The 2G/3G Phase-Out: Risks and Opportunities for Connected Fleets

For fleet operators, the rolling shutdown of 2G and 3G networks is no longer a distant concern. In several markets it has already happened — and the deadlines elsewhere are firm.

Capte Editorial

August 14, 2026

Min Read

For fleet operators, the rolling shutdown of 2G and 3G networks is no longer a distant concern. In several markets it has already happened — and the deadlines elsewhere are firm.

For fleet operators, the rolling shutdown of 2G and 3G networks is no longer a distant concern. In several of the markets we work in, it has already happened. In others, the deadlines are firm and a few years away. Any vehicle, trailer, generator, sensor, or onboard computer still relying on these networks will eventually stop reporting — usually with no warning beyond the carrier's own announcements, which often don't reach the people responsible for the affected hardware.

Why Operators Are Retiring 2G and 3G

Mobile operators are reclaiming legacy spectrum to expand 4G LTE and 5G capacity. Running parallel 2G, 3G, 4G, and 5G networks is expensive, and the older generations carry a small share of total traffic. Beyond cost, 2G has known security weaknesses — no mutual authentication, weak encryption — that make regulators keen to see it retired.

The result is a wave of regional shutdowns happening on different schedules. North America and parts of Asia are essentially done. Western Europe is in the middle of it. Some markets have set hard deadlines well into the 2030s; others have already pulled the plug.

What's Actually at Risk in a Typical Fleet

Telematics units and GPS trackers
CAN-bus readers and engine diagnostic modules
Fuel monitoring sensors
Driver terminals and onboard computers
Tachograph remote download modules
Cargo, trailer, and equipment trackers
Cold-chain and temperature sensors
Depot-to-vehicle communication and OTA update systems
Older eCall and emergency reporting modules

Public transit, refuse, and heavy-equipment fleets are particularly exposed because vehicle lifecycles run 10–20 years. A bus or truck commissioned in 2014 with a 2G modem is still on the road today.

What Happens When the Network Goes Dark

A single outdated modem can break a workflow. If the telematics unit goes silent, you lose location, diagnostics, fuel data, and driver-facing feedback at once. Maintenance schedules built on remote fault codes start missing things. Passenger information systems stop updating. Predictive maintenance becomes reactive maintenance. And the failure usually isn't a single moment — base station footprints thin out before the formal shutdown date, so devices start dropping connections and producing gappy telemetry months earlier.

Looking for a specific market? The country-by-country shutdown timelines are in the panel on the right — covering 14 markets across Europe, North America, Asia, and the Middle East.

"Supported" Doesn't Mean "Available"

The country tables show which networks are formally still operating. They don't show coverage quality, and that's where the practical risk often hides.

Long before an operator publishes a final shutdown date, the underlying base station footprint thins out. Sites get decommissioned, cells get refarmed to LTE bands, and rural or fringe coverage degrades first. A 2G network officially "active" until 2027 may already be unusable across large parts of the geography it once covered.

A replacement device shouldn't be locked to a single network generation, even a modern one. It needs to handle bearer fallback cleanly as the 2G or 3G footprint disappears underneath it.

A multi-bearer module that can use LTE-M as primary, NB-IoT for low-power scenarios, and 2G as last-resort fallback will keep reporting through the entire transition — including the messy middle years when "supported" coverage is real on paper but patchy on the ground.

Four Questions to Assess Your Fleet's Exposure

A practical audit takes a few hours and answers four questions:

What Modems Are Installed?
Anything labelled "2G/EDGE only" or "3G/HSPA only" without LTE fallback is at immediate risk.‍
What's on the SIM Profiles?
Some SIMs are 4G-capable but provisioned only on 2G/3G APNs. Check the actual radio bearer per device.
When Was the Device Installed?
Anything before 2018 is suspect; anything before 2015 is almost certainly 2G or 3G.
Does the OEM Still Support Firmware Updates?
Some hardware can move to 4G via firmware. Most cannot, and physical replacement is the only option.

Choosing Replacement Connectivity

The right replacement depends on what each device actually does:

LTE-M (Cat M1)

The practical default for moving assets sending small, frequent data: telematics, diagnostics, GPS, driver behaviour.

4G LTE (Cat 1/4/6)

Higher-bandwidth: in-cab cameras, large OTA updates, real-time video, passenger Wi-Fi backhaul.

5G NR

High-bandwidth, latency-sensitive cases. Not a requirement for standard fleet telematics.

Cross-Border Considerations

For fleets operating across borders, the patchwork of shutdown dates matters more than any single market's timeline. A device that works in France today may stop working in Switzerland tomorrow. The slowest market sets the timeline for upgrades; the fastest market sets the deadline for failures. Multi-IMSI or eSIM solutions that switch profiles by country improve resilience.

