Broadband Growth for 1Q 2021

Leichtman Research Group recently released the broadband customer statistics for the end of the first quarter of 2021 for the largest cable and telephone companies. Leichtman compiles most of these numbers from the statistics provided to stockholders other than for Cox, which is estimated. Leichtman says this group of companies represents 96% of all US landline broadband customers.

The 1,000,000 net broadband customers added in the quarter beats the 900,000 broadband additions in the fourth quarter of last year. The following are the statistics showing the growth in the first quarter.

 1Q 2021 1Q Change % Change
Comcast 31,034,000 460,000 1.5%
Charter 29,234,000 355,000 1.2%
AT&T 15,435,000 51,000 0.3%
Verizon 7,193,000 64,000 0.9%
Cox 5,435,000 55,000 1.0%
CenturyLink 4,728,000 (39,000) -0.8%
Altice 4,370,800 11,600 0.3%
Frontier 3,052,000 (17,000) -0.6%
Mediacom 1,454,000 16,000 1.1%
Windstream 1,122,300 13,000 1.2%
Cable ONE 880,000 23,000 2.7%
WOW! 823,800 10,000 1.2%
Consolidated 794,224 2,024 0.3%
TDS 501,700 8,400 1.7%
Atlantic Broadband 511,004 6,383 1.3%
Cincinnati Bell 437,600 1,500 0.3%
107,006,428 1,020,907 1.0%
Total Cable 73,742,604 936,983 1.3%
Total Telco 33,263,824 83,924 0.3%

Leading the way is Comcast and Charter, which collectively added 815,000 new broadband customers. That represents 80% of all of the new net customers added by the industry. The cable companies collectively added 936,983 customers in the fourth quarter compared to 83,924 for the telcos. If the 1% growth rate is sustained, the large ISPs will add over 4 million customers this year, a little below the 4.8 million new broadband customers added in 2020.

Buried inside of these numbers is the fact that the telcos collectively added 400,000 customers to fiber in the quarter bringing total telco fiber customers to 14.6 million. Over time this growth ought to let the telcos claw back some of the growth experienced by the cable companies over the last few years.

It will be interesting to see what happens to broadband customers as the pandemic finally slows down and students return to live school and many people move back to the office. The pandemic has also attracted a lot of new customers to buy low-income broadband offerings, and we’ll have to wait to see if those are long-term sustainable.

Frontier Faces a New Problem

Frontier recently emerged from bankruptcy and seemingly is ready to tackle some of its biggest problems. The company has been laden in heavy debt and unable to pursue an aggressive capital expansion program to build fiber. The company has been bleeding both broadband and cable customers over the last few years.

The company shed $10 billion of debt in bankruptcy and told the bankruptcy court that it intends to immediately start building fiber to kick-start the refreshed business. The industry analysts at MoffettNathanson have opined that a reinvigorated Frontier has a chance to improve performance and to achieve decent returns on capital investments. The analysts expect Frontier to stabilize its customer base by 2023 to 2024 and then begin growing customers and revenues.

However, after barely being out of bankruptcy, Frontier was hit by a lawsuit from the Federal Trade Commission and the attorney generals of Arizona, California, Indiana, Michigan, North Carolina, and Wisconsin. The lawsuit alleges that Frontier knowingly advertises speeds that it knows it can’t deliver. The FTC suit says that “Since at least January 2015, thousands of consumers complained to Frontier and government agencies that the company failed to provide DSL Internet service at the speeds they were promised.”

This lawsuit should be a warning to many other ISPs. The suit specifically attacks the practice of advertising “up to” speeds that no customer can attain. The FTC acknowledges that Frontier says that they might not be able to deliver the advertised speeds to all locations and that speeds are not guaranteed. This aligns with other recent FTC actions where the FTC believes that warnings in the fine print can’t be used to offset significantly different claims in the main body of advertising. Essentially, the FTC says Frontier can’t claim speeds up to 25/3 Mbps when it knows that no customer in a service area can get close to that speed.

