2026 U.S. Broadband Access Report

Introduction: A New Era of Broadband Transparency

The Federal Communications Commission's Broadband Data Collection (BDC) represents the most significant improvement in U.S. broadband data in decades. Replacing the deeply flawed Form 477 system — which famously overstated coverage by counting an entire census block as “served” if a single address had access — the BDC requires address-level reporting from every internet service provider operating in the United States.

At InternetProviders.ai, we processed all 13.1 million records from the latest BDC filing to produce this comprehensive analysis of where broadband access stands in 2026. We cross-reference provider-reported availability with H3 hexagonal grid data at approximately 500-meter resolution, covering 10,105 cities and 30,501 ZIP codes across all 50 states and the District of Columbia. This approach maps availability at a granularity that reflects real consumer experience rather than census-block approximations.

The findings are encouraging in some respects — fiber deployment is accelerating, and the BEAD program is beginning to deliver results — but deeply concerning in others, particularly regarding the persistent rural-urban digital divide.

Source: FCC Broadband Data Collection, 2026

The National Picture

Approximately 85% of U.S. addresses now have access to at least one provider delivering download speeds of 100 Mbps and upload speeds of 20 Mbps or faster. This is the FCC's current broadband benchmark, raised from the longstanding 25/3 Mbps threshold in 2024. By the older standard, coverage exceeds 95% — a number that sounds impressive until you consider what 25/3 actually supports in a household with multiple devices, video calls, and streaming services competing for bandwidth.

The national technology breakdown reveals the evolving competitive landscape:

• Cable broadband reaches approximately 72% of U.S. addresses, making it the most widely available wired technology. Major providers include Xfinity (Comcast), Spectrum (Charter), and Cox.
• Fiber-to-the-home (FTTH) is available to roughly 57% of addresses, up from approximately 37% two years ago. AT&T Fiber, Frontier Fiber, and dozens of BEAD-funded regional providers are driving this growth.
• Fixed wireless has expanded rapidly to cover approximately 55% of addresses, driven primarily by T-Mobile Home Internet and Verizon 5G Home. However, real-world speeds vary enormously by tower congestion and location.
• DSL continues its decline, available at roughly 38% of addresses but increasingly unable to meet the 100/20 benchmark. Many providers, including AT&T, have ceased new DSL installations entirely.
• Satellite (including Starlink and HughesNet) is technically available to nearly 100% of addresses but carries latency and capacity constraints that make it a poor substitute for terrestrial broadband in most use cases.

The average American address can choose from about 3.2 wired broadband providers when including cable, fiber, DSL, and fixed wireless options. This figure excludes satellite, which is technically available nearly everywhere but carries latency and reliability trade-offs. Averages, however, mask enormous variation, and the story of broadband in America is fundamentally a story about geography.

Source: InternetProviders.ai analysis of FCC BDC data, March 2026

The Rural-Urban Digital Divide

This is the finding that defines the dataset. In urban areas, the average address has access to 4.1 wired broadband providers. In rural areas, that number drops to 1.4. In many rural census blocks across Appalachia, the Mississippi Delta, tribal lands in the Mountain West, and parts of Alaska, the only available option is a single fixed wireless or DSL provider operating well below the FCC's 100/20 benchmark.

Approximately 19 million Americans still lack access to any fixed broadband connection meeting the federal standard. These are not people who have chosen not to subscribe. They are people for whom the infrastructure simply does not exist. The concentration is geographic and predictable: low population density makes deployment expensive, difficult terrain compounds the cost, and private ISPs have had limited financial incentive to serve areas where the return on investment may take a decade or longer to materialize.

Fiber deployment costs illustrate the economic challenge concretely. The cost per passing (running fiber to a single address) in a dense suburban area like northern New Jersey typically runs under $1,000. In rural Montana, the same per-passing cost can exceed $5,000. In remote parts of Alaska, it can reach $10,000 or more. The economics are fundamentally different, and market forces alone have not closed the gap in the decades since broadband became an essential utility.

