LTE-M

LTE-M

The Swiss Army Knife of IoT

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LTE-M

The LPWA network that has the highest throughput and the lowest latency

Dedicated to connected objects, LTE-M, based on the 4G network, stands out as one of the essential IoT technologies for the coming years. It’s the ideal compromise between performance, cost, and longevity, making it a real Swiss Army Knife for IoT. From Smart City to connected transportation, logistics, healthcare, and remote metering, it caters to a wide range of use cases

National coverage
Coverage of over 99% of the French population
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National coverage
Bouygues Telecom has deployed LTE-M and NB-IoT technologies and has had coverage of over 99% of the national population since late 2022
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Roaming Agreements
We have observed the technical availability of LTE-M in 46 countries
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Customized support
In France or abroad, benefit from customized support and offers tailored to your specific needs

Naturally, IoT project carriers are turning to LTE 4G technology. Combining longevity, reliability, cost-effectiveness, scalability, and low energy consumption (LPWAN features), LTE-M also offers the advantages of 4G technology, such as mobility and high throughput. By choosing LTE-M, you benefit from:

  • Throughput of up to 1 Mb/s suited for most IoT use cases
  • Reliability and security of a cellular network
  • Guaranteed technological longevity (compatible with 5G)
  • High energy autonomy (up to 10 years)
  • Low-cost modules
  • Better performance in underground and semi-underground areas
  • SMS compatibility to communicate with your module
  • Mobility: a high-performance connection even at 100 km/h

 

Learn more about LTE-M

Objenious expands its technological offering with 4G LTE. This complete range of solutions provides you with personalized support for a successful and customized transformation.

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The advantages of LTE-M

Performance

With a throughput of up to 1 Mb/s, connect all your objects, including those buried, underground, or semi-underground. This is possible thanks to the low frequencies (800 MHz), CAT-M1 protocol, and Extended Coverage (EC) functionality

High autonomy

Dedicated to the Internet of Things, LTE-M technology provides access to Low Power Wide Area (LPWAN) features. This allows you to offer your device up to 10 years of autonomy

Longevity

Based on 4G technology, LTE-M is natively integrated into 5G, ensuring its longevity.

For durable IoT solutions with the best worldwide multi-operator coverage, deploy mixed NB-IoT/LTE-M devices now

SMS Compatible

Communicate directly with your devices using SMS. Configure and restart your devices remotely and obtain specific information (IP address, signal strength, battery power or level, etc)

Economical

The low cost of LTE-M modules, their high energy autonomy, and the longevity of your investments are sources of saving

Mobility

Thanks to the advantages of 4G, LTE-M allows you to connect your mobile equipment reliably and without interruption, even at speeds exceeding 100 km/h

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LTE-M, an international standard

In 2024, LTE-M has already been launched in 53 countries across five continents by 78 operators. It is a global 3GPP standard promoted by the GSMA.

In the United States, LTE-M is the technology of choice for IoT projects. In Europe, it is increasingly being deployed, thereby facilitating your future international deployments

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Start LTE-M IoT 4G Digital Offer

Quick and easy access to IoT SIM cards:

  • For initial deployments
  • For R&D and Lab requirements to test and validate new features
  • For POC and MVP requirements to validate the potential gain of your IoT solution

Learn more

 

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The advantages of LTE-M’s LPWA features

Take advantage of very low battery consumption and reduced intervention costs with “Power Saving Mode” (PSM, “hibernation”) feature.

Extend the life of your devices with “Extended Discontinuous Reception” (eDRX, “semi-awake”) feature

Learn more

04

NB-IoT and LTE-M: complementary technologies

NB-IoT and LTE-M technologies are complementary. The choice mainly depends on the use case and business constraints.

For telemeasurement or Smart Metering requiring very low throughput and battery consumption, NB-IoT is the ideal solution, while for a use case requiring higher throughput to perform software updates, LTE-M is more suitable. Learn more about NB-IoT.

For comparison, NB-IoT has a throughput of 0.25Mb/s, 2G has a throughput of 0.38Mb/s, while LTE-M has a theoretical throughput of up to 1Mb/s

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Why and how to adopt LTE-M, the essential new generation of cellular IoT?
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GetWay, the IoT SIM platform

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Agriculture, emergency response, traffic management… Cellular IoT contributes to creating a new world.

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