1NCE provides networks coverage across 173 countries worldwide. 4G and all other IoT radio technologies are supported. The updated coverage map provides you with details on which mobile radio standard is available in which region. 1NCE is the first provider of connectivity and software for loT at a global loT Lifetime Flat.
Important information about 4G network coverage:
1NCE’s global coverage map
Updates on local 2G/3G network discontinuations / Shutdowns
More about the 1NCE Network
Overview of the supported mobile radio standards
1NCE’s global IoT Lifetime Flat, including all required features
Important information about 4G network coverage:
1NCE’s global coverage map
Updates on local 2G/3G network discontinuations / Shutdowns
More about the 1NCE Network
Overview of the supported mobile radio standards
1NCE’s global IoT Lifetime Flat, including all required features
4G / LTE Coverage Map
1NCE is progressively expanding its network coverage offering. Various mobile radio standards are available in over 173 countries, including 2G/ 3G/ 4G as well as LTE-M and NB-loT. The country coverage map shows you whether the IoT 4G radio technology is also available in your location.
1NCE IoT Lifetime Flat
1NCE offers connectivity and software services worldwide with the 1NCE IoT Lifetime Flat. The offer includes a one-time payment of 10 dollars with a duration of 10 years. All required features for the connectivity and software services are already included in the price.
Depending on the location, cell tower density, and frequency bands, the IoT 4G network's range might differ. I can be a few km in cities where tower placement is dense, and it can reach tens of km in rural areas with fewer towers. The effective range of a 4G cell tower is considered to be a few hundred meters to about ten kilometers. However, it can be shortened by signal penetration through structures.
4G as a type of connectivity offers improved performance and quicker data rates than the 3G network. For gadgets like smartphones, it provides high-speed internet access, better web browsing, online gaming, and video streaming. In addition, 4G IoT networks make use of technologies such as LTE (Long-Term Evolution) to enhance the results.
4G IoT is about connectivity and tracking of IoT) devices via 4G networks. The 4G technologies like LTE-M and NB-IoT are specifically used within IoT applications. Asset monitoring, infrastructure management, industrial automation, and other use cases are usually supported by 4G IoT.
4G refers to the fourth generation of cellular technology, which is intended for high-speed voice and data communication in general. The Low Power Wide Area Network (LPWAN) technology that functions within the 4G LTE framework is called NB-IoT (Narrowband-IoT). NB-IoT is meant for low-bandwidth applications, while 4G delivers high bandwidth. In addition, while NB-IoT is designed to use very little power, devices can run for years on a single battery. It offers improved coverage, especially in difficult-to-reach places such deep within buildings or underground. The technology is intended for modest data rates, but 4G offers high data rates. Compared to conventional 4G modules, NB-IoT modules are typically less complex and more affordable.