Qualcomm builds a smart city system to become the "leader" of the Internet of Things

As a leader in the field of wireless communications, in recent years, Qualcomm-covered services have gradually extended from traditional chips to popular areas such as Internet of Things and smart cities. Qualcomm is constantly exploring its advantages in wireless technology while also providing more possibilities for the future development of the Internet of Things.

Qualcomm builds a smart city system to become the "leader" of the Internet of Things

Qualcomm builds a smart city system and strives to be the "leader" of the Internet of Things

Market research organizations expect more than 5 billion cellular-based IoT connections by 2025, and Qualcomm has introduced modem solutions for the Internet of Things. At the beginning of this year, Qualcomm launched the MDM9x07 series of modems, which have been adopted by more than 60 manufacturers, and more than 100 products are in the process of design and launch.

Innovative technology helps Qualcomm become the "leader" of the Internet of Things

David Miller, head of marketing for Qualcomm's global IoT business, said in an all-media interview with the communications world that IoT products using Qualcomm technology have reached 1 billion, including connectivity, Bluetooth, wireless, and Qualcomm. There are great advantages in LTE, cellular technology and computing. According to the reporter, Qualcomm is bringing together various technical advantages to support the development of the Internet of Things, while continuing to develop new technologies.

In Qualcomm's view, the application scenario of the Internet of Things mainly covers three aspects. The first one is a device around the human body, that is, a device similar to a "smart body", including a smart watch, a mobile phone, a head-mounted device, and the like. Headphones, virtual reality (VR) devices, etc.; the second is smart homes, including home smart systems, remotely controlled light bulbs, etc.; the third is smart cities, including transportation, smart cars, etc., for example, can work with the government, Sensors installed in important locations in the city, information collected by sensors will be transmitted to the cloud, and then the data will be read and analyzed, and the results will be transmitted back to the government to help them better design, plan and build the city.

As we all know, aerial photography is an important use scene for drones. Many people like to take pictures with drones during weddings and sports. This has become a popular new fashion. In the field of drones, Qualcomm has also prepared technical platforms and development tools for customers to facilitate customers to build drone products. At the same time, you can take advantage of Qualcomm's camera technology and connection technology to better support many of today's consumer-grade small drones. Of course, drones are just a segment of Qualcomm's involvement in the Internet of Things. Today Qualcomm has launched more than 25 platform solutions for the Internet of Things, including wearables, drones, home controls, networked cameras, and smart lighting. And subdivided areas such as home appliances.

Combine the Internet of Things to create a smart city system

In the smart city field, no matter what kind of concept or brand rhetoric the different companies appear, the ultimate goal is closely related to the advantageous business. For Qualcomm, around the development of smart cities, it has become the “connection” of urban beating in the fields of smart infrastructure, smart transportation, intelligent buildings and smart energy.

In the interview, David Miller said that Qualcomm also attaches great importance to smart cities and believes that it is an area with great development potential. For example, if there is a leak in the underground water pipe, it may not be discovered until the water seeps on the ground, but if the sensor is installed on the water pipe, similar problems can be discovered and solved in time. Similarly, through the smart city system, you can also know where there are parking lots and parking spaces. If the sensor is installed on the trash can, it can reasonably plan the driving route of the garbage collection vehicle, as well as the departure time and frequency. Smart city systems can save the municipality a lot of resources. ”

David Miller also said that Qualcomm will be committed to building the entire IoT ecosystem, which is based not only on Qualcomm chips, but also with other partners, including Internet companies, OEMs, etc., in the ecosystem. Close cooperation in all aspects.

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