Fixed wireless access (FWA) is offered in most countries, but it is not one global service: each operator sells it nationally, on its own spectrum, network and terms. A business with sites in several countries usually needs FWA from an operator in each country, or from a provider with local network access there, and must check coverage, 5G availability and contract rules site by site.
Disclosure: DROAM News is published by Droam BV, which sells fixed wireless access and connectivity services. That is a commercial relationship. This guide does not rank providers, Droam included, and it lists the criteria we would use so you can apply them to any offer.
This guide covers what changes when FWA crosses borders. For how FWA works and how it compares with cable and fiber at U.S. sites, start with our fixed wireless access guide.
Key takeaways
- Adoption, 5G availability and plan types differ sharply by region.
- In some markets FWA still means 4G; mmWave is a capacity layer, not the basis of a rollout.
- A plan from one country’s operator is generally not a fixed service in another.
- Routers must support local bands and meet local radio rules.
- Choose local operators, a multi-country provider or a mix, with a backup that fails for different reasons.
How FWA adoption differs by region
FWA is sold almost everywhere, but not in the same way. GSA’s FWA market summary of June 2026 counts announced FWA offers using LTE or 5G from 542 operators in 180 countries and territories, and launched services from 514 operators in 179. It says Europe and the Middle East and Africa have the highest number of operators delivering FWA.
Ericsson’s Fixed Wireless Access outlook, based on a study of 304 service providers as of April 2026, finds that 83% offer FWA. It puts FWA connections at 185 million at the end of 2025 and forecasts 350 million by the end of 2031. The regional split shows how uneven the picture is:
| Region (Ericsson, April 2026) | Studied providers offering FWA | Of those, offering FWA over 5G |
|---|---|---|
| North America | 100% | 89% |
| Western Europe | 89% | 96% |
| Central & Eastern Europe | 95% | 64% |
| Middle East | 83% | 87% |
| Asia-Pacific | 82% | 67% |
| Africa | 81% | 58% |
| Latin America | 55% | 36% |
Offering FWA is not the same as wide uptake. Ericsson’s FWA handbook 2026 says uptake has been strong in North America, the Nordics, the GCC countries and parts of Asia, and comparatively limited in Latin America, Africa and parts of South East Asia. Plan types differ too: according to the same outlook, 43% of FWA providers offer only volume-based plans rather than speed-based ones, which changes how you budget for data.
National data can show a different shape again. In India, the regulator TRAI reports 13.61 million 5G FWA subscribers at the end of September 2026, and counts separately 5.58 million FWA subscribers on Unlicensed Band Radio (UBR) technology.
4G vs 5G FWA, and mid-band vs mmWave
Ericsson counts 175 providers offering FWA over 5G, or 71% of FWA providers. The rest sell FWA over 4G, and in the table above the 5G share runs from 96% in Western Europe to 36% in Latin America. Ericsson’s handbook also notes that some providers are still waiting to launch 5G because spectrum has not been awarded. In a multi-country rollout, some sites will get 4G FWA even where others get 5G.
The band matters as much as the generation. Ericsson’s handbook finds that 5G FWA connection growth is clearly correlated with 5G mid-band coverage, based on the U.S. build-outs of T-Mobile and Verizon. GSMA’s 2022 mmWave study noted that most 5G FWA deployments then used mid-band spectrum in the 3.5–3.8 GHz range. It describes mmWave as offering very high capacity but limited coverage, with reduced ability to penetrate glass, concrete and wood, and says it should not be considered a replacement for mid-band.
The ITU’s 2019 World Radiocommunication Conference identified mmWave bands for mobile use, including 24.25–27.5 GHz and 37–43.5 GHz. Identification is not availability: whether an operator in a given country uses mmWave for FWA varies by market, so plan international sites on mid-band or 4G coverage.
Licensing and equipment rules differ by market
Spectrum is licensed nationally, so the same service can be built on different bands, and under different rules, in each country. India shows this in its own statistics: TRAI’s subscription data separates 5G FWA, which uses 5G radio access, from UBR FWA, which uses unlicensed band radio. Ask which one a local offer uses, because interference risk and service terms can differ.
