Vecow Co., Ltd., established in 2010 and headquartered in New Taipei City, Taiwan, is a global provider of industrial-grade computing solutions. The company specializes in designing, developing, and manufacturing products such as edge servers, AI-ready inference systems, fanless embedded systems, vehicle computing systems, and single-board computers. Vecow's solutions cater to applications in machine vision, artificial intelligence, industrial automation, public security, transportation, and robotics. As a subsidiary of Ennoconn Corporation, a member of the Foxconn Group, Vecow emphasizes innovation, reliability, and advanced technology to meet the evolving demands of the AIoT landscape.
Engineered for performance, scalability, and space efficiency, the Vecow TGS Series is purpose-built to accelerate next-generation AI applications at the edge.
Vecow's new ICS-2000 Edge AI Server with AMD EPYC 8004, is offering high-performance, scalable, and energy-efficient AI, IoT, and industrial automation solutions.
The NAC-1000, powered by NVIDIA Jetson AGX Orin, enhances AI-based robots and autonomous machines with high-performance edge computing for efficient, advanced autonomous mobile robot (AMR) development.
Vecow to showcase AI-powered solutions, including edge AI, robotics, in-vehicle computing, thermal management, and generative AI, featuring NVIDIA and Intel platforms for high-performance applications.
Designed with Intel Core Ultra 200S Series Processors (Arrow Lake) & Intel W880 PCH, the new launch delivers unmatched performance for AI-powered edge applications.
Powered by Intel Xeon D Series, Intel Xeon Scalable processors, & AMD EPYC processors, Vecow’s new edge AI server platforms offer features tailored to the evolving needs from AI inference to large-scale IT deployments.
Designed for extremely harsh environments, the RAC-1000 series features an IP67-rated enclosure and a variety of rugged I/O options, making it ideal for various applications.
This collaboration will enhance the development, management, control, monitoring and analysis of autonomous mobile robot (AMR) fleets through cloud connectivity.