Tag: NB-IOT

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TELE2 IOT introduces NB-IOT only simcards for use in the Netherlands. Narrowband IOT is an LPWAN network that exists alongside the 2G, 3G and 4G mobile networks. It reduces the cost of connectivity and provides long life for battery-dependent devices. NB-IOT only in this context means that the SIM cards can only be used in the Netherlands and that there is no fallback to 2G or 3G.

Practical examples of the use of NB-IOT are: remote reading of groundwater or surface water levels by means of innovative sensors, unlocking valuable data with sensors placed in homes and collecting measurement data from inverters that are linked to solar systems.

TELE2 IOT introduces NB-IOT only simcards for use in the Netherlands. Narrowband IOT is an LPWAN network that exists alongside the 2G, 3G and 4G mobile networks. It reduces the cost of connectivity and provides long life for battery-dependent devices. NB-IOT only in this context means that the SIM cards can only be used in the Netherlands and that there is no fallback to 2G or 3G.

Practical examples of the use of NB-IOT are: remote reading of groundwater or surface water levels by means of innovative sensors, unlocking valuable data with sensors placed in homes and collecting measurement data from inverters that are linked to solar systems.

LTE-M / NB-IOT and LoRa are two completely different techniques, which have a similarity in how they are applied. Both networks are energy efficient and wireless, and only transmit sensor and machine information. The choice is best based on where you want to implement your solution, and power consumption requirements.

LTE-M / NB-IOT and LoRa are two completely different techniques, which have a similarity in how they are applied. Both networks are energy efficient and wireless, and only transmit sensor and machine information. The choice is best based on where you want to implement your solution, and power consumption requirements.

Two of the most used and now mature IoT networks are LoRa and LTE-M, the attractive aspect of both technologies is that they are ‘Low Power’ networks. This is important for IoT devices with a limited energy supply. In this article we take a closer look at both techniques and what the differences are between the networks.

Two of the most used and now mature IoT networks are LoRa and LTE-M, the attractive aspect of both technologies is that they are ‘Low Power’ networks. This is important for IoT devices with a limited energy supply. In this article we take a closer look at both techniques and what the differences are between the networks.

IoT connectivity ensures that your installations, devices and sensors communicate via your own mobile internet access. We use the M2M, LTE M and NB-IOT connectivity forms to achieve this. With our portfolio of IoT connectivity options, Thingsdata offers the right mobile data solution for every application. How do you choose the most suitable IoT connectivity solution for your specific application? In this article we explain which choices can be made.

Sigfox, which raised more than € 300 million in venture capital and had ambitions to build a global communications network through a new approach to wireless networks, has filed for bankruptcy in France. Referring to slow product sales and challenging conditions in the IoT market due to Covid-19.

With NB-IOT it is possible to connect installations, equipment and sensors remotely via NB-IOT simcards. The network has been specially developed for IOT applications and is based on the reliable and secure 4G networks of the providers. NB-IOT uses a specific frequency that is strong enough to pass through thick walls and can even be used underground. As a result, it offers cover in the most challenging situations.

LPWAN stands for Low Power Wide Area Network. An LPWAN is a wireless network with low energy consumption, which allows communication with the network. The network has a large range (several kilometers) with a low bit rate. An LPWAN’s main purpose is to collect information. Although it is often possible to send information in both directions. There are different types of networks that meet these criteria and thus fall under the name LPWAN, such as LoRaWAN, NB-IOT, LTE M and Sigfox.

In the first half of 2020, the share of connected IoT devices with an unlicensed LPWA network (LoRa and Sigfox) had a lead of 53%. The licensed LPWA networks (LTE M and NB-IOT) contributed 47% of the global LPWAN connections. One year later, the licensed LPWAN market leads with a 54% share and is currently growing strongly. An important reason is that NB-IOT and LTE M grew very strongly in the first half of 2021. NB-IOT now dominates the global LPWAN market while LoRaWAN is slowly declining. With LoRaWAN, the choice is often made for a private LoRaWAN.