U.S. Broadband Access Report: Coverage & Speeds [2026]

U.S. Broadband Access Report 2026: Key Findings

This report analyzes broadband internet access across the United States using Federal Communications Commission (FCC) data, including coverage maps, provider availability records, and technology deployment statistics. Our analysis covers all 50 states and identifies gaps in fiber, cable, DSL, fixed wireless, and satellite internet availability.

Data source: FCC Broadband Data Collection (BDC), provider filings, and InternetProviders.ai's proprietary availability database of 13.1 million coverage records across 30,500+ ZIP codes and 10,100+ cities.

Executive Summary

Despite significant investments in broadband infrastructure, millions of Americans still lack access to high-speed internet. Our analysis of 2026 data reveals:

• Fiber access remains concentrated in urban and suburban areas, with only ~43% of U.S. households having access to fiber-to-the-home (FTTH) service
• Rural broadband gaps persist — approximately 21 million Americans lack access to broadband speeds of 100 Mbps or higher
• Provider competition is limited: 33% of U.S. addresses have only one provider offering 100+ Mbps service
• 5G fixed wireless is expanding rapidly through T-Mobile and Verizon, adding competitive options in previously underserved areas
• Satellite internet (Starlink, HughesNet, Viasat) serves as a last-resort option for ~6% of households in areas with no terrestrial broadband

Fiber Internet Availability by Region

Fiber optic internet — widely considered the gold standard for residential broadband — is available to roughly 43% of U.S. households as of 2026. However, availability varies dramatically by region:

State-by-State Broadband Access

Broadband access varies significantly by state. States with major metropolitan areas and active fiber deployment programs tend to have higher access rates, while rural states face persistent connectivity challenges.

Top 10 States for Broadband Access

Bottom 10 States for Broadband Access

Technology Breakdown

The U.S. broadband landscape is served by five primary technologies, each with distinct characteristics:

Fiber (FTTH)

Fiber-to-the-home provides the fastest and most reliable residential internet, with symmetrical upload and download speeds up to 5-8 Gbps. Major fiber providers include AT&T Fiber (21 states), Frontier Fiber (25 states), Verizon Fios (9 states), and Google Fiber (select cities). Fiber is the fastest-growing technology, with availability increasing approximately 3-5 percentage points per year.

Cable (DOCSIS 3.1)

Cable internet, using existing coaxial cable infrastructure, remains the most widely available high-speed technology, reaching approximately 89% of U.S. households. Major cable providers include Xfinity/Comcast (40 states), Spectrum/Charter (41 states), and Cox (18 states). Cable typically offers download speeds up to 1-2 Gbps but with asymmetric upload speeds (35-200 Mbps).

DSL

Digital Subscriber Line, delivered over copper phone lines, is declining as providers like AT&T and Frontier invest in fiber replacements. DSL speeds typically max out at 100 Mbps (VDSL2) but many areas are limited to 25 Mbps or less. DSL remains relevant primarily in rural areas awaiting fiber or fixed wireless deployment.

Fixed Wireless (5G/LTE)

Fixed wireless internet is the fastest-growing broadband category, driven by T-Mobile 5G Home Internet and Verizon 5G Home. Speeds range from 72-300 Mbps, with pricing typically $25-50/mo. This technology is particularly impactful in areas where cable/fiber competition is limited, providing a competitive alternative for the first time.

Satellite

Satellite internet (Starlink, HughesNet, Viasat) serves as the broadband option of last resort for rural and remote areas. Starlink's low-earth orbit constellation has dramatically improved satellite performance (50-200 Mbps, 20-40ms latency) compared to traditional geostationary satellites (25 Mbps, 600ms+ latency). Approximately 6% of U.S. households rely on satellite as their primary broadband connection.

The Rural Broadband Gap

The digital divide between urban and rural America remains significant despite federal investments through the BEAD program, RDOF, and other initiatives:

• Urban areas: 98% of households have access to 100+ Mbps broadband, with an average of 3.1 competing providers
• Suburban areas: 93% of households have 100+ Mbps access, with 2.4 average providers
• Rural areas: 72% of households have 100+ Mbps access, with 1.4 average providers
• Remote areas: 45% of households have 100+ Mbps access, often limited to satellite or fixed wireless only

The federal Broadband Equity, Access, and Deployment (BEAD) program is distributing $42.45 billion to states for broadband infrastructure, with most deployment expected between 2026 and 2028. This represents the largest broadband investment in U.S. history and is projected to bring 100+ Mbps service to an additional 8-10 million households.

Provider Market Share

The residential broadband market is dominated by a small number of large providers:

Pricing Trends

Broadband pricing has shown divergent trends across technology types:

• Fiber pricing is decreasing: Competition from AT&T, Frontier, and Google Fiber has pushed entry-level fiber plans below $50/mo in many markets, down from $60-70/mo just two years ago
• Cable pricing is stable to increasing: Post-promotional rate increases remain common, with effective prices 30-50% higher than advertised rates after the first 12 months
• Fixed wireless offers the best value: T-Mobile ($50/mo) and Verizon ($25-50/mo) provide competitive speeds without contracts or data caps, disrupting traditional cable monopolies
• Data caps are declining: Frontier, AT&T Fiber, Spectrum, and T-Mobile offer unlimited data. Xfinity's 1.2 TB cap remains controversial but is not enforced in markets with fiber competition

Methodology

This report synthesizes data from multiple sources:

1. FCC Broadband Data Collection (BDC) — Provider-submitted availability data at the address level, updated semi-annually
2. InternetProviders.ai database — 13.1 million H3 hexagonal coverage records, 30,500+ ZIP code mappings, and 10,100+ city-level aggregations
3. Provider public filings — Quarterly earnings reports, investor presentations, and coverage expansion announcements
4. Census Bureau data — American Community Survey (ACS) for demographic context and household counts
5. NTIA Internet Use Survey — Self-reported broadband adoption and usage patterns

All percentages and subscriber counts are estimates based on the most recently available data as of 2026. Actual availability may vary by specific address.