The digital divide has real consequences beyond convenience. Students without reliable broadband cannot fully participate in remote learning. Telehealth services — critical in rural areas where the nearest specialist may be hours away — require stable, low-latency connections. Remote work opportunities, which expanded dramatically during and after the pandemic, remain largely inaccessible to communities without adequate broadband infrastructure.

State-by-State Coverage Analysis

Coverage varies dramatically by state, with rankings reflecting patterns tied to population density, geography, state-level policy, and the legacy infrastructure decisions of incumbent providers. Our analysis covers all 50 states and the District of Columbia, with detailed breakdowns available on each state coverage page.

Most Connected States

Least Connected States

The gap between the most and least connected states is striking: New Jersey's 96% coverage rate is more than 30 percentage points above Mississippi's 63%. This disparity is driven by fundamental differences in population density, terrain, and historical investment patterns rather than any single policy failure.

Explore the full state-by-state breakdown on our broadband coverage reports page, or visit any individual state page for detailed city-level data, provider rankings, and technology breakdowns.

Fiber Rollout Trends: Winning, but Slowly

The most significant structural trend in the data is fiber's steady displacement of cable as the dominant broadband technology in new deployments. National fiber availability has grown from roughly 37% of addresses in 2024 to 57% in early 2026. This growth has been driven by three primary factors:

1. Major carrier investment: AT&T has committed to passing 30 million locations with fiber by the end of 2025, and Frontier Communications has embarked on an aggressive FTTH conversion program covering millions of addresses in its legacy DSL footprint.
2. Federal funding: The $42.45 billion BEAD program, along with earlier RDOF (Rural Digital Opportunity Fund) allocations, has provided the economic justification for fiber deployment in areas where private investment alone would not reach.
3. Regional and municipal providers: Dozens of smaller ISPs and municipal networks have expanded fiber service, particularly in the Southeast and Mountain West, often leveraging BEAD subgrant funding.

In states where fiber availability exceeds 50% — including Utah, Virginia, and parts of Texas — we observe meaningfully higher average download speeds and lower prices per megabit. Fiber markets also tend to support more providers per address, suggesting that the technology encourages competition rather than consolidation. This makes structural sense: fiber infrastructure, once deployed, can support multiple retail providers through open-access arrangements or overbuild economics that are more favorable than those of legacy cable plant.

However, our year-over-year comparison reveals a cautionary finding: the coverage gap between the top 10 and bottom 10 states has barely narrowed. Federal funding is necessary, but infrastructure deployment operates on multi-year timelines. Fiber construction, permitting, environmental review, and last-mile drops take time. Many states, as of early 2026, are still in the subgrantee selection phase of their BEAD programs, meaning the funded buildouts have not yet begun in earnest.

The trajectory is clear — fiber will eventually become the dominant broadband technology in the United States — but the timeline for universal or near-universal fiber availability extends well into the 2030s. In the interim, cable, fixed wireless, and satellite will continue to serve as the primary or only options for tens of millions of Americans.

The BEAD Program: Progress and Challenges

The Broadband Equity, Access, and Deployment (BEAD) program, authorized under the Infrastructure Investment and Jobs Act, represents the largest federal investment in broadband infrastructure in American history. The $42.45 billion allocation is specifically targeted at unserved locations (those lacking access to 25/3 Mbps service) and underserved locations (those lacking access to 100/20 Mbps service).

As of early 2026, the program has made meaningful progress in the administrative phase: all 50 states, the District of Columbia, and U.S. territories have submitted and received approval for their initial proposals. Several early-moving states — including Louisiana, Virginia, and Nevada — have completed subgrantee selection and begun awarding construction contracts.

However, translating federal funding into lit fiber and active subscribers is a multi-year process. Permitting, environmental review, pole attachment agreements, and actual construction timelines mean that many BEAD-funded buildouts will not deliver service until 2027 or 2028. States with challenging terrain, such as West Virginia and Montana, face particularly long construction timelines.

The program also faces workforce challenges. The telecommunications construction workforce was already constrained before BEAD, and the simultaneous deployment of billions of dollars across multiple states has intensified competition for qualified fiber splicers, engineers, and construction crews. Several states have implemented workforce development programs as part of their BEAD plans, but the near-term bottleneck remains a factor in deployment timelines.

