Washington talks about 6G as a symbol of technological supremacy, but for millions of Americans the more urgent question is far less futuristic: when will the existing network actually work? Federal officials tout near-universal 5G coverage and billions allocated for broadband expansion, yet large stretches of rural America still struggle with dropped calls, slow connections and no reliable home internet at all. The $42.5 billion Broadband Equity, Access and Deployment program was designed to close that gap, but delays in approvals, mapping disputes and bureaucratic bottlenecks mean that, so far, not a single household has been connected under the initiative
On the morning of February 21, 2019, as trade negotiators in Washington and Beijing were trying to piece together a ceasefire in the escalating U.S.-China trade war, President Donald Trump took to X with a message that managed to confound technology experts, telecom industry insiders, and casual observers in equal measure.
“I want 5G, and even 6G, technology in the United States as soon as possible,” the president wrote. “It is far more powerful, faster, and smarter than the current standard. American companies must step up their efforts, or get left behind.”
The problem was self-evident to almost everyone who read it. 6G technology did not exist. Not even theoretically. At the time of Trump’s tweet, researchers at Finland’s University of Oulu were among the only people in the world even beginning to sketch out rudimentary academic frameworks for what a sixth-generation wireless network might someday look like, with estimates placing a potential commercial debut somewhere around 2030.
The Verge responded dryly that 6G was “a networking specification that doesn’t remotely exist even on the most basic, theoretical levels.” Meanwhile, Verizon’s actual 5G network, which had launched just months earlier, was available only to home broadband customers in four U.S. cities.
Now, seven years later, the United States finds itself in a curious position. Headline statistics suggest the country has raced to near-universal 5G adoption. Beneath the surface, however, a more complicated and troubling story has taken shape, one involving the difference between coverage and quality, between what politicians promise and what infrastructure actually delivers, and between the connected America depicted in press releases and the rural and low-income communities that remain stranded at the wrong end of a deepening digital divide.
What “99 Percent 5G” Actually Means
According to a December 2025 report from 5G Americas, an industry trade organization, the United States accounts for 341 million 5G connections against a population of 344 million, placing the country among the highest per-capita 5G penetration rates on earth. North America as a whole leads the world in per-capita adoption, reaching approximately 95 percent, far ahead of the global average of 36 percent.
Those numbers would seem to vindicate the ambitions, if not the technological literacy, of the 2019 tweet. But researchers and analysts who study wireless networks for a living are quick to flag what the subscription figures do not capture.
5G is not a monolithic technology. It operates across three distinct spectrum bands, each with radically different performance profiles. Low-band 5G, which operates below 1 GHz, travels vast distances and penetrates walls easily.
It is also, by the standards of what 5G promised, barely faster than the 4G LTE networks it nominally replaced. Mid-band 5G, operating between 1 and 6 GHz, delivers the combination of speed and coverage that network engineers and futurists had in mind when they spoke of transformative connectivity. mmWave 5G, operating in the millimeter-wave spectrum above 24 GHz, achieves extraordinary speeds but can be blocked by a piece of glass or a light rain shower.
When carriers expanded their 5G footprints rapidly in 2020 and 2021, they did so largely by relabeling their existing low-band spectrum as 5G, a move that met considerable criticism. T-Mobile’s nationwide “5G” network at launch delivered median speeds that benchmarking firm OpenSignal found to be only marginally faster than AT&T’s 4G LTE.
Verizon, which built out an aggressive mmWave network in dense urban cores, found that its fastest 5G signals could not reliably travel more than a few hundred feet from a base station.
“The coverage statistics and the connection statistics are real,” a senior engineer at one of the major carriers told Impact Newswire, on condition of anonymity. “But if you’re living in a small town in West Virginia or on a reservation in New Mexico, your 5G phone is running on spectrum that delivers a user experience that is functionally indistinguishable from 4G, if you have any signal at all.”
For context on how far 4G itself traveled: North America’s 4G LTE penetration rate, at its peak, exceeded 90 percent of the population, making the region by some measures the most 4G-saturated on earth.
Yet even that figure obscured a geography of exclusion. Tens of millions of Americans in rural counties, tribal lands, and low-income urban neighborhoods experienced intermittent or nonexistent connectivity throughout the 4G era.
4G LTE subscriptions in North America began declining from their peak in 2020 as consumers migrated to 5G plans, but the migration was uneven, tracking closely with income, geography, and carrier investment patterns.
The Ericsson Mobility Report estimated that 5G subscription penetration in North America would reach 79 percent by end of 2025, a figure that reflects subscribers whose plans technically include 5G access, not necessarily users who experience meaningful 5G performance in their daily lives.
As Ericsson noted in its regional analysis, the transition to 5G standalone networks, those that do not rely on legacy 4G infrastructure for core functions, remains the central technical challenge for operators and the key to unlocking 5G’s full potential.
The Tweet and Its Context
Stanford Law School fellow Ryan Singel, commenting on Trump’s 2019 tweet at the time, described the message as “somewhat of an outlier,” noting that the president rarely engaged with substantive telecom policy.