The router has to fit the market too. It must support the bands the local operator uses, which can mean a regional hardware variant, and meet local radio rules: in the EU, the Radio Equipment Directive (2014/53/EU) sets the framework for placing radio equipment on the market. Ask the local operator which models it supports before you ship anything.
Why an FWA plan does not travel between countries
FWA plans are national, and some are tied to one address. Telstra’s critical information summary for its consumer 5G Home Internet Plan, for example, says the modem may only be used at the address given when the plan was taken up, and caps download speeds at 1.5 Mbps if the modem is moved outside that home area.
Roaming does not fill the gap. Inside the EU, the European Commission’s Your Europe guidance describes roaming at domestic prices as use while occasionally traveling, and lets operators monitor roaming over a four-month period and apply a fair use policy when a customer spends more time abroad and uses more data there than at home.
For devices that stay abroad, rules are tighter in some markets. In BEREC’s 2024 draft report on M2M and permanent roaming, access seekers reported that outside the EU/EEA, permanent roaming for M2M is either refused or prohibited by regulation in some countries, citing Brazil, India, Turkey, the United Arab Emirates and Saudi Arabia, and that local profiles are used where permanent roaming is not allowed. If a multi-country SIM is part of the plan, ask how it connects in each country: on a local profile, or by roaming.
Static IPs and networking
Cellular connections often use shared public addresses, and static IP options vary by operator and country. If a site needs inbound access, a site-to-site VPN or SD-WAN, ask each provider in writing about addressing, static IPs, IPv6 and any blocked ports or VPN protocols. Where static IPs are not offered, a VPN that the router opens outbound is the usual workaround.
Options for an international site: comparison
This is a general comparison, not a measurement of any provider. Results depend on the country, the address and the contract.
| Factor | Local FWA (in-country operator) | Multi-country SIM provider | LEO satellite | Leased line or fiber |
|---|---|---|---|---|
| How it is bought | One contract per country | One contract across countries | Per country or via a reseller, where the service is offered | Per country, often per site |
| Deployment speed | Usually fast where coverage exists | Usually fast | Fast where the site has a clear view of the sky | Slow if the building is not connected |
| Consistency | Varies with signal and cell load | Varies with signal, load and the network used | Varies with sky view, weather and service load | The most consistent |
| Regulatory and contract risk | Address and fixed-use terms | Permanent-roaming limits in some markets | Check that the service is offered for business use in that country | Low; mainly lead times and term length |
| Static IP and support | Varies by operator | Varies by provider | Varies by plan | Usually available |
| Usually fits | Branches with good local coverage | Many small sites, backup, fast rollouts | Remote sites, backup on a separate path | Offices and hubs with heavy traffic |
How a U.S.-headquartered business can approach international sites
There are three common models. Per-country contracts with local operators bring fixed-service terms and in-country support, but many contracts and invoices. A multi-country provider or multi-network IoT SIM brings one contract and one management view, but check how it connects in each country and whether it allows permanent fixed use. A mix is common: a local operator as primary, and a multi-network SIM or satellite as backup.
Redundancy patterns
- Fiber primary, FWA backup on a different operator from the fiber provider.
- FWA primary, second FWA backup on another network, where two operators cover the site.
- FWA plus LEO satellite where wired service is slow to arrive: the two fail for different reasons.
Our business backup internet guide covers failover design in more detail.
Costs to evaluate
- Hardware per region, antennas, spares, shipping and installation.
- Plan type per country: speed-based or volume-based, and what happens after the allowance.
- Roaming surcharges on multi-country SIMs.
- Static IPs, management platform and support tiers.
- Contract length, early termination, local billing, currency and tax, and the staff time to manage many contracts.
When not to use FWA at an international site
- Where only 4G is available and the site needs sustained high capacity.
- Where you would rely on a foreign SIM roaming permanently in a market that restricts it.
- Where the router cannot be supplied in a model approved for the local bands and rules.
- As the only link for applications that need steady, low latency: test first, or use a wired primary.
Procurement checklist
- List sites by country and what each must keep running.
