When Will 4G Be Phased Out?

Wednesday, August 10, 2022

 

2G3G4G5G

 

2G and 3G networks are shutting down rapidly around the world. Some carriers have already sunsetted their 2G and 3G networks, while most other operators have at least made plans to shut them down.

The main reason for network shutdowns is that the carriers have limited spectrum available for expansion. In order to provide a faster, more responsive network to their customers, they must repurpose the spectrum to support newer, more efficient cellular technology. Besides, expected cost efficiency, increasing demand for 4G & 5G, as well as government regulations will only encourage the operators to speed up the phase-out and shutdown.

When Will 2G Shut Down?

In Europe, around eight operators are planning to switch off their 2G network by 2025. Many operators seem to suggest that 2G in Europe will be around until 2030 and this is mainly due to implications of the M2M and IoT applications. In particular, the EU mandated eCall, where long term agreements are in place, will need to be supported by the 2G technology before the work towards migration to IMS voice is fully completed.

For Asia, 2G in countries like Japan was phased out a long time ago. The trend will continue with other countries and operators. There are around 29 operators who are looking to shut down 2G by 2025 and 16 shutting down 3G by 2025. Notably, Tawain closed both 2G and 3G almost 3 years ago.

The Americas especially the US is shutting down 2G networks on an accelerated scale. Around 15 operators in 7 countries have announced the closure of 2G by the end of 2025.

For Oceania, 2G is almost phased out. In Australia all 3 operators have shut down their 2G by the end of 2018 and 3G is on the way with Telstra the only one announcing a timeline for the end of 2024.

Africa is the only region where no 2G or 3G shutdowns have been announced so far but it will be part of future planning once newer technologies penetrate more.

When Will 3G Go Away?

3G is likely to shutdown before 2G. 3G has long been a mainstay because of its voice capabilities—a feature 4G struggled with early on. But with 4G now able to handle the majority of voice traffic, and 2G being the more attractive option to support most IoT applications, 3G no longer has much reason to stick around. So critical IoT applications that run on 3G such as CCTV will need to switch connectivity—and fast.

2G/3G Sunset Schedule

Below you can see when and which providers will say goodbye to 2G/3G.

 

Country

Network Operator

2G

3G

Albania

Vodafone

December 31, 2025

December 31, 2022

Australia

Telstra

Closed 2017

December 31, 2024

Optus

Closed 2017

December 31, 2023

Vodafone

Closed 2018

 

Austria

A1

 

December 31, 2025

Telekom

 

December 31, 2025

Bulgaria

M-Tel Mobile

 

December 31, 2026

A1

 

December 31, 2025

Croatia

T-Mobile

 

December 31, 2022

Cyprus

PrimeTel

phase out

 

Czech Republic

T-Mobile

December 31, 2025

December 31, 2021

Vodafone

December 31, 2025

March 31, 2021

O2

December 31, 2025

December 31, 2021

Denmark

Telenor

December 31, 2025

July 31, 2022

Telia

December 31, 2025

December 31, 2025

Hi3G Access AB 2

 

December 31, 2025

Nuuday A/S (TDC)

 

December 31, 2022

TDC

December 31, 2022

 

Estonia

Telia

December 31, 2025

December 31, 2023

Faroe Islands

Vodafone

December 31, 2022

December 31, 2022

Finland

DNA

December 31, 2025

December 31, 2023

Telia

December 31, 2025

December 31, 2024

Elisa

 

December 31, 2023

France

SFR

December 31, 2030

 

Orange

December 31, 2025

December 31, 2028

Germany

Vodafone

December 31, 2025

June 30, 2021

Telekom Deutschland

 

June 30, 2021

Telephonics

 

December 31, 2021

Telefonica

 

December 31, 2022

Cosmote

 

December 31, 2021

Greece

Vodafone

December 31, 2025

December 31, 2022

Greece Cosmote

 

November 31, 2021

Wind

 

December 31, 2022

Hungary

Vodafone

December 31, 2025

 

T-Mobile

 

 

Ireland

Three Irelnad (Hitchison)

January 10, 2025

December 31, 2023

Vodafone

December 31, 2025

December 31, 2023

Italy

Vodafone

December 31, 2025

June 30, 2021

TIM

 

December 31, 2022

Latvia

Telia

 

December 31, 2022

Liechtenstein

Swisscom, Swissom FL

phased out since January 1, 2021

 

Lithuania

Telia

December 31, 2025

December 31, 2022

Bite GSM

December 31, 2028

December 31, 2025

Luxembourg

Post Luxembourg

 

July 31, 2022

Malta

Vodafone

December 31, 2025

 

EPIC

December 31, 2025

 

The Netherlands

T-Mobile

June 1, 2023

 

Vodafone

December 31, 2025

phased out since February 4, 2020

KPN

 

March 31, 2022

New Zealand

Vodafone

December 31, 2025

 

Norway

Telenor

December 31, 2025

December 31, 2021

Telia

December 31, 2025

phased out 2021

Poland

T-Mobile

December 31, 2025

December 31, 2023

Portugal

Vodafone

December 31, 2025

December 31, 2023

Romania

Vodafone

December 31, 2025

 

Russia

Tele2

 

December 31, 2025

Serbia

VIP

 

December 31, 2025

Slovakia

Slovak Telekom

 

December 31, 2021

Slovenia

SI.Mobil

 

December 31, 2025

Spain

Vodafone

December 31, 2025

 

Telefonica Movistar

 

December 31, 2025

Sweden

Telenor

December 31, 2025

December 31, 2025

Telia

December 31, 2025

December 31, 2023

Tele2

December 31, 2025

December 31, 2023

Switzerland

Swisscom, Swissom FL

phased out since December 31, 2020

December 31, 2025

Salt

December 31, 2023

 

Sunrise

December 31, 2022

December 31, 2024

United Kingdom

Vodafone

December 31, 2025

December 31, 2023

EE (T-Mobile UK)

December 31, 2025

December 31, 2021

EE (Orange)

December 31, 2025

December 31, 2021

3

December 31, 2024

 

O2

December 31, 2033

December 31, 2033

BT

December 31, 2024

December 31, 2023

US

AT&T

Closed in 2017

February 22, 2022

Sprint

Closed 2021

March 31, 2022

T-Mobile

Closed 2020

July 1, 2022

Verizon

Closed 2020

December 31, 2022

When Will 4G LTE Be Phased Out? (Not for a Long Time!)

Like anything else, 4G will become obsolete one day. However, that day is far enough in the future that IoT deployments today and in the foreseeable future will be deployed on 4G networks.

To transition to 4G LTE, carriers needed to shut down the 3G spectrum in order to “make room” for the new networks. 5G is fundamentally different in two ways: First, it uses new spectrum, such as mid-band or high-band spectrum. And second, it can work in conjunction with 4G in existing spectrum. That is to say, early adoption of 5G technology doesn’t need 4G replacement. As a matter of fact, it gradually builds upon the LTE network.

 

 

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