New Trends in Intelligent Edge Computing
GEACX2
Comintelligent plex scenarioses such as intelligent driving,port mine,educational research.
TADC-Orin-2
Applicable tointelligent driving and other comintelligent plex scenarioses.
GEACX1
Applicable to intelligent driving,industrial vision,remote control,intelligent logistics and other scenarioses.
GEACX1T
Applicable to roadside edge computing,industrial vision,smart city,intelligent logistics and other scenarioses.
GEACX0
Applicable to small mobiles robots,vehicle-road coordination,rail transit,Smart city,smart medical care and other scenarioses.
GEACX0T
Applicable to industrial vision, roadside edge computing, smart city, smart retail and other scenarioses.
TADC-D51
Mainly oriented to high-order integrated autonomous driving scenarioses such as urban ICA+, high-speed NOA, APA automatic parking, and 360 view.
TADC-D52
Mainly oriented to high-order integrated autonomous driving scenarioses such as urban NOA, high-speed NOA, HPA memory parking and 360 view.
Scenario Scheme
Intelligent Driving
Through high computing power platform and artificial intelligence, real-time perception, decision-making and control functions are realized.
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Data Collection
Access to a variety of sensors to achieve data acquisition and landing, providing data support for algorithm optimization and model training.
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Vehicle to X
Access to roadside sensors for target detection and fusion to realize V2X data interaction.
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Through high computing power platform and artificial intelligence, real-time perception, decision-making and control functions are realized.
+
Intelligent Driving
Access to a variety of sensors to achieve data acquisition and landing, providing data support for algorithm optimization and model training.
+
Data Collection
Access to roadside sensors for target detection and fusion to realize V2X data interaction.
+
Vehicle to X
