To meet the growing demand for long-lasting low-power NarrowBand (NB) IoT modules, and aiding device manufacturers meet these demands, Gemalto and Huawei, through its semiconductor arm, HiSilicon, are working together to develop the next generation of modules that combine an extra level of security and consume very low power.
By combining the expertise from both companies, these NB-IoT modules will help manufacturers reduce the cost and size of their devices, and lengthen the battery life of the devices to up to ten years.
NB IoT has been developed to address lower bit rates and lower cost segments, and works virtually anywhere. It offers ultra-low power consumption enabling devices to be battery operated for periods of up to ten years. Applications include smart parking sensors, intruder and fire alarms, personal healthcare appliances, tracking devices, and street lamps to name a few. According to ABI Research, NB IoT modules connecting objects to networks are forecast to represent over 20% of all cellular shipments by 2021.
"2017 is the year of commercial NB IoT rollouts for us, and we will be building 30 such networks in 20 countries worldwide by the end of the year. Huawei has been a major player in this arena, and we continue to capitalise on this vast opportunity,"said XiongWei, president of LTE solution, Huawei. "We look to supply the market with solutions that provide stable connectivity, low energy consumption, and cost efficiency. The network roll-out will now come with an enhanced integration and flexibility thanks to this collaboration with Gemalto."
"The combination of our expertise in IOT cellular connectivity, and digital security, and Huawei's high-performance NB IoT chipsets will help device manufacturers and service providers take the plunge into cellular IoT mass deployment thanks to a standardised solution," said Suzanne Tong-Li, SVP Greater China and Korea for Mobile Services and IoT and China President, Gemalto. "Our collaboration simplifies the implementation of NB IoT projects combining solid security and flexibility."