LTE-M offers extended coverage and deep indoor penetration. The technology is designed to operate efficiently in problematic environments such as big cities with high buildings or rural and remote areas.
Another crucial feature for IoT devices is low power consumption and LTE-M is a suitable technology in this sense. The LTE-M optimized features such as Power Saving Mode (PSM) and Extended Discontinuous Reception (eDRX) ensure the battery lifespan by putting the devices to sleep for long periods in low power states. This means that your IoT devices can operate for years without battery replacement.
The third big advantage of LTE-M is its compatibility with existing LTE infrastructure; This allows network operators to implement LTE-M without major investments. They can leverage existing infrastructure to address the requirements of the new IoT services. As the IoT ecosystem expands, LTE-M will scale to satisfy the needs of new applications, thereby creating new future-proof solutions for the next generation of IoT services.
Add LTE connectivity to your device our LTE module
Enable LTE connectivity to your non-cellular devices with our LTE Edge Router.
Monitor and manage your entire private LTE network from a single platform with our goNMS.
Ubiik’s LTE network solution spans LPWAN LTE Cat‑M1 to Cat‑1 and Cat‑4, NB-IoT. With carrier-grade security, support for private and public network deployments, and the ability to operate on both licensed and unlicensed bands, it delivers secure, reliable, and flexible connectivity for utilities, telecom operators, and IoT companies.
The LTE-M network enables a new revolution in the healthcare industry. Advanced sensors, such as smart blood pressure monitors and smart scales, enable seamless communication between patients and their healthcare providers via Bluetooth to smartphones.
Through devoted apps, patients can interact with their doctors, receive real-time advice, and promptly adjust their treatment plans, ultimately leading to improved health outcomes. Also, reliable connectivity of LTE-M ensures that critical medical data is transmitted in real-time to improve patients’ recovery and minimize overall healthcare costs.
Animal sensors with LTE-M technology are important and useful for monitoring the location and health of the animals. It shows real-time data on animal movement, health, etc. The abnormality or health problem alerts are shown in the form of warning messages so that the farmers can take immediate action to provide the necessary medical treatment to the animals. Thus it keeps the health and animal welfare of the farm animals and eventually enhances the farm management.
Moreover, soil monitoring with LTE-M technology monitors the overall soil conditions and gives accurate and precise soil moisture levels, temperature variations, and nutrient-rich soil health data to the farmers. It keeps track of irrigation practices, fertilizer applications, etc., and increases crop planting awareness. So, you can monitor, decide and finally escalate the productivity and sustainable agriculture practices. Hence the LTE-M technology integration into the farms improves farm management and makes resourceful efficient and sustainable agriculture productivity increase.
Urban cities to a large extent depend on the Internet of Things (IoT) to better the lifestyle of the city at large and this is where the LTE-M technology is very instrumental in bringing about this desired change. LTE-M technology supports a multitude of IoT applications in cities such as smart street lighting, waste management, environmental monitoring, and so on. One major benefit of LTE-M technology is the capability to gather data via sensors and send such information to a database source.