- Check coverage per address with each candidate operator, including 4G or 5G and the band used.
- Test on site at the busiest time of the local business day.
- Confirm fixed use is allowed: the service address, and for any roaming SIM, permanent use in that country.
- Confirm the router: supported bands, local approval and who supplies and replaces it.
- Get networking terms in writing: static IPs, addressing, VPN support.
- Compare plan types: speed tiers, allowances, slowdowns and contract length.
- Design the backup on a path that does not share failure points with the primary.
- Check support hours, language and escalation in each country.
Related on DROAM
- Fixed wireless access guide — FWA basics for U.S. sites.
- Business backup internet guide — failover options.
- U.S. backup and FWA plan tracker
- U.S. domestic roaming
- Mobile roaming explained
- The future of satellite internet
- 5G networks guide
- Maritime connectivity guide
- Mobile & Wireless news
Frequently asked questions
Can we use our U.S. FWA router and plan at a site abroad?
Generally not as a fixed service. FWA plans are sold country by country and can be tied to one service address, and roaming rules are written for travel, not permanent use. Buy service from an operator in that country, or from a provider that connects through local networks there.
Is 5G fixed wireless available in every country?
No. Most operators studied by Ericsson offer FWA, but the share offering it over 5G varies widely by region, and some markets are still waiting for 5G spectrum. At some sites FWA will mean 4G. Check each address, not each country.
Should we use one multi-country provider or local operators?
It depends on the number of sites and what they need. A multi-country provider simplifies contracts and management. A local operator may offer fixed-service terms, static IPs and in-country support. Many businesses combine both, for example a local primary and a multi-network backup.
Does mmWave matter for an international rollout?
Rarely as a planning basis. GSMA describes mmWave as a capacity layer with limited coverage that complements mid-band, and whether an operator uses it for FWA varies by market. Plan on mid-band or 4G coverage and treat mmWave as a bonus where it exists.
Can a router bought in the U.S. be used in Europe?
Only if it supports the bands the local operator uses and meets local radio equipment rules, such as the EU Radio Equipment Directive. Ask the local operator which models it supports before you ship hardware.
Is LEO satellite an alternative to FWA abroad?
It is a different path rather than a replacement. Satellite suits sites without usable cellular coverage, or a backup that does not depend on local towers. Service availability and terms vary by country, so confirm both for each site.
Sources
- Ericsson, Fixed Wireless Access outlook, Ericsson Mobility Report (page updated June 2026) (read November 2026) — 304 providers studied; 83% offer FWA; 175 providers and 71% of FWA providers over 5G; 43% volume-based only; regional shares as of April 2026; 185 million connections at the end of 2025, 350 million forecast for the end of 2031.
- Ericsson, Fixed Wireless Access handbook 2026, “FWA growth cycle” insight (read November 2026) — regional uptake; providers awaiting 5G spectrum; 5G FWA growth and mid-band coverage.
- GSA, FWA Market – June 2026 (read November 2026) — 542 operators in 180 countries and territories announced, 514 in 179 launched; leading regions.
- TRAI, Press Release No. 140/2026, telecom subscription data at the end of September 2026 (27 October 2026) (read November 2026) — 5G FWA and UBR FWA subscribers.
- GSMA, Vision 2030: mmWave Spectrum Needs (June 2022) (read November 2026) — mid-band use in 5G FWA; mmWave coverage limits; mmWave as a complement to mid-band.
- ITU News, WRC-19 identifies additional frequency bands for 5G (24 January 2020) (read November 2026) — mmWave bands identified for IMT.
- European Commission, Radio Equipment Directive (RED) (read November 2026) — framework for placing radio equipment on the EU market.
- Telstra, 5G Home Internet Plan critical information summary (read November 2026) — address rule; 1.5 Mbps cap outside the home area.
- European Commission, Your Europe: mobile roaming costs (read November 2026) — roaming for occasional travel; four-month monitoring; fair use policy.
- BEREC, Draft BEREC Report on M2M and permanent roaming, BoR (24) 96 (6 June 2024) (read November 2026) — permanent roaming refused or prohibited in some non-EU/EEA countries; local profiles.