The FTC is partnering with states due to a recent court ruling that said that the FTC cannot impose monetary damages. States are allowed to do so, and as partners in the suits, these states will clearly be seeking monetary damages from Frontier.

Anybody that has lived or worked in rural America knows that the FTC and state claims are valid. I’ve worked with clients in Frontier territory where the company claims 25/3 Mbps in the FCC reporting – and according to the suit also in advertising to customers. When we’ve done speed tests in some counties where Frontier is an ISP, we often haven’t seen any customer achieving speeds greater than 10/1 Mbps, with many even slower than this.

It’s worth noting that the FCC allows ISPs to report advertised speeds in the FCC mapping, so according to the FCC, as long as an ISP is advertising a speed to customers, they can report that to the FCC. What this lawsuit says is quite different – it says that ISPs shouldn’t advertise speeds that can’t be delivered. This is something that I’ve always thought the FCC should implement, but they never have. In fact, in the ‘new’ broadband mapping the FCC is planning to introduce it is still allowing ISPs to report advertised speeds instead of an estimate of actual speeds.

While this lawsuit is against Frontier, they are not the only ISP in the country that is claiming speeds to customers and to the FCC that are faster than what can be delivered. In rural areas, we’ve seen this same issue with other large telcos and from numerous WISPs. I would have to think that if Frontier loses this suit that this might be a big warning for the rest of the rural broadband industry.

When the FCC opens up the new mapping to public comments, I predict the agency will be swamped with people complaining about the actual speeds compared to what is being advertised. Oddly, if the FCC sticks with the idea that reporting advertised speeds is okay, it will ignore such complaints – which is not going to make the public very happy.

The Fiber Expansion Craze

I’ve written several times recently in blogs that there is a growing backlog in buying fiber cable. Some of the backlog is due to the general supply chain malaise that seems to be affecting almost everything we buy. I found out during the recent gas shortages in North Carolina that there is a shortage of truck drivers. Apparently, many truck drivers found something else to do during the pandemic and now there is a shortage of drivers to deliver the many goods that are shipped by truck.

The primary issue affecting the fiber backlog is the exceptionally high demand for fiber. Consider all of the following announcements about building fiber in 2022:

  • RDOF fiber construction probably starts next year.
  • It’s anticipated that much of the $10 billion earmarked for broadband in the ARPA plan will end up as fiber construction over the next two years. It’s also expected that some cities and counties will use some of the $350 billion in ARPA funds to build fiber.
  • The new NTIA grants expect fiber networks to be built in one year.
  • There are also beefed-up grant programs at USDA and EDA that will start next year.
  • Verizon is in the midst of a many-year fiber buildout to pass 25 million homes by 2025 with fiber to support its Verizon Home fiber-to-the-curb service.
  • AT&T announced it’s going to pass 3 million new homes and businesses this year and 2 million homes next year with fiber, to add to the 14.5 million already passed.
  • Altice has announced plans to upgrade 500,000 passings from HFC to fiber this year.
  • Fronter announced as it was coming out of bankruptcy that it plans to pass 495,000 homes with fiber this year.
  • CenturyLink is planning on passing at least 400,000 premises with fiber this year plus the company is still expanding its middle-mile fiber network.
  • Consolidated Communications plans on passing 300,000 homes with fiber this year.
  • Windstream plans to add several hundred thousand fiber passing this year.
  • Numerous smaller telcos like Ziply, TDS, and Cincinnati Bell have aggressive fiber expansion plans.
  • Numerous fiber projects from the CAF II reverse auction are now under construction.
  • Smaller telcos are continuing to build fiber under the ACAM program.
  • Dozens of electric cooperatives are building FTTP.
  • Numerous ReConnect grant projects from the past several years are now under construction.
  • State grants have funded significant fiber projects.
  • Independent fiber builders across the country like Google Fiber, MetroNet, US Internet, and numerous municipalities quietly continue to build fiber projects.
  • Cellular companies all continue to build fiber to replace cellular transport leases.
  • Long-haul fiber networks continue to expand.
  • Electric companies are aggressively expanding smart grid networks.
  • Cable companies use significant fiber every year to split nodes.
  • I’m sure this list misses some large fiber initiatives.

