Smart City
The Internet of Things (IoT) and mobility are key components of the smart city. With the rise of wireless connectivity and improvements in sensor technology, an increasing number of devices can communicate and receive real-time data. These technologies can be used to improve mobility in the city through the intelligent management of public transport, multimodal transportation systems, and the collection of real-time traffic data. IoT can also help manage air quality, waste management, public lighting, and safety more effectively, creating cities that are more efficient, safer, and greener.
LTE-M and 4G for mobility in the Smart City
- Reliable and efficient connectivity for shared mobilities such as bikes, scooters, cars, and scooters – thanks to high-speed connections and wider coverage.
- Connected traffic lights help reduce traffic congestion – through real-time communication between traffic lights and vehicles, which allows for more efficient coordination of traffic flows.
- Connected transportation enables more efficient optimization and coordination – by providing real-time information about routes, schedules, and traffic congestion.
- Parking management applications reduce waiting times to find parking – by providing drivers with information about available parking spaces and facilitating contactless payments.
- LTE-M technology is ideal for low-to-medium bitrate and low-energy consumption applications – allowing for efficient use of sensors and IoT devices in smart transportation infrastructure.
- The combination of LTE-M and 4G enables the delivery of a wide range of mobility services – ranging from taxi booking services to GPS navigation services for pedestrians
Our technologies
4G and LTE-M: designed for intelligent mobility
IoT
LTE-M
Data rate: 1 Mbps Frequency: 800 MHz Signal range: 15 km Mobility: yes Energy-saving eDRX and PSM features
IoT
4G
Data rate: 300 Mbps Frequency: between 700 MHz and 2,600 MHz Signal range: 3 to 5 km Mobility: yes Energy-saving eDRX and PSM features
