Home Page>
News>
Qualcomm has launched two models for the demand for the Internet of Things and satellite industry
2023-06-24
Browse：1759
News on June 24th,Qualcomm has launched two models for the demand for the Internet of Things and satellite industry in the enterpriseThe modem chip, which are212S and9205s.Both chips support the satellite data connection function, which can correspond to the independent non -ground network (NTN) and mixed with the ground network.In addition, they also have ultra -low power consumption characteristics, comply with 3GPP Release 17 standards, can be used for ground synchronization track (GEO/GSO) satellite communications, and supports global positioning.At present, the 9205S chip has entered the market, and the 212S chip will be launched during the year.
It is understood that these two chips support the Qualcomm Aware platform, which can provide real -time asset tracking and equipment management services for remote areas.At present, the Qualcomm Aware platform has cooperated with NTN service provider Skylo to provide optimization and integration for chips.
The 212S chip is applicable to the application of long -distance and fixed locations, which helps extend the use time of the device, including collecting remote testing data and data from other infrastructure and equipment such as water tanks, fuel tanks, instruments, and even for public power grid monitoring, early fire detection reports, Land and sea mining facilities and environmental management.The 9205S chip can connect the IoT device to the honeycomb network and satellite network, and integrate the global satellite navigation system (GNSS) to provide accurate positioning data.This chip is suitable for cargo and asset equipment in transportation, including the tracking of container tracing, agricultural equipment and livestock tracking, and global teams and freight tracking for supply chain management.
In general, these two chips can provide wider connection functions and more accurate positioning data for IoT devices, which will help improve the efficiency of asset management and cargo tracking.