This all adds up to an unprecedented amount of fiber construction. There has never been a time in my memory when the industry has been this busy. It’s no wonder that we’re seeing a backlog in fiber delivery times. It’s probably a good year to be a fiber salesperson.

Everything associated with fiber construction is also going to be in big demand and likely have supply chain issues. Fiber electronics are already suffering from the chip shortage that’s affecting all electronics industries. But there will be a huge demand for lasers and electronics to light all of the fiber that’s being constructed. I’m hearing of spotty backlogs in this area that are likely going to grow longer.

Perhaps the one shortage that means the most is the shortage of fiber technicians. In February, the eleven largest telecom trade associations wrote a letter to the White House and Congress and said that the industry will need 850,000 more fiber man-years by 2025 to keep up with the demands of the industry. The technician shortage is already here and everybody I know building fiber is worried about finding and keeping the needed technicians.

The Challenges of Rural Grants

The rules for the different federal grant programs this year are going to make it a challenge in some cases to put together a coherent grant application. Anybody thinking of applying any of the new federal money to rural areas needs to be aware of the many moving parts of the rural broadband puzzle.

One of the most challenging pieces of the puzzle is the RDOF grants. Those grants were awarded by Census block and very few RDOF areas are comprised of contiguous areas – most RDOF grant areas have ‘holes’ with no grant funding surrounded by RDOF award areas. There are also numerous stray RDOF Census blocks geographically separated from larger grant areas. The rules for new federal grant funds say that money shouldn’t be used for any area that has already been awarded federal funding. This means that anybody putting together a rural grant needs to avoid seeking funding for any areas awarded with RDOF.

Of course, there is a twist. None of the RDOF grants have been awarded yet and there are large grant areas where various parties have filed challenges to the plans of the RDOF winners. In some of these areas it seems likely that there will be lawsuits by challengers should the FCC award the funding and lawsuits by the RDOF grant winners should they not get the funding. That might mean some of these RDOF areas might be tied up in court for years. There are also areas where RDOF grant recipients have turned back grant Census blocks, and these have not been clearly identified by the FCC.

Anybody assembling a grant also needs to avoid areas covered by other federal grants like the CAF reverse auction, ReConnect, e-Connectivity, Community Connect, and Broadband USA that have been awarded and that are not as easily identifiable as RDOF. To make matters more confusing, some of these older grants will continue to be awarded this year, probably without paying attention to grant applications in these many other grants. Some smaller telcos are still building fiber networks that were funded by the FCC’s ACAM program – and clearly should be off-limits to federal grant money.

Depending upon the state you are in, there might also be previous state broadband grants that have been awarded to build broadband. Even where building these same areas might not be prohibited by law, an ISP probably doesn’t want to be the second builder in an area where somebody is already slated to build good broadband.

One of the most aggravating situations is where the FCC awarded grant funding to satellite providers. In the CAF reverse auction, a lot of large areas were awarded to Viasat and it’s prohibited to be able to use new federal funding to overbuild these areas. It sadly feels like such areas might not be eligible for real broadband for a decade. There is going to be a similar issue with low-orbit satellites like Starlink. Early reports are that the satellites don’t work well in areas with a lot of trees, and Starlink accepted grant funding in places like western North Carolina that is all mountains and trees.

This leads to a discussion of broadband speeds. The Interim guidance provided by the Department of Treasury for the ARPA grants includes language that suggests that the funding can be used in areas where current broadband technologies do not ‘reliably’ deliver 25/3 Mbps. Nobody knows what ‘reliably’ means. We know that there are huge rural areas where telcos and wireless carriers claim 25/3 speeds that are not delivered, and it seems that the Treasury language provides cover to work in these areas – at least for Treasury funding.