Source: NTIA BEAD Program, 2026

Consumer Implications and Recommendations

For individual consumers, the practical implications of this data are straightforward but important to understand:

1. Your address determines your options. Two addresses 30 miles apart can have dramatically different broadband landscapes. A suburban home might have six providers including two fiber options. A rural home in the same county might have a single fixed wireless provider offering 25/3 Mbps. Use our availability checker to see exactly what is available at your specific location.
2. Fiber, where available, is almost always the best value. Fiber plans typically offer more transparent pricing, symmetric upload and download speeds, no data caps, and lower long-term costs after promotional periods expire. If fiber is available at your address from any provider, it should be your first consideration. See our best fiber providers ranking for detailed comparisons.
3. Fixed wireless is filling gaps, but inconsistently. T-Mobile Home Internet and Verizon 5G Home have expanded access meaningfully, particularly in areas where wired options are limited. These services offer competitive pricing (typically $25–$50/month) and no contracts. However, real-world speeds vary enormously by tower congestion, distance, and local terrain. Our 5G provider guide covers the specifics.
4. Beware hidden costs. Equipment rental fees ($10–$15/month from most cable providers), post-promotional rate increases (40–70% higher than advertised introductory rates), and data cap overage charges can add $20–$40 per month to the advertised price of a broadband plan. Our provider comparison tool helps you evaluate total cost of ownership rather than just promotional pricing.
5. Check if BEAD-funded buildouts are coming to your area. If you currently have limited options, your state's BEAD plan may include new fiber construction in your area within the next one to three years. State broadband offices maintain public maps of planned deployment areas.

Methodology

This report is based on InternetProviders.ai's analysis of the FCC's Broadband Data Collection filings. Our data pipeline processes 13.1 million individual availability records, normalizes across provider naming conventions and technology classifications, and aggregates at the ZIP code, city, county, and state levels using H3 hexagonal grid data at approximately 500-meter resolution.

Coverage percentages cited in this report refer to the share of residential addresses with access to at least one provider meeting the specified speed threshold (100/20 Mbps unless otherwise noted). Provider counts represent distinct wired and fixed wireless ISPs reporting service availability at a given address, excluding satellite-only providers.

The full methodology, including data sources, processing steps, normalization rules, and known limitations, is documented on our methodology page. The data and analysis are available under a CC BY 4.0 license for researchers, journalists, policymakers, and advocates.

Source: InternetProviders.ai Methodology

Explore the Data

This report provides a national overview, but the real value of the BDC data is in the granular, location-specific detail. We have made the full dataset and analysis freely available across several tools:

• State-by-State Coverage Reports — Detailed broadband coverage data for all 50 states and DC, including technology breakdowns, provider rankings, and city-level analysis.
• Best Cities for Fiber Internet — Rankings of the cities with the highest fiber availability in each state.
• Provider Comparison Tool — Side-by-side comparison of internet service providers by speed, price, and technology type.
• Availability Checker — Enter any U.S. ZIP code to see every provider, technology type, and speed tier available at your location.
• InternetNearMe.ai — Neighborhood-level internet comparisons with hyper-local availability data, particularly useful for Texas and other states where coverage varies significantly within cities.

Looking Ahead

The 2026 broadband landscape tells a story of uneven progress. The national numbers are moving in the right direction: fiber is expanding, federal investment is flowing, and the FCC's improved data collection methodology means we can finally measure the problem with precision. But for the approximately 19 million Americans who still cannot access broadband meeting the federal standard — and for the tens of millions more whose only option is a single provider with no competitive pressure on price or quality — progress has not arrived quickly enough.

The BEAD program represents a generational investment that, if executed well, could close the rural-urban divide within the next five to seven years. The data we will publish in our 2027 report should begin to show the early results of that investment. In the meantime, the challenge for policymakers, providers, and advocates is to ensure that execution matches ambition, that funding reaches the hardest-to-serve areas, and that the buildout timeline does not slip further.

We will continue to update this analysis with each new FCC filing cycle. Our goal is to make broadband data as accessible, transparent, and actionable as the real estate and weather data that consumers already take for granted. If you have questions about the data, methodology, or findings, please contact us.