How to Check Your Broadband Options

To find available internet providers at your address, enter your ZIP code in our search tool. We'll show you every provider, plan, and price available at your specific location — including fiber, cable, DSL, fixed wireless, and satellite options.

State-Level Broadband Access Disparities

Broadband access varies dramatically across states, with geography, population density, and state-level policy all playing significant roles in determining connectivity levels.

Best-connected states: New Jersey, Connecticut, Rhode Island, and Massachusetts lead the nation with fiber or cable broadband available to over 95% of households. These densely populated states benefit from smaller geographic areas that make infrastructure deployment economically viable for providers.

Least-connected states: Montana, Wyoming, Alaska, and Mississippi have the largest broadband gaps, with 15-30% of households lacking access to wired broadband at 100 Mbps or faster. In these states, fixed wireless (T-Mobile, Verizon) and satellite (Starlink) are filling critical gaps.

The urban-rural divide remains the defining challenge: urban areas have an average of 5-7 provider choices, while rural areas average 1-2. This lack of competition in rural markets contributes to higher prices and lower speeds for rural consumers.

BEAD Program: The Largest Broadband Investment in History

The Broadband Equity, Access, and Deployment (BEAD) program allocates $42.45 billion in federal funding to expand broadband access. Here is where the program stands in 2026:

• Allocation status: All 50 states, D.C., and territories have received their BEAD allocations. The largest allocations went to Texas ($3.3B), California ($1.86B), and Virginia ($1.48B).
• Implementation timeline: Most states are in the subgrantee selection phase, choosing which ISPs will build out to unserved and underserved locations. Construction is beginning in early-award states, with the majority of buildout expected between 2026-2029.
• Fiber priority: BEAD strongly favors fiber-optic technology for funded projects, meaning most BEAD-funded buildout will deliver symmetrical gigabit speeds. This represents a generational infrastructure investment that will transform broadband access in rural America.
• Impact projection: When complete, BEAD aims to provide broadband access to all unserved locations (those without 25/3 Mbps) and upgrade underserved locations (those without 100/20 Mbps). An estimated 8-10 million locations will be connected or upgraded.

The Emerging Role of Fixed Wireless and Satellite

While fiber remains the gold standard, alternative technologies are playing an increasingly important role in closing the broadband gap:

• T-Mobile and Verizon fixed wireless: Together, these carriers have added over 10 million fixed wireless subscribers since 2021, providing a viable alternative in areas without wired broadband competition. Speeds of 50-300 Mbps make fixed wireless competitive with cable in many markets.
• Starlink and satellite: Starlink has deployed over 6,000 satellites and serves customers in rural areas where no terrestrial broadband is available. Speeds of 25-100 Mbps with latencies of 25-50 ms make it functional for streaming, video calls, and general use — a dramatic improvement over legacy satellite services.
• Municipal broadband: Over 500 communities have built or are building their own broadband networks, typically offering fiber service at competitive prices. Chattanooga TN, Fort Collins CO, and Longmont CO are often cited as successful examples. Municipal networks provide competition in markets dominated by a single private provider.

For current broadband availability at any address, use our address lookup tool.

Frequently Asked Questions

How many Americans lack broadband internet access?

Approximately 21 million Americans lack access to broadband internet at speeds of 100 Mbps or higher. When using the FCC's minimum definition of broadband (25/3 Mbps), approximately 7 million Americans remain unserved. The number varies depending on the speed threshold used.

Which state has the best internet coverage?

New Jersey consistently ranks as the state with the best broadband coverage, with 97% of households having access to 100+ Mbps service and 68% having fiber access. Connecticut, Massachusetts, and Rhode Island also rank in the top five.

Is fiber internet available everywhere?

No. Fiber-to-the-home (FTTH) is available to approximately 43% of U.S. households. Availability is concentrated in urban and suburban areas, with rural areas having significantly lower fiber access. Major fiber expansion projects are underway through the BEAD program.

What is the average cost of internet in the U.S.?

The average cost of residential internet service in the U.S. is approximately $65-75/mo for plans offering 200-500 Mbps. Entry-level plans start at $25-30/mo (50-100 Mbps), while gigabit plans typically cost $70-100/mo. Prices vary significantly by region and provider competition.

How is 5G home internet changing broadband competition?

5G fixed wireless (primarily from T-Mobile and Verizon) has become the fastest-growing broadband category, adding approximately 2-3 million subscribers per year. By offering competitive speeds (72-300 Mbps) at $25-50/mo with no contracts, 5G home internet is introducing meaningful competition in areas previously served only by a single cable provider.

Data and methodology details are available on our research methodology page. Speeds, prices, and availability are verified against provider websites and FCC broadband data as of 2026.