The Treasury language almost certainly can be applied to any place served by DSL. Consider a DSL customer that is actually getting 25/3 Mbps DSL during the non-busy times on a network. In busy times when the network gets full, such a customer is going to receive far less than the 25 Mbps peak speed. When shared networks have big demand and under stress, the speeds drop – sometimes by a lot. The same can be said for many fixed wireless networks. What is the grant eligible speed for such a customer – the 25 Mbps download speed received at 2:00 in the morning or the 10 Mbps received at 8:00 in the evening?

Unfortunately, the language used to define broadband speeds in the Treasury grants will not be the same definition used by other grants. I can promise you that by the fall people are going to be driven nuts by grants that define eligible areas differently.

The bottom line of this discussion is that somebody that wants to use the newly available federal grant funds needs to do homework. You need to make sure that the areas you want to build aren’t already slated to get funding from some previous federal program. You also need to be cognizant of the speed issue because grants are going to define eligible areas differently. The worse thing about all of this is that nobody is seeking to use the latest federal grants in areas that have good broadband. But the nuances of the grant rules will mean many areas with lousy broadband are going to slip through the cracks and not get funded.

The Ghost of US West

In a recent earnings call, Jeff Storey, the CEO of Lumen made it known that the company will be actively looking to sell non-core assets after sluggish revenue growth in the first quarter of this year. I speculate that the non-core assets include selling rural copper assets and customers. CEO Storey came to the business from Level 3 when his company merged with CenturyLink.

The business that Storey is trying to run is the remnants of US West, one of the seven Baby Bells created in 1983 from the divestiture of AT&T. The company was the incumbent telephone company in 14 western states ranging from Nebraska to Arizona to Washington. Until 1990 when the business consolidated under the US West name, it controlled three holding companies that retained their original telco names – Mountain Bell headquartered in Denver, Northwestern Bell headquartered in Omaha, and Pacific Northwest Bell headquartered in Seattle.

US West struggled from its inception compared to the other Baby Bells, mostly due to the huge geographic footprint of the business and the huge swaths of rural areas served by the business. In 1998 the company tried to increase shareholder value by spinning off MediaOne, which took the cable, cellular, and international business lines.

Qwest acquired US West in 2000 in a hostile takeover. Qwest was owned by Phillip Anschutz who had built a long-haul fiber business based upon using the rights-of-ways of the Southern Pacific Railroad. Qwest was formed in 1996 and benefitted from the CLEC boom of the late 1990s had a high-flying stock price. Regulators made the merged companies divest of the long-distance business as part of the merger.

The US West business was quickly renamed to the Qwest brand. The newly formed company quickly got into financial trouble due to the crash of the dot-com companies and large CLECs in 2000. Qwest had also ventured into a large partnership in Europe with the Dutch incumbent telco KPN that collapsed by 2002. Qwest got quickly into trouble with regulators for slamming – moving customers to its services without customer approval. The company was also fined $250 million by the Security and Exchange Commission for shady transactions with the telecom arm of Enron. Since Qwest had borrowed a huge amount of money to pay for US West, the business was quickly teetering on the edge of bankruptcy. In 2002 Qwest sold its directory business to help stave off bankruptcy.

Qwest limped along until it was acquired in 2010 by CenturyLink, a regulated incumbent telco from Monroe, Louisiana. CenturyLink had grown through acquisitions. For example, before buying Qwest, the company had acquired telephone lines from GTE, Verizon, Telephone USA, and smaller telcos like Madison River. CenturyLink’s final acquisition before buying Qwest was a merger with Embarq, the telco that had been built through acquisitions by Sprint.

CenturyLink acquired Qwest in a stock-for-stock cashless transaction in April 2011, which meant that CenturyLink inherited the still large remaining debt from Qwest. CenturyLink made some smart acquisitions that made it an early player in cloud computing, buying companies like Savvis, Ciber, AppFog, DataGardens, and Cognilytics.

