SĂĽeda Asil
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A Revolutionary Step from NEXCOM: The RoboWIZ Platform
NEXCOM and its subsidiary NexCOBOT unveiled the RoboWIZ AI Robotic Platform at NVIDIA GTC Berlin, offering a solution to system integration challenges in the development of autonomous robots. This platform aims to combine AI control, visual perception, and functional safety for humanoid, quadruped, and autonomous mobile robots under one roof.
The Heart of Technology: Architecture and Components
RoboWIZ is designed as an open ecosystem that integrates AI controllers with modular components, software, and engineering services. Powerful computing platforms such as NVIDIA's IGX Thor architecture and MARS400 T20 modules have been integrated with real-time motion control, EtherCAT servo drives, and functional safety layers. This architecture separates deterministic motion control from high-level neural network processing, preventing latency bottlenecks in multi-axis robotic applications.
Easy Deployment and Flexible Application
The platform's deployment is highly flexible thanks to modular gateway interfaces and standardized communication protocols. This allows AI computing, GMSL camera inputs, and sensors to be easily integrated into existing robotic frameworks. Developers can choose custom hardware configurations based on operational requirements, rather than being tied to a single rigid layout. Ecosystem partners accelerate system validation and certification processes by providing depth-sensing cameras, stereo vision software, and functional safety engineering services.
Broad Industrial Application Areas
RoboWIZ is designed for use in many areas such as automotive manufacturing, logistics automation, and hazardous environment inspection. Through humanoid robots, mobile manipulators, and collaborative robots, it solves the technical challenge of combining high-performance neural network processing with deterministic safety protocols required for precise industrial automation and autonomous navigation in these fields.
Performance and Operational Impact
Operational performance is evaluated by real-time processing capability, low-latency sensor fusion, and compliance with functional safety standards. The integration of NVIDIA IGX Thor features provides high-performance processing capabilities and multiple camera inputs, creating a flexible foundation for scalable system integration. As stated by Paul Schmitt, CTO of Reynolds & Moore, this platform combines AI, motion control, and functional safety into a single platform, offering developers high-performance processing power and a secure, practical foundation.