Singel and others interpreted the tweet partly as a commentary on U.S.-China competition, arriving as it did in the middle of the administration’s aggressive campaign against Huawei Technologies, the Chinese telecommunications giant whose equipment the U.S. argued posed a national security risk.
That context matters. The 5G race between the United States and China was, and remains, genuinely consequential. Huawei had become the world’s largest supplier of telecom switching gear, and its head start in deploying 5G infrastructure in dozens of countries represented a real geopolitical and commercial challenge.
The Trump administration’s effort to persuade allies to exclude Huawei from their networks, while simultaneously pushing American carriers to accelerate their own buildouts, was rooted in legitimate strategic concerns, even if the execution was often chaotic.
But calling for 6G technology that did not exist, while the practical rollout of 5G was still confined to a handful of downtown cores, revealed something about the gap between American political rhetoric on technology and the grinding, unglamorous work of building physical infrastructure across a country the size of a continent.
“It’s a pattern we see repeatedly,” said Michael Santorelli, a director at the Advanced Communications Law and Policy Institute at New York Law School. “There are numerous things that any administration could do to accelerate deployment,” he told StateScoop, including providing clearer guidance and removing regulatory friction, “but the headline ambitions rarely match the policy bandwidth.”
The Trump administration did take some consequential 5G actions. It approved the T-Mobile-Sprint merger, which critics argued failed to meet its promised competitive benefits but which gave T-Mobile the mid-band spectrum holdings needed to build what independent assessments consistently rank as the country’s strongest 5G network.
His FCC appointees cleared additional spectrum for commercial use and restricted Chinese telecom equipment from U.S. networks. But the 6G tweet itself produced nothing of lasting consequence, and 6G standards, while now actively in early research phases by standards bodies including 3GPP, are not expected to reach commercial deployment before 2030 at the earliest.
Biden’s $42.5 Billion Promise and Its Painful Inertia
When President Biden signed the Infrastructure Investment and Jobs Act into law in November 2021, the legislation included what was billed as the most significant federal investment in broadband connectivity in American history: $42.5 billion for the Broadband Equity, Access, and Deployment Program, known as BEAD. The stated goal was to close the digital divide once and for all, connecting every unserved and underserved American to high-speed internet, primarily through fiber-optic cable, by 2030.
The promise landed with fanfare. The president announced it as a generational achievement, a New Deal-scale commitment to connecting rural America to the modern economy. Advocates for broadband equity hailed it as long overdue.
Engineers pointed out, cautiously, that building fiber to every unserved location in the country would be extraordinarily complex and expensive, particularly in the rural and mountainous communities where the need was greatest and the economics of deployment were most forbidding.
What happened next was a slow-motion policy disaster that defied easy partisan categorization, drew bipartisan condemnation, and left the rural families the program was designed to serve with no new connections and diminishing optimism.
As of August 2025, four years after the law’s enactment, not a single home had been connected using BEAD funds. Not one. The money sat in accounts while states submitted, revised, resubmitted, and further revised planning documents through a nine-step approval process that critics across the political spectrum described as labyrinthine.
“There hasn’t been a single shovel’s worth of dirt that has even been turned towards connecting people,” said Brendan Carr, then an FCC commissioner and now its chairman, in 2024. Carr predicted that the program’s goal of reaching most underserved areas would not be fully realized until 2030, nine years after enactment. The Washington Times reported his assessment at the time; subsequent events have only reinforced its accuracy.
The Biden administration’s NTIA, which administered the program, layered onto the statutory requirements a series of additional mandates that became deeply contentious.
These included preferences for government-owned networks over private providers, labor requirements tied to union wage standards, climate resilience criteria, and, most controversially, provisions that effectively amounted to rate regulation, requiring states to ensure that BEAD-funded providers offer low-cost service options before NTIA would approve their proposals.
Congressional Republicans and a group of senators wrote to Commerce Secretary Gina Raimondo arguing that these requirements explicitly contradicted the law’s prohibition on rate regulation and were making the program prohibitively complex for private providers, particularly in rural markets.
BEAD program director Evan Feinman of the NTIA acknowledged that some projects could take as much as five years to complete after construction began, and that he anticipated construction would not begin until late 2024. That timeline proved optimistic.
Alan Davidson, who ran the program as head of NTIA, told Congress in May 2024 that the program “is really a 2025, 2026 shovels-in-the-ground project.” The shovels have not yet entered the ground at any meaningful scale.
The Trump Rewrite and the Risk of More Delay
The incoming Trump administration arrived in 2025 with sharp criticism of the BEAD program and a mandate to overhaul it. Commerce Secretary Howard Lutnick announced that “The Department is ripping out the Biden Administration’s pointless requirements,” embracing what he called a technology-neutral approach that would allow states to choose the connectivity solution that made the most economic sense, including satellite internet, rather than mandating fiber above all alternatives.
