Vecow Co., Ltd.
3F, No.10, Jiankang Rd., Zhonghe Dist.
New Taipei City, 23586 Taiwan
http://www.vecow.com
Tel: +886 2 22685658
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Vecow is a team of embedded computing professionals, dedicated to designing, developing, producing, and supplying high-quality AIoT solutions with trusted reliability, advanced technology, and innovative concepts for Machine vision, Autonomous Vehicles, Smart Robotics, Digital Rail, Public Security, Transportation & V2X, Smart Factory, Deep Learning, and any Edge AI applications. At Automate 2023, Vecow will showcase the latest Edge AI Solutions for Industrial Automation at booth # 6215.
- Artificial Intelligence/Machine Learning
- Autonomous Mobile Robots
- Computers/Storage/Data Systems
- Frame Grabbers & Processing Boards
- Industrial IoT/IIoT/Industry 4.0
- Robots - Industrial
- Robots - Mobile
- Vision Systems
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Vecow AI Platforms include the latest 13th Gen Intel® Core™ processors-based platform, and NVIDIA Jetson platform to deliver powerful compute capability and AI performance. Featuring multiple PCIe slots for expansion, high-speed rugged I/O such as 10G LAN, 2.5G LAN with 4 PoE+, 10G USB and Fakra-Z connectors, Vecow AI platforms enable manufacturing process and any industrial-grade deployments.
Vecow Mobile Robots solution supports workstation-grade computing capability and comes with ultra-compact designs. Featuring Intel® Core™ processors and NVIDIA Jetson platform, the solution is capable of supporting AI vision workloads in harsh environments with rugged Fakra-Z connectors, 2.5G LAN and 10G USB. In addition, Vecow mobile robots solution is power-efficient and supports seamless data delivery, making it ideal for in-vehicle and flexible movement.
Vecow’s Time Synchronization solution platform provides three technologies: time winding, time stamping and time keeping for mission-critical applications, focusing on mapping, sensor fusion, localization, navigation and calibration topics, with our strategic partner to provide software defined for vehicle controller to help our customer save their development time and improve perception, precision and position capability for unmanned guide vehicle, heavy autonomy robot.