of CBS and original programming available to Americans without annoying geographic restrictions for those abroad. Canadian viewers will also be able to watch CBSN, the 24/7 streaming news service developed by CBS News specifically for online audiences, as well as on-demand access to certain shows licensed by CBS but not seen on the network.

CBS All Access is available on smartphones, tablets, Roku, Apple TV, Chromecast, Android TV, Fire TV, and most major game consoles.

AT&T: Using taxpayer and ratepayer dollars to subsidize 4G LTE upgrades for its customers.

With taxpayer subsidies on the horizon, phone companies cut back investing their own money on rural broadband expansion hoping taxpayers would cover funding themselves.

That is the conclusion of Dave Burstein, a long-standing and well-respected industry observer and publisher of Net Policy News. Burstein is concerned the unintentional consequence of Obama and Trump Administration rural broadband funding programs has been fewer homes connected than what some carriers would have managed on their own without government subsidies.

“Since 2009, carrier investment in broadband in rural areas has gone down drastically,” Burstein wrote.

As a result, FCC Chairman Ajit Pai announced plans to spend $4.53 billion from a public-financed Mobility Fund over the next decade to advance 4G LTE service, primarily in rural areas that would not be served in the absence of government support. Burstein suspects much of that money could end up being unnecessarily wasted.

“Under current plans, most of the money is likely to go where telcos would build [4G] without a subsidy, [or will be used to] buy obsolete technology, or give the telcos two or three times what the job should cost,” Burstein wrote. “Any spending on wireless except where towers or backhaul is unavailable should be assumed wasteful until proven otherwise.  Realistic costs need to be developed and subsidies allocated on that basis.”

AT&T’s rural fixed wireless expansion program, funded substantially by U.S. taxpayers and ratepayers, is a case in point. AT&T is receiving almost $428 million a year in public funds to extend wireless access to 1.1 million customers in 18 states, the FCC says. Much of that investment is claimed to be spent retrofitting and upgrading existing cell towers to support 4G LTE service. But AT&T claims 98% of its customers already have access to 4G LTE service — more than any other carrier in the country, so AT&T is actually spending the money to bolster its existing 4G LTE network, something more likely to benefit its cell customers, not a few thousand fixed wireless customers.

(Source: AT&T)

“An AT&T exec in California said communities didn’t need to worry about the impact of the CAF-funded project, since it was almost all going to be on existing towers,” Burstein wrote, allaying fears among members of the public that money would be spent on lots of new cell towers. “I don’t know what loophole AT&T is using to get the money, but it’s a pretty safe guess they would have upgraded most of them without the government paying. 4G service now reaches all but 3-5 million of the 110-126 million U.S. households. Probably half [of the less than five million] targeted would soon be served without a subsidy – if the telcos knew no subsidy was likely. Before spending a penny on subsidies, the FCC needs to do a thorough assessment of what would be built without government money.”

Burstein

Wireless executives were delighted when the U.S. government in 2009 committed to spending $7 billion in taxpayer funds on broadband stimulus funding as part of a full-scale economic stimulus program to combat the Great Recession.

“Both George Bush in 2004 and Barack Obama in 2008 had promised to bring affordable broadband to all Americans,” Burstein noted. “The clamor to reach these last few million was so loud, telcos became confident the government would pay for it if they just stopped their own investment. They aren’t stupid and refused to spend their own money. Before 2009 and the expected huge stimulus program, most telcos expanded their networks each year, based on available capital funds.”

Burstein believes some phone companies became better experts at milking government money to pay for needed network upgrades than frugally spending public funds on rural broadband expansion. As a result, after eight years and massive spending, Burstein notes fewer than two million of the “unserved” six million homes were reached by wireline or wireless broadband service when the funding ran out.

Under Chairman Pai’s latest round of rural broadband funding, Burstein believes much of this new money is also at risk of being wasted.

“[Pai] needs to dig into the details of what he’s proposing,” Burstein wrote. “Nearly all cells with decent backhaul will be upgraded to 4G; Verizon and AT&T have already reached 98% of homes. Government money should go to building towers and backhaul where that’s missing, not filling in network holes the carriers would likely cover.”

Rural advocacy groups have been frustrated for years watching rural telephone companies deliver piecemeal upgrades and service expansion, often to only a few hundred customers at any one time. When they learn how much was spent to extend broadband service to a relatively few number of customers, they are confused because companies often spend much less when they budget and pay for projects on their own without government subsidies.

Gov. Andrew Cuomo announcing rural broadband initiatives in New York.

Burstein is currently suspicious about the $200 million approved in subsidy funding to extend rural broadband in parts of upstate New York. Burstein notes Pai is factually wrong about his claim that the hundreds of millions set aside for New York would be spent on “unserved areas of rural New York.”