CenturyLink acquired fast-growing Level 3 Communications in 2017 for $25 billion – although industry insiders say that Level 3 acquired CenturyLink. Within a few years, the former Level 3 executive team including Jeff Story took over the operations of the business. In September 2020, the company was rebranded as Lumen.

These various permutations of US West have struggled financially since divestiture from AT&T in 1983. The company was the slowest-growing Baby Bell after divestiture and was seriously crippled with debt after the hostile takeover by Qwest. I’ve heard the commonly spread rumors that the Level 3 executives are constantly frustrated by the inability to make changes inside the company due to the regulated nature of the core telco business.

Lumen now owns one of the biggest middle-mile fiber networks in the country, but the last mile copper is getting ancient. It wasn’t in the greatest shape at divestiture and the copper has aged 38 years since then. The question that industry watchers like me ask is if the old copper plant will be spun-off yet again to another company that will try to make it work – will the ghost of US West continue to sink everybody who touches it?

Paying for Low-income Broadband

Digital inclusion advocates for years have been looking for ways to help low-income households connect to the Internet.

The only federal program to do has been the Lifeline program that is part of the FCC’s Universal Service Fund. This fund has been allowing a $9.25 discount for either voice or broadband (only one discount per household). The discount might have felt substantial when first created in 1984, but with inflation, this discount doesn’t make a big difference in a cable company broadband bill that can easily cost $90 today. To make the program even weaker, large telcos like AT&T have opted out of this program in every state where regulators have allowed it.

The only other material option before now has been Comcast’s Internet Essentials program that provides curtailed bandwidth to low-income households for a low price. The program was started in 2011 as one of the terms to allow Comcast to purchase Time Warner Cable. The program started in 2011 by offering a 1.5 Mbps download for $9.95 per month. The speed has been increased many times since 2011 and recently was increased to 50/5 Mbps. Comcast downplayed the program for years, but eventually embraced it and was providing the service to over 8 million homes by the beginning of the pandemic.

The Federal government is back in the game and has provided $3.2 billion of low-income broadband support in the Emergency Broadband Benefit (EBB) program that was funded as part of the $1.9 trillion American Rescue Plan Act. This program provides up to $50 per month to cover broadband bills for qualified low-income homes. The main problem with this subsidy is that it has a finite end and will cease when the fund runs out of money. We’ve also seen this program be misused when Verizon required customers to upgrade to faster broadband to get the discount.

Another attempt to get low-income broadband into homes comes from the New York Legislature that has passed a bill that requires ISPs to provide a low-income connection to qualifying homes for $15 to $20 per month. This bill is being challenged in court.

So where do we go from here? Comcast recently committed to continuing the Internet Essential program for 10 more years. That’s going to benefit families in cities where Comcast provides service.

The FCC’s Universal Service Fund needs a majorly revamped funding mechanism because it’s now funded with a 30% and growing levy on Interstate telecommunications service. It’s becoming clear that this is not sustainable. Additionally, the $9.25 discount does not make broadband affordable for low-income homes.

It won’t take long to use up the new EBB fund at $50 per household per month. The fund will last six months to help 10 million homes or a year to help 5 million. This can only become permanent if Congress decides to embrace it as a needed solution, and Congress has not been forthcoming in establishing permanent subsidy programs. It could be extended, but in the long run, this is the kind of program that will always be on the chopping block with a change in administration. This program also worries me when I contemplate millions of homes losing a new broadband connection after the funding runs dry.

The New York law is not the right answer. While it may feel satisfying to force all ISPs to follow the Comcast lead and offer a low-cost broadband alternative, such a requirement could devastate smaller ISPs and could easily put them out of business. If a law like this remains in effect, we’re going to see extreme redlining as ISPs bypass low-income neighborhoods. In the long run, if this law applied to all ISPs, we might eventually see poor neighborhoods with no ISP choices.

