MiTAC’s Smart Industrial Parks System at AIoT Show
The first Taiwan International AIoT Show organized by Taiwan External Trade Development Council (TAITRA) and Taiwan Electrical and Electronic Manufacturers’ Association ran through from October 9 to 12 at Taipei Nangang Exhibition Center, showcasing the themes of “AI”, “IoT” and ”Cloud”. MiTAC also exhibited its Smart Industrial Parks Management System, targeting the international market.
AioT show was co-held with Taipei International Electronics Show (TAITRONICS), displaying over 650 booths from 350 companies including the world’s key role in the industries of telecommunications, information technology, and telecommunications. The 4-day exhibition attracted nearly 16,000 buyers to visit and purchase.
Taiwan Electrical and Electronic Manufacturer, Chairman Guo Tai-Chiang said, the investment on AIoT industry is expected to hit 46 billion dollars by 2020, and 5G will also bring huge impact which is a new challenge and opportunity. Through the international exhibitions, forums and business matching events, more applications and business opportunities will be created.
The exhibition covered 4 featured areas including “AI Pavilion”, “Smart living & Health care center”, “Cloud & IoT Pavilion” and “Smart Industrial Parks” where MiTAC showcased its Smart Street Light Management Platform System. “Conventionally street lamps malfunction was reported by pedestrians or inspectors doing patrol duty. However, in remote or underpopulated areas, appropriate inspections tend to be neglected. Through MiTAC’s Smart Street Light Management Platform System, the condition of all street lamps inside the sensing area could be reported in real time, helping energy saving and improve management efficiency.
MiTAC’s Intelligent Energy & Navigational Communication Division of Innovation & Technology Business Group Director, Rudy Lin said. The system also can be integrated with industrial-level solution with IoT technology, such monitoring & control of switch boxes, establishing real-time alarms, real-time measurement information recording and analyzing historical performance data.
