Have you ever imagined what the city will look like in more than a decade? With the development of technology, the urban layout has also changed. Today, many cities have begun to use the network to provide traffic control, power, communications and other services. In the future, smart cities will integrate and strengthen the network to improve operations, save money and save energy.
For example, sensing, signal conditioning, communications, and embedded processing have traditionally been used to help enable smart homes and technologies that connect cities to cities in ways never before possible to automate cities. All of this was unimaginable a few years ago.
Texas Instruments (TI) is evolving to develop technologies and designs that will enable smart cities in the future, while providing a variety of reference designs related to smart cities:
UAVs: TI's sensorless high-speed FOC reference design for the Unmanned Electronic Speed ​​Controller (ESC) helps engineers design drones with longer flight times, higher dynamic performance, smoother and more stable.
Electric Vehicle (EV) Charging: TI's Wi-Fi-enabled electric vehicle service equipment reference design helps engineers easily integrate smart charging solutions. The CC3100 SimpleLinkTM Wi-Fi® wireless network processor can be used in highly embedded devices such as electric vehicle powered devices and easily connect to wireless networks or devices. By integrating Wi-Fi and network processing capabilities, the design enables remote power monitoring and control of the state of charge of connected electric vehicles.
Autopilot: A reference design that uses millimeter-wave radar sensing technology for traffic monitoring target detection and tracking to help developers create systems for remote sensing, traffic monitoring, and other applications. The reference design reliably detects, classifies, and tracks objects, while also positioning objects within a 90-degree to 100-degree viewing angle.
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