There is no easy solution. It should be clear to everybody that the country is better off if all homes are connected. We know definitively that lack of home broadband has a direct negative impact on school achievement. Unfortunately, none of these solutions feel like the permanent answer. The best solution is being offered by Comcast, but other big ISPs haven’t voluntarily stepped up in the same way. This is a blog that doesn’t suggest a solution as a closing punchline. There is no clean universal solution if coerced low rates won’t work, and if big ISPs don’t instead step up to the plate. That leaves only government subsidies, and I don’t think anybody trusts those to be permanent.

What did the Pandemic Hide?

The growth of broadband customers has looked spectacular over the past year during the pandemic. It’s easy to chalk up higher broadband customers nationwide to the need for households to be connected during the pandemic. But as I look back on what’s happened during the last year, I can’t help but wonder if the broadband stats we are seeing are somehow overinflated.

First, look at the broadband performance of the two largest ISPs in the country. Comcast and Charter ended 2020 with 55.3 million broadband customers, which is around 52% of all of the broadband customers in the country. In 2020, Comcast added nearly 2 million new broadband customers. Charter added over 2.2 million. Combined, the companies grew broadband customers by 7.6% for the year. That’s an amazing growth rate when you consider that all of the other ISPs with more than 400,000 broadband customers collectively grew at a rate of less than 1% for last year. That kind of numerical anomaly always makes me curious. What would make these two companies do so well compared to the rest of the industry during a pandemic year?

Part of the difference can be explained by the continued drop in DSL customers. The telcos have been bleeding urban DSL customers for many years. Did that transition accelerate during the pandemic? For all of 2020, AT&T lost a net 5,000 broadband customers, but AT&T says it gained 1 million fiber customers. Verizon gained 173,000 broadband customers. CenturyLink lost 134,000, and Frontier lost 400,000. All of these companies except Frontier announced how well they were doing in getting customers on fiber, so perhaps a couple of million of the new cable customers come from the continued flight from DSL. But that doesn’t seem to explain away all of the differences because we didn’t see a huge migration from DSL in markets served by other big cable companies like Cox and Altice.

I can think of two trends that would have increased broadband connections faster than normal last year, both related to the pandemic. First are homes that added broadband so that people could work from home. It makes sense that some homes purchased a first home broadband connection for this purpose. There is a general belief that many people will continue to work from home, at least part-time, so some percentage of these connections might be permanent.

The second big trend is getting broadband into homes with students during the pandemic. Both giant cable companies had numerous press releases about how they were helping to keep students connected during the pandemic. It’s great that these two companies stepped up during the pandemic. Millions of homes got low-cost broadband for students when it was most needed, and the companies should rightfully be praised for the effort they made.

Nut I’ve been speculating for several months that we’ll see a drop-off in broadband subscriptions this fall when students return to live classes. It seems likely that many of the homes that added broadband for students will drop broadband, especially if the prices are no longer subsidized.

However, just as the pandemic is starting to slow down, we have a new government program that will boost low-income broadband connections. Congress has handed the FCC $3.2 billion for the Emergency Broadband Benefit program. This program will pay up to $50 per month towards a broadband bill for qualifying households. I have to think that Comcast and Charter, with 52% of the broadband market, are going to grab a lot of this funding. For now, this program has a finite end when the money runs out. But until it does, the broadband statistics from the biggest ISPs are likely to remain inflated due to this plan. That probably means we wait until next year to see if some percentage of the 2020 customer increase was a bubble or permanent. If it was a bubble we’ll no doubt see gloom and doom headlines about the broadband industry if subscriber numbers drop, when instead we’d just be seeing the last remnants of the pandemic pass through the industry.

This Time it’s Verizon

We occasionally get a good reminder of how poorly the large duopoly ISPs in the country treat their customers. The latest example comes from Verizon. The Washington Post reported how Verizon has been requiring customers to upgrade to more expensive data plans before being able to benefit from the $50 monthly discount offered by the Emergency Broadband Benefit (EBB) program.

