LTE IoT multimode field trials start in China

LTE IoT multimode field trials start in China

Technology News |
By Jean-Pierre Joosting

The field trials will make use of China Mobile’s 2G/4G multimode network and Mobike’s smart lock, supported by the MDM9206 global multimode LTE modem for Internet of Things (IoT) applications from Qualcomm Technologies. The LTE connectivity and integrated GNSS position-location capability in the MDM9206 LTE modem is designed to help Mobike customers accurately identify an available bike, accelerate the unlock process of the smart lock and assist with real-time management – all while providing Mobike with continuous monitoring of the bike’s status.

The trial between Qualcomm Technologies, Mobike and CMRI, marks an important step in the effort by leading wireless and consumer services companies to bring the benefits of global multimode LTE for IoT, to millions of users and large number of industrial enterprises.

In addition, the MDM9206 global multimode LTE modem combined with low-power Bluetooth from Qualcomm Technologies is planned to be used in the smart Mobike Preferred Location (sMPL) platform to support sub-meter level positioning, helping Mobike monitor the real-time location and overall status of its bikes including quantity, position, and traffic information from different regions. This platform is also designed to provide operations personnel with smart instructions for the delivery, scheduling, operation and maintenance of the bikes.

“China Mobile Research Institute has been actively boosting the development of IoT and exploring new IoT business opportunities,” said Madam Huang Yuhong, the DGM of China Mobile Research Institute. “This planned field trials with Qualcomm Technologies and Mobike will further expand the applications for LTE IoT (eMTC/NB-IoT) in areas such as smart bike sharing and smart travel. We will conduct cross-industry integration and innovation to boost ubiquitous IoT solutions and the smart IoT life by jointly working with the China Mobile 5G Joint Innovation Center, and taking full advantage of China Mobile’s vast GSM network and technology leadership in eMTC/NB-IoT.”

“We are committed to providing IoT-optimized solutions that address demands from our customers to bring a new range of applications and services built on the reliability, efficiency and global scale of LTE IoT cellular connectivity,” said Way-Shing Lee, vice president, technology, Qualcomm Technologies, Inc.  “Through this cooperation with China Mobile Research Institute and Mobike on the first multimode eMTC/NB-IoT field trial in China, we can showcase a highly connected and efficient system for a new IoT application such as Mobike’s bike sharing platform.”

“Mobike pioneered the world’s first smart bike sharing platform, and we are committed to addressing the challenge of short-trips with innovative technologies and solutions and bringing bikes back to the city. Currently, more than 4.5 million smart bikes operate on the Mobike system, which are equipped with the exclusive, independently researched and developed smart locks. Using connectivity capabilities such as those of the MDM9206 LTE modem with integrated GNSS supporting GPS BeiDou and Glonass, Mobike has become one of the largest mobile IoT systems in the world,” said Joe Xia, co-founder and CTO of Mobike.

The MDM9206 LTE modem is designed to support global Category M1 and NB1/GSM multimode. The IoT-optimized narrowband LTE technologies help the MDM9206 modem to support cost-efficient, low-power, low-bandwidth, multi-year battery life and greater coverage for the next-generation of IoT products and services as compared to previous LTE generations. The MDM9206 LTE modem also provides leading-edge location performance, including an integrated A-GNSS solution, support for cellular and Wi-Fi positioning. The Cat M1 and NB1 LTE modes designed in the MDM9206 modem bring many enhancements and optimizations to LTE that will help reduce IoT device complexity for IoT platforms like Mobike with quicker time to commercialization of their products.

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