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Smart Endpoints

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Handheld Pesticide Residue Detector
ITRI has developed Taiwan’s first Handheld Pesticide Residue Detector, integrating a multi-wavelength optical inspection apparatus design with a patented algorithm for dynamic degradation and intelligent analysis technology. The device can be used to conduct quantitative detection of pesticide residue via a specific absorption spectrum.
On-Site 360° Video Streaming System
The On-Site 360° Video Streaming System developed by ITRI is a low latency panoramic live streaming solution. The system employs GPU-based parallel processing technology for video stitching and encoding. It transmits on-site panoramic streaming video with ultrahigh definition 4K images (60 fps) and ultra-low latency (less than 0.4 second) using automatic streaming technology.
Flexo Printing of UHF RFID Antennae
This technology can compensate for the drawbacks of the traditional etching process, such as generation of wastewater, and the fact that tags cannot be etched onto paper substrates.
Advanced Driver Assistance System (ADAS)
The Advanced Driver Assistance System (ADAS) and modules related to autonomous vehicles are expected to bring a new wave of business opportunities.
Power and Thermal-Aware Electronic System Level Platform
TRI’s Power and Thermal- Aware Electronic System Level Platform proposes a new solution for hardware-software integrated system simulation. It shortens simulation time from several months to half a day, improving the simulation speed by 200 times and accuracy by 90%.
Fan-out panel level packaging has been considered as the next generation technology for thin and highly integrated IC packaging.
Rollable AMOLED
With its FlexUPTM technology, ITRI developed the prototype of a rollable AMOLED display with an FHD of 310 ppi, and significantly reduced the thickness and weight of the display module.
Long–Distance Floating Multi-Screen Head–Up Display (HUD) Technology
ITRI uses laser micro projection and long-distance floating technologies to produce the laser HUD.
MMG (Mechanomyogram) Gesture Recognition Technology
The MMG technology developed by ITRI uses a G–sensor or microphone as a measurement sensor to acquire muscle movement data by measuring muscle surface vibration.
Optical Camera Communications (OCC) Technology in Visible Light Communication
The Optical Camera Communications Technology developed by ITRI uses the camera function embedded in smart phones as a receiver. Hence, visible light communication is available right after a software upgrade, increasing consumers’ willingness to adopt it.