The EBB program was funded with $3.2 billion from the $1.9 trillion American Rescue Plan Act. The program provides up to a $50 discount off broadband bills to qualifying households. A household qualifies by being low-income and eligible for the FCC Lifeline program or has suffered a significant drop in household income due to the pandemic.

The EBB is a temporary plan that will last until the $3.2 billion is gone, at which point participants lose the $50 discount. We won’t know how long that will be until we get a count of the participants in the program, but I’ve seen several estimates that this might last for six to nine months.

The Washington Post article cites customers who called Verizon to ask for the EBB discount and were told that they could only get the discount if they first upgrade to a more expensive package. As an example, somebody paying $60 per month will be required to upgrade to $90 per month to get the discount. This likely means that over the next year that people who get the EBB discount will probably end up spending as much or more with Verizon than if they didn’t get the EBB discount.

As the article points out, this is likely not illegal on Verizon’s part, but it goes completely against the purpose of the EBB, which is to help out households who have had hard economic times during the pandemic. Many of the subscribers asking for the discount will be the same ones who have had trouble paying rent after losing a job due to the pandemic.

There is a huge list of ways that big duopoly ISPs have mistreated customers over the years, but this particular case might be the posterchild of ISP abuse. Somebody at the company figured out a way to gain a longer-term advantage for the company as part of a pandemic relief program.

I’m also willing to bet that this will turn out to be a story of how monopoly abuses come about. It’s extremely unlikely that an idea like this started in the Verizon Boardroom. Instead, I bet that somebody down the management chain saw this as an opportunity to increase bonuses as a reward for achieving a bunch of upsells. If that sounds familiar, it is exactly what happened at Well Fargo Bank a few years ago when employees were opening extra accounts for customers as a way to make higher bonuses.

This is how monopoly abuses occur – not from the boardroom, but from employees that take advantage of the market power of the company for personal gain. That personal gain could be in the form of bonuses, or maybe just in getting recognized to gain promotions. That’s the only way to explain away some of the amazing stories that have come out over the years from Comcast customer service. The chances are high that the folks who thought up this idea are in hot water at Verizon – not because they were doing the wrong thing, but because they were dumb enough to get caught and drive a story to the front page of the Washington Post.

These periodic headlines detailing monopoly behavior are always a good reminder for smaller ISPs to be careful because employees at smaller ISPs can undertake similar behavior if they see a personal gain from cheating. Most of my clients have eliminated the temptation for shenanigans by having simple products that are always at the same prices for customers. But when an ISP is willing to negotiate rates with customers there is too much chance of bad behavior by employees.

New NTIA Grants

This is the year for unusual and unexpected broadband grant opportunities. The NTIA released a Notice of Funding Opportunity (NOFO) on May 21 for a broadband grant program it is labeling as the Broadband Infrastructure Program. The NTIA will be awarding grants for up to $288 million, with the funding provided from the $1.9 trillion American Rescue Plan Act.

This is an unusual grant program because the money is aimed entirely at public-private partnerships (PPPs). The applications must be submitted by a government entity, but the specific partner must be identified that will operate the broadband business. I can’t think of another grant program in the past that even favored PPPs, let alone one that is only available to PPPs. It’s going to be interesting to see if there are enough rural PPPs in existence to use all of the money.

The grants are holding to the firm definition that the money can only be used in places where speeds are less than 25/3 Mbps. This creates a huge dilemma if the NTIA is going to stick to the lousy FCC mapping data that incorrectly shows huge swaths of rural areas as having 25/3 Mbps broadband. One would hope that the NTIA will be open to accepting evidence that actual speeds are often far slower than what has been claimed by some telcos and WISPs. If not, it’s going to be hard to find rural areas that weren’t already covered by the RDOF grants.

The grants are like all current federal broadband grants and can’t be used where prior grants have already been awarded to an area but are not yet constructed. That’s going to create an interesting dilemma for some communities. There are some RDOF grant areas that are being heavily disputed, and which may not get awarded. The FCC also awarded grants to Viasat in last year’s incentive reverse auction and communities are rightfully upset that these places are not eligible to get fiber. There is growing concern about the pending RDOF awards made to Starlink.