“Most of that money will not go to unserved areas,” Burstein reports. “Some grants are going to politically connected groups. I’ve read the rules and the approved proposals. The amounts look excessive based on the limited public details.”

Telephone companies have become skilled negotiators when it comes to wiring their rural service areas. Most want more money than the government has previously been willing to offer to help them meet their Return On Investment expectations. Burstein noted that under normal circumstances, a government program offering a 25% subsidy to extend rural broadband into areas considered unprofitable to serve would be enough in most cases to get approval from rural phone companies like CenturyLink and Frontier Communications. But many phone companies, including AT&T, Verizon, and Qwest (now a part of CenturyLink) did not even file applications to participate in early funding rounds. Qwest’s lack of interest was especially problematic, because the former Baby Bell served the Pacific Northwest and Rocky Mountain regions where some of the worst broadband accessibility problems persisted.

Burstein claims Jonathan Adelstein, then Rural Utilities Administrator, had to double his subsidy offer to get Qwest’s attention with a 50% subsidy.

Rural backhaul connectivity is often provided by fiber optic cabling.

“Qwest refused, demanding 75%,” Burstein noted. “That was probably twice the amount necessary and Adelstein rightly refused. They knew the government had few ways to reach those unserved without paying whatever the telcos demanded. A few years later, Qwest is part of Centurylink. Many of those lines are now upgrading under [public] Connect America Funds with what amounts to a greater than 100% subsidy.”

Net Neutrality appeared to have no impact on telephone company investment decisions, even in rural areas. The investment cuts followed a trend that began even before President Barack Obama took office. Wireless carriers slash investments in rural areas when management is confident the government is motivated to step in and offer taxpayer dollars to expand rural broadband service. When those funds do become available, a significant percentage of the money isn’t spent on constructing new infrastructure to extend the reach of wired and wireless networks into unserved rural areas. Instead, it pays for expanding existing infrastructure that may coincidentally reach some rural customers, but is still primarily used by existing cellular customers.

“In many extreme rural areas, only the local telco has the ability to deliver broadband at a reasonable cost,” noted Burstein. “You need to have affordable backhaul and a local staff for repairs. Because the ‘unserved’ are in very small clusters, often less than 100 homes, it’s usually impractical for a new entrant to bring in a backhaul connection.”

Instead, AT&T is attempting to fill some of the gaps with fixed wireless service from existing cell towers. While good news for customers without access to cable or DSL broadband but do have adequate cellular coverage to subscribe to AT&T’s Fixed Wireless service, that is not much help for those in deeply rural areas where AT&T isn’t investing in additional cell towers to extend coverage. In effect, AT&T enjoys a win-win for itself — adding taxpayer-funded capacity to their existing 4G LTE networks at the same time it markets data-cap free access to its bandwidth-heavy online video services like DirecTV Now. That frees up capital and reduces costs for AT&T’s investors. But it also alienates AT&T’s competitors that recognize the additional network capacity available to AT&T also allows it to offer steep discounts on its DirecTV Now service exclusively for its own wireless customers.

DirecTV Now customers in 14 major TV markets will soon have live access to their local CBS and CW affiliates through the streaming service, with 30 additional ABC, FOX and NBC affiliates soon to follow in other cities.

“This is another key milestone in bringing DirecTV Now users access to their favorite entertainment, news and sports from all the major broadcast networks,” said Daniel York, senior executive vice president and chief content officer – AT&T Entertainment Group.

In “the coming weeks” DirecTV Now will also add on-demand access to CBS and CW programming for the benefit of those who live outside of a city where a live station stream will be available. The agreement with CBS includes Showtime ($8 per month), CBS Sports Network (available on packages starting with ‘Go Big’), and Pop (added to packages starting with ‘Just Right’). Customers who subscribe to Showtime on DirecTV Now can also use Showtime Anytime for on-the-go access.

Live streaming CBS and CW stations will initially be available to customers within these markets:

• New York
• Los Angeles
• Chicago
• Philadelphia
• Dallas – Ft. Worth
• San Francisco–Oakland–San Jose
• Boston
• Detroit
• Minneapolis-St. Paul
• Miami-Ft. Lauderdale
• Denver
• Sacramento–Stockton–Modesto, CA
• Pittsburgh
• Baltimore

OpenSignal’s State of American Wireless Networks – Aug. 2017

Verizon Wireless customers are seeing declining wireless internet speeds and the greater potential for congestion because Verizon Wireless is experiencing the impact of some overburdened cell sites in some of its largest markets.

Walter Piecyk from BTIG Research reports over the last few weeks, Verizon has begun using the last 10MHz of PCS spectrum left in its inventory in New York City, nine months earlier than expected.