Aerial view of the Mexico-United States border wall separating Tijuana's dense urban buildings from rural San Diego terrain.

How Capte Fits In

Capte provides 4G LTE telematics hardware (including LTE-M and NB-IoT), multi-network eSIMs that switch to the strongest available signal, and migration support for fleets replacing legacy 2G/3G devices. We work with mixed-OEM fleets and provide a unified data model across hardware generations.

Our current-generation device, the WeCapte v6x, runs LTE-M and NB-IoT as primary bearers and falls back to 2G where new base stations aren't yet deployed. Its embedded eUICC supports the SGP.22 and SGP.32 eSIM specifications, so operator profiles can be added, switched, or replaced over the air — removing a common cause of unplanned downtime for cross-border fleets.

Reference

Country-by-country timelines

Operator & regulator information current to late 2025. Dates do shift — confirm with each operator before final procurement.

ActivePlannedClosedNever

France

Operator	2G	3G
Orange	End-2026	End-2028
Bouygues	End-2026	End-2029
SFR	End-2026	End-2028
Free	Never	Active

All three legacy operators aligned on 2G by end-2026. 2026 is the working deadline.

Belgium

Operator	2G	3G
Proximus	End-2027	Closed
Orange BE	End-2030	Jul 2025
Telenet	End-2027	Dec 2024

3G is gone. 2G has a longer runway — one of the few viable medium-term 2G markets.

Netherlands

Operator	2G	3G
KPN	Dec 2027	Apr 2022
Vodafone	End-2026	Feb 2020
Odido	Jun 2023	Aug 2026

KPN extended 2G to Dec 2027 for M2M/IoT — breathing room on KPN SIMs.

Luxembourg

Operator	2G	3G
POST	End-2026	Oct 2022
Orange LU	End-2030	End-2025
Tango	Active	Jan 2024

3G essentially over. 2G diverges — POST fastest, Orange alive to 2030.

Switzerland

Operator	2G	3G
Swisscom	Apr 2021	End-2025
Sunrise	Jan 2023	Jun 2025
Salt	Dec 2020	Active

2G is gone. Any 2G device in Switzerland is already offline.

Italy

Operator	2G	3G
TIM	End-2029	Oct 2022
Vodafone	Active	Feb 2021
WINDTRE	Active	End-2025
Iliad	Never	Never

Later than most of W. Europe — one of the more permissive markets, for now.

Germany

Operator	2G	3G
Telekom	Jun 2028	Jun 2021
Vodafone	End-2030	Closed
O2	Active	Nov 2021

3G fully closed. Vodafone keeps 2G for IoT to 2030 — Telekom 2028 is the binding date.

Spain

Operator	2G	3G
Movistar	Active	2026
Vodafone	Active	Closed
Orange ES	End-2030	End-2027
Yoigo	Active	Active

2G still broadly available — Orange the only firm closure date so far.

Great Britain

Operator	2G	3G
EE	From 2029	Dec 2024
Vodafone	During 2030	Feb 2024
VM O2	Oct 2025	End-2025
Three	Never	Closed

2G timing varies widely — O2 first, EE last. Depends on the SIM in the device.

United States

Operator	2G	3G
AT&T	Jan 2017	Feb 2022
T-Mobile	Active	Jul 2022
Verizon	Closed	Dec 2022

Migration has already happened — or the device is dark.

Canada

Operator	2G	3G
Bell	Closed	Early 2027
Rogers	Closed	Aug 2025
TELUS	May 2017	Mar 2026

2G closed nationwide; 3G in active shutdown — effectively gone by end-2027.

Singapore

Operator	2G	3G
Singtel	Apr 2017	Nov 2024
StarHub	Apr 2017	Nov 2024
M1	Apr 2017	Jul 2024

A closed chapter. Equipment must be on 4G LTE or 5G.

China

Operator	2G	3G
China Mobile	Limited	Dec 2020
China Telecom	End-2025	Closed
China Unicom	Sep 2023	End-2025

2G unreliable for new deployments. Plan on 4G LTE as the baseline.

Saudi Arabia

Operator	2G	3G
STC	Mixed	Dec 2022
Mobily	Active	Active
Zain	Active	Active

3G shut at STC; Mobily & Zain run both. Verify per operator footprint.

WeCapte v6x

Capture, decode, and transmit vehicle data in real time with a telemetry device built for reliable fleet monitoring

Learn more about the WeCapte v6x →

Not sure how exposed your fleet is?

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Help Center

Common questions about the 2G and 3G network retirement, what it means for connected fleets, and how to plan a migration. Dates reflect operator and regulator information current to late 2025.

Frequently Asked Questions

Why do “supported” networks fail before the official shutdown date?

Long before a final date, the base station footprint thins out as sites are decommissioned and cells refarmed to LTE, degrading rural and fringe coverage first. A network officially active until 2027 may already be unusable across much of its former area.