The grants must propose an engineered business plan. The NTIA expects the engineering to be solid because they expect projects to be built within one year of grant awards. The NTIA can grant a one-year extension for construction in some circumstances. But this rapid construction expectation means the NTIA only wants to see applications from ‘shovel-ready’ projects. Any community thinking of pursuing these grants should be forming the needed partnership immediately.

The grant applications are due by August 17. The NTIA doesn’t expect to start making grant awards until at least November 29. The NOFO offers that the NTIA might award additional funding to approved projects if there is not enough demand for the funding.

The NTIA warns that it will likely not award money to small projects, and it expects awards to be between $5 million and $30 million. That’s understandable when you consider that the agency is going to have to process a lot of the grant requests quickly between August and November. Applicants would be wise to apply early.

While there is no statutory reason that NTIA cannot award 100% grants, they caution applicants that they will favor projects that contribute matching funds of 10% or more – the NTIA wants to see the commercial partners have some skin in the game. They also want these matching funds to be non-federal dollars, meaning the matching shouldn’t come from some other bucket of funding from the $1.9 trillion ARPA program.

This is probably the most unique federal broadband grant I can remember in that the funding is only available to public-private partnerships and no other business structure. Since the grants are only being awarded to the public member of the partnership, this also implies ownership of the network by local governments and some sort of ongoing participation in the business. It’s going to be interesting to see how partnerships are created to meet these grant requirements.

Fast Polymer Cables

Scientists and engineers are always looking for ways to speed up and more efficiently configure computing devices to maximize the flow of data. There are a lot of applications today that require the exchange of huge volumes of data in real-time.

MIT scientists have created a hair-like plastic polymer cable that can transmit data ten times faster than copper USB cables. The scientists recently reported speeds on the new cables in excess of 100 gigabits per second. The new fibers mimic the best characteristics of copper cable in that electronic signals can be conveyed directly from device to device.

https://spectrum.ieee.org/tech-talk/computing/networks/plastic-polymer-cables-that-rival-fiber-optics

Another interesting characteristic of polymer cables is that it’s possible to measure the flow of electrons through each cable from outside – something that is impossible to do with fiber optic cables. This is a key function that can be used to direct the flow of data at the chip level in fast computing devices.

If brought to market, these cables will solve several problems in the computing industry. The new fibers mimic the best feature of copper wires like USB cables are easily compatible with computer chips and other network devices. A copper Ethernet cable can connect two devices directly with no need to reformat data. Fiber cables are much faster than copper but require an intermediate device to convert light signals back into electronic signals at each device.

There are immediate uses for faster cables in applications like data centers, self-driving cars, manufacturing robots, and devices in space. The new cables would be a benefit anywhere that large amounts of data need to be transferred in real-time from device to device. Since the polymer fibers are thin, they could also this also be used to speed up data transfer between chips within devices.

The data transmission rates on the polymer cables are currently at 100 gigabits per second for a distance of around 30 centimeters. The MIT scientists believe they will be able to goose speeds to as much as a terabit while increasing transmission distances to a meter and beyond.

There is a long way to go to move a new technology from laboratory to production. There would first need to be industry standards developed and agreed upon by the iEEE. Using new kinds of cables means changing the interface into devices and chips. There are also the challenges of mass manufacturing the new cables and of integrated them into the existing supply chain.

I’m always amazed at how modern science seems to always find solutions when we need them. We are just now starting to routinely use computer applications like AI that rely on quickly moving huge amounts of data. Just a decade ago nobody would have been talking about chips that needed anything close to 100 gigabits of input or output. It’s easy to assume that computing devices somehow get faster when chips are made faster, but these new cables act as a reminder that there are numerous components required in making faster computing. Fast chips do not good if we can’t get data in and out of the chip fast enough.