The American Enterprise Institute, in a July 2025 analysis, acknowledged that the revised guidance marked a meaningful return to the program’s statutory roots but warned that by forcing states to restart their entire application processes, NTIA risked compounding the very delays it sought to remedy.
“Commerce Secretary Howard Lutnick is optimistic that the program’s funds will be fully distributed by the end of 2025,” the AEI noted, “but as the Benton Foundation notes, states averaged six to nine months to complete the initial round, which casts doubt on this timeline.”
Drew Garner, director of policy engagement at the Benton Institute for Broadband and Society, warned that if the Trump Commerce Department moved forward with changes requiring states to re-run their grant programs, broadband deployment could be delayed by a year or more.
He also expressed concern that opting for cheaper technologies over fiber would lead BEAD down the same path as the Rural Digital Opportunity Fund, an FCC program created during the first Trump administration that was plagued by fraud and later found to have allocated billions of dollars to areas that were already served, or that providers subsequently declined to build out.
In Congress, Democrats placed the blame squarely on Republican obstruction. “The pauses we see at the Department of Commerce,” a group of Democratic lawmakers wrote, are “like shackles on broadband providers in Louisiana, Nevada, and Delaware, who need only basic administrative approvals to begin their work in as little as six weeks.”
Louisiana had planned to deploy fiber to 95 percent of the state. Nevada had planned 80 percent fiber coverage. Delaware had planned 100 percent fiber. All three states were ready to begin. All three remained frozen.
The Deeper Infrastructure Question
The BEAD program’s dysfunction, on both the Biden and Trump watches, reflects a structural challenge that has bedeviled American telecommunications policy for decades: the country’s physical geography and political economy make universal broadband extraordinarily difficult to achieve through government programs, private markets, or some combination of the two.
The United States is among the largest countries by land area with one of the most dispersed rural populations in the developed world. The economics of fiber deployment are brutal in places where homes are miles apart.
A single household in rural Appalachia or the Great Plains might cost $10,000 or more to connect, and the prospect of recovering that investment through monthly subscription fees from a family that may already struggle to afford basic expenses is, at best, speculative.
Private carriers have concentrated their investment in the dense urban and suburban markets where the return on capital is clearest, a rational business decision that has left the underserved communities the BEAD program was designed to reach exactly where they were.
Internet access among U.S. households grew from 80 percent to 83 percent between 2021 and 2023, but those gains came largely from private investment in areas where providers could sustainably grow their markets, not from the federal program that was supposed to close the final gap.
In the meantime, global competitors have moved forward. South Korea maintains one of the world’s highest 5G penetration rates and is among the leaders in genuine mid-band deployment. China, despite its geopolitical friction with American carriers and suppliers, has built more 5G base stations than the rest of the world combined.
The Ericsson Mobility Report projects that globally, 5G will overtake 4G as the dominant mobile access technology by subscription by the end of 2027, nine years after commercial launch, a milestone the United States is on track to reach domestically around the same time, though the quality of that 5G experience will vary enormously depending on where a user lives.
6G, the technology Trump demanded in 2019, now has a more concrete research roadmap. Standards bodies, university consortia, and technology companies including Ericsson, Nokia, and Samsung are actively publishing early specifications.
Viet Nguyen, President of 5G Americas, said in December 2025 that the industry was “accelerating progress on the path to 6G,” with commercial timelines pointing toward the early 2030s. Whether the United States will lead that transition, or find itself in the same position it found itself in with 5G: nominally ahead on subscriptions, visibly behind on equitable deployment, remains an open question.
The Pattern That Persists
What the 6G tweet and the BEAD program share, beyond their ultimate ineffectiveness, is a preference for announcement over execution. The tweet announced a technological ambition without any accompanying policy mechanism.
The BEAD program announced a connectivity ambition with $42.5 billion and, for four years, no tangible connections. The House Communications and Technology Subcommittee, meeting in March 2025 for a hearing titled “Fixing Biden’s Broadband Blunder,” heard testimony from Republican lawmakers that “not one inch of fiber” had been deployed to connect any U.S. locations using BEAD funding. Democrats largely did not dispute the claim. They disputed the causes.
The families waiting for broadband in the rural South, the Midwest, Appalachia, and Indian Country are not waiting for the resolution of a policy debate in Washington. They are waiting for a physical cable, or a fixed wireless antenna, or a working satellite dish, that delivers the kind of internet connection that urban Americans have taken for granted for a decade.
Many of them have been waiting through multiple administrations, multiple billion-dollar federal programs, and multiple rounds of promises from politicians of both parties.
In 2019, a president called for 6G. In 2026, some of his fellow Americans are still waiting for 4G.
Get the latest news and insights that are shaping the world. Subscribe to Impact Newswire to stay informed and be part of the global conversation.
Got a story to share? Pitch it to us at info@impactnews-wire.com and reach the right audience worldwide
Discover more from Impact AI News
Subscribe to get the latest posts sent to your email.
