Access to Alibaba Cloud Service, Philips Lighting Accelerates China's Smart City Construction

Philips Lighting, the global lighting leader (Amsterdam Euronext: LIGHT) is actively working with leading cloud service providers in China to provide efficient, high-quality online data operations assurance for smart connected lighting systems. In October 2017, Philips Lighting was invited to participate in the 2017 Yunqi Conference hosted by Alibaba Group in Hangzhou, demonstrating the application of smart connected lighting supported by cloud services in the construction of smart cities.

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“Cloud services and big data are the infrastructure for today's information services development. As the lighting industry leader in the Internet of Things era, Philips Lighting will provide users with the best intelligent lighting products and services based on the information network technology facilities in each region. Promote the construction of smart cities.” Xiang Diming, general manager of professional channels of Philips Lighting China, said, “We will conduct in-depth cooperation with Alibaba Cloud Services to analyze and research cloud big data, further optimize products and systems, and improve cloud-based big data. The application, in turn, provides more "LaaS - Lighting as a Service" business model scenarios based on the Internet of Things."

The Yunqi Conference, held in Hangzhou from October 11th to 14th, 2017, was hosted by Alibaba Group and described the development trend and blueprint of cloud computing. It shows the technology of cloud computing, big data and artificial intelligence. It is the most global cloud computing. Senior summit.

During the conference, Philips Lighting demonstrated the CityTouch flex intelligent connected road lighting system and actively shared with other industry leaders. By adding multiple types of sensors to smart streetlights, the Philips CityTouch flex system is used for online analysis to explore the possibilities of implementing smart city applications.

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Introduced in 2017, Philips CityTouch flex intelligent connected road lighting system integrates professional and efficient intelligent connected lighting, data communication, intuitive and easy-to-use Alibaba Cloud service software platform and professional service road lighting system, which has been successfully deployed in China. city. The flexible and convenient network features of the system can quickly access local servers or cloud service platforms to meet the different needs of local operations management. As an important infrastructure for smart cities, the open technical features of Philips CityTouch flex intelligent interconnected road lighting can meet the needs of continuous access to cross-industry and cross-domain intelligent applications to meet the upgrading needs of smart cities.


CVBS Input

The RCA interface (CVBS)


Composite Video Broadcast Signal


CVBS is short for Composite Video Broadcast Signal. This is the most common video interface, the first application in the field of radio and television, then a lot of camera output support the CVBS interface, CVBS signals are interlaced video signal, and a resolution of 720 x576 (PAL) or 720 x480 (NTSC), CVBS is the analog video signal interface, has gradually been digital video signal interface and replace the hd video signal interface.


The AV interface (CVBS)


AV video interface English full name is: "Composite video connector", AV terminal is usually consists of three lines, transmission of video is usually yellow RCA terminal, the other with two red and white RCA terminal transmit audio, transmitted in AV terminal is analog TV signal source of three elements: Y, U, V, as well as the benchmark of the pulse signal synchronization. Y represents the brightness of the image (luminance, also called brightness), and contains the sync pulse, as long as there is signal Y can see black and white television image (in fact, this is the method of color TV and early black and white TV compatible). The U and V signals are loaded with color data. The U and V are first mixed into two sets of orthogonal phases ina signal (the mixed signal is called Chrominance), and then summed with the Y signal. Since Y is the fundamental signal and UV is mixed with the carrier, this summing action is equivalent to frequency division multiplexing.

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