Vecow Powers Physical AI with Advanced Robotic Compute Ecosystems at Robotics Summit & Expo 2026
New Taipei City, Taiwan, May 18, 2026 — Vecow Co., Ltd., a global team of embedded experts, will be showcasing at the Robotics Summit & Expo 2026, a premier event for commercial robotics featuring some of the world’s most innovative robots. The event will be held from May 27th to 28th at the Boston Convention and Exhibition Center, USA.
Operating as a dedicated AI robot development solution provider, Vecow focuses on lowering technical barriers and accelerating time-to-market for developers across the robotics spectrum—from humanoids and autonomous mobile robots (AMRs) to industrial robotics and next-generation autonomous systems. By bridging the gap between advanced AI and real-world deployment, Vecow empowers innovators to bring physical AI to life.
Unleashing the Robotics Supercomputer: EAC-7000 Series
A centerpiece of Vecow's exhibit is the EAC-7000 Series, an industry-leading AI engine powered by the NVIDIA® Jetson Thor™ platform and advanced Blackwell GPU architecture. Built for generative AI and humanoid robotics, it features 128GB of memory and delivers up to 2,070 FP4 TFLOPS. To ensure comprehensive environmental awareness, it supports 16-channel GMSL camera streams and is fully integrated with NVIDIA Isaac for Mobility.
Redefining Control with Generative Physical AI
Vecow will demonstrate an accelerated metal processing platform driven by the Vecow ECX-3100 PEG. This "Experience-Driven Robotic OS" significantly reduces integration friction, delivering an 85% efficiency boost in robot tuning and rapid 15-minute deployments for industrial tasks. It also supports CAD-free path generation, ensuring seamless integration with various mainstream industrial robotic arms.
Scaling Autonomy: Diverse AMR & Edge Compute Platforms
Vecow will highlight the VTK AMR Dev Kit (EDR-1000 Series), a premier turnkey solution that allows developers to skip hardware complexity and focus entirely on AI, autonomy, and system innovation.
Additionally, Vecow will showcase its next-gen AI edge clusters to meet diverse industrial and mobile needs:
- Panther Lake Series (TGS-2000): Next-generation mobile AI efficiency.
- Arrow Lake-S Series (ECX-4000): High-performance edge system for intensive compute tasks.
- Bartlett Lake-S 12P Series: Robust industrial platforms including the VCM-2000, ECX-3000 PEG, RCX-3000 PEG, and EVS-3000.
- High-efficiency mobile AI: Qualcomm-powered ACS-1000 and AIC-200 series, delivering superior performance-per-watt for lightweight edge robots.
Join the innovation from the massive power of Jetson Thor to the industrial precision of Intel and Qualcomm platforms, Vecow provides the essential building blocks for the next generation of autonomy. Visit Booth #323 or contact info@vecow.com to explore how Vecow can power your next AI robotics breakthrough.
Visitor Information
Date: May 27 (Tue) – 28 (Wed), 2026
Venue: Boston Convention and Exhibition Center
Booth Number: #323
Register Here: Click here to secure your pass
About Vecow
Vecow is a team of global embedded experts and we aim to be your trusted embedded business partner. Vecow is committed to designing, developing, producing, and supplying high quality AIoT solutions with trusted reliability, advanced technology, and innovative concepts. Our products include: AI-ready Inference Systems, AI Computing Systems, Fanless Embedded Systems, Vehicle Computing Systems, Robust Computing Systems, Single Board Computers, Multi-Touch Computers/Displays, Frame Grabbers, Embedded Peripherals and Design & Manufacturing Services for Machine Vision, Autonomous Car, Robotic Control, Rolling Stock, Public Surveillance, Traffic Vision, Smart Automation, Deep Learning, and any AIoT/Industry 4.0 applications.
End-to-End AI Robot Solution delivers AI-accelerated Platforms, Time Synchronization, Software Stack, and Fleet Management. From concept to fleet, Vecow one-stop AI Robot Solution simplifies developme.
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Drive Industry 4.0 with high-speed machine vision and AI-accelerated platforms for real-time defect detection and factory automation.
