Innovative Application of Allystar High-Precision Modules in IoT

Author: Allystar
Released at: 2023-02-20 14:10
Readings: 118

While the ubiquity IoT technology has well developed in recent years, the high-precision navigation and positioning technology has gradually infiltrated into our lives, such as vehicle navigation, smart phones, wearable devices, UAVs, etc. With the alliance of high-precision navigation and positioning technology, various industries will embrace a broader prospect. Among key applications of satellite navigation and positioning, the smart phones rank first in terms of market scale. Whereas, there will be more applications requiring high-precision navigation and positioning technology in the process of IoT proliferation.

One of the typical IoT applications is Allystar’s cooperation with China Mobile, through which, Allystar provides an integrated solution for the comprehensive governance of 3.5 million e-bikes in Zhengzhou city, Henan Province. This cooperation is the first, also the largest innovative application of “BDS+NB-IoT” integrating communication and navigation in mainland China.

TAU1202 is a high-performance dual-frequency GNSS positioning module, which is based on the state of the art CYNOSURE III architecture. It supports BDS-3 signal, and all the global civil navigation satellite systems. TAU1202 integrates efficient power management architecture, while providing high precision, high sensitivity and low power consumption GNSS solutions. Its compact size of 10.1*9.7*2.5mm makes it easy to integrate with all kinds of small, low consumption terminal devices.TAU1202 positioning module can meet the ebike.

Allystar is dedicated to the development and application of high-precision navigation and positioning technology, to promote various terminals being miniaturization, low consumption devices for easy integration through core technology, thus providing technical support for the large scale IoT usage in the future, and offering highly competitive solutions for partners in the industry.

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