Verizon’s reserve spectrum in PCS Band 2 near 1900MHz is not as ideal as lower frequency spectrum better able to manage inside buildings in a city as densely packed as New York, but if that is all the company has left for immediate use, that is what it will use. The newly activated frequencies, first uncovered by Milan Milanovic, are not yet operational across all of Verizon’s extensive cell network in the Big Apple. Verizon’s need to activate its last remaining PCS frequencies suggests former chief financial officer Fran Shammo may have been overly optimistic when he claimed Verizon was only using 40% of its spectrum inventory. That may be true in smaller cities, but is no longer the case in large metropolitan areas.

“This latest action also means that the only spectrum Verizon has left to convert to LTE in NYC is the 25MHz of 800MHz spectrum that the FCC gave it for free in 1984,” wrote Piecyk. “Unfortunately, that 800MHz spectrum is being used to support CDMA voice traffic and legacy 3G data for enterprise/IoT applications. Meanwhile, Dish sits on 125MHz of vacant spectrum in NYC.”

BTIG Research has been carefully tracking Verizon’s deployment of its spectrum for years. In New York, LTE expansion has depended heavily on spectrum acquisitions and enabling LTE+, which bonds frequencies together to increase speed and capacity.

BTIG Research Tracks Verizon Wireless’ LTE Deployment in NYC

• 20 MHz: December 2010 – launched LTE on the 20MHz of 700MHz spectrum it bought in the 2008 700MHz auction for $0.46/MHz/POP for the Northeast regional license and $0.77/MHz/POP nationwide.
• 40 MHz: December of 2013 – XLTE-branded rollout of AWS spectrum, which mainly included the spectrum it bought from Cable in 2011 for $0.69/MHz/POP, but also the spectrum it acquired in the 2006 AWS-1 auction, where it spent $1.33/MHz/POP for the Northeast regional license and $0.73/MHz/POP overall.
• 20 MHz: December of 2014 – LTE conversion begins on PCS spectrum. Verizon purchased 10MHz from Northcoast as part of a larger transaction valued at $1.58/MHz/POP in 2003, 10MHz covering NYC from NextWave for $4.63/MHz/POP in 2004, and 20MHz from NextWave in 2005 as part of a larger transaction valued at $2.85/MHz/POP. (Link)
• 10 MHz: Q1 of 2016 – This enabled Verizon to deliver 15MHz x 15MHz connections on Band 2, thereby improving speeds. When this happened we predicted the remaining PCS spectrum would be used in early 2018. (Link)
• 10 MHz: Q3 of 2017 – Once again, this was spotted by Milanovic (Link), who notes that it has not been deployed on all sites. This effectively expands the Band 2 deployment to a 20MHz x 20MHz deployment.

The company has also attempted to increase capacity with network densification, which adds more cell sites to divide up the traffic load. But activating a new cell site can take years, especially if Verizon encounters zoning and permitting problems or public opposition. Small cells can ease congestion in particularly dense traffic areas, but are not enough alone to deal with increasing network traffic.

Verizon’s own business practices have also complicated things for the wireless company. Ditching two-year contracts and subsidized phones in favor of customers acquiring devices at retail prices financed through wireless carriers like Verizon have led to a slowdown in subscriber upgrades as consumers hold on to their devices for longer.

Most phones acquired in the last year or two now support Voice over LTE (VoLTE), which means phone calls travel over Verizon’s LTE network, not the legacy CDMA network Verizon has used for well over a decade. Verizon has to dedicate a significant amount of prime spectrum in the 850MHz band for its CDMA network. Although Verizon claims it has migrated “more than 50%” of its voice traffic to the newer, more efficient VoLTE standard, that is below analysts’ expectations.

Piecyk thinks it may be possible Verizon has been slow to convert because of the record low phone upgrade rate of its customers. As a result, it cannot repurpose its CDMA spectrum for LTE use. Discussions with Verizon engineers suggest the company may eventually cut back CDMA spectrum, but will likely still keep 5 x 5MHz reserved for CDMA voice calling for at least the next four years to support its customers with older devices.

As part of its network densification effort, Verizon is once again relying on fiber optic buildouts, some of which it may take on itself in areas where it does not provide landline service. Verizon will be placing cables with 1,700 strands of fiber, so it is obviously thinking about future network demands.

Before it can deploy additional upgrades or acquire more spectrum, customers can anticipate more “network management” techniques, suspects Piecyk, especially now that unlimited data plans are for sale again. Verizon already limits its “unlimited” plan to 22GB of usage per month, before wireless data speeds are throttled. OpenSignal believes Verizon’s recent speed drops are a result of its unlimited plans putting more pressure on its network.

“We suspect management will now follow T-Mobile’s lead and suppress video quality like BingeOn to help with the rise in network traffic,” Piecyk wrote. “They might also discuss control of overall peak data speeds. However, if no mobile applications require more than 10Mbps service, would it make any sense to suppress the speeds on your customers’ phone? What’s the benefit other than offering a convenient excuse on why your speed tests are slower than the competition?”