G101Q9-A
10.1” Qualcomm® 6490 Rugged Robotic Controller

10.1” Qualcomm® 6490 Rugged Robotic Controller – AI-Ready Edge Intelligence for Industrial Robotics As industrial automation moves toward intelligent, connected, and autonomous systems, the need for powerful, rugged, and compact computing becomes essential. The 10.1” Qualcomm® 6490 Rugged Robotic Controller delivers cutting-edge performance, edge AI capability, and extreme durability for next-generation robotics, AMRs (Autonomous Mobile Robots), AGVs (Automated Guided Vehicles), and smart factory applications. Powered by the Qualcomm® QCS6490 processor and designed for real-world harsh environments, this device offers real-time processing, machine vision, and AI inference — all in a rugged form factor ready for mission-critical deployments. Built for Intelligent Robotic Applications This rugged robotic controller is specifically designed for mobile robotics and fixed automation systems that require reliable performance under industrial conditions. The integrated 10.1-inch touchscreen allows direct human interaction for configuration, diagnostics, or manual operation, while the compact design enables installation on robotic arms, mobile platforms, or control stations. Its high-brightness, glove-capable PCAP touchscreen provides a responsive, clear interface in warehouses, production floors, or outdoor environments. Powered by Qualcomm® 6490 for Edge AI Performance At the core of the system is the Qualcomm® QCS6490 processor, a powerful SoC built on a 6nm process, offering high-efficiency compute with integrated Kryo™ CPU, Adreno™ GPU, and Hexagon™ DSP + AI Engine. This combination delivers robust edge computing power, supporting real-time AI workloads such as: Object detection and tracking Machine vision and 3D mapping Sensor fusion and motion control Predictive maintenance and analytics With support for Android OS and Linux, the platform enables rapid deployment of intelligent control logic, AI models, and industrial apps optimized for edge environments. Rugged Design for Harsh Industrial Conditions Unlike commercial tablets or displays, this 10.1” industrial controller is purpose-built to operate in shock, vibration, and extreme temperature conditions. Its rugged housing is IP-rated for dust and water resistance, and the fanless design ensures silent, reliable operation even in enclosed machinery or mobile robots. It’s engineered for: Automotive robotics Smart warehousing Outdoor construction or agriculture bots Hazardous environments (with optional ATEX-ready designs) Compact machine control systems With 24/7 reliability, this controller thrives where standard hardware fails. Touchscreen HMI + Headless Controller in One The built-in 10.1” multi-touch screen serves as both an HMI and debug panel, allowing users to: Monitor robot system status Execute calibration routines Visualize AI detection results in real time Configure sensors and edge software For developers and field engineers, this eliminates the need for external devices during commissioning or maintenance, saving time and reducing complexity. Industrial I/O and Connectivity Despite its slim profile, this rugged robotic controller includes rich I/O for seamless integration with sensors, motor drivers, and industrial network components: USB, UART, and CAN for robotics peripherals Gigabit Ethernet and optional 5G for cloud-edge communication GPS, WLAN, and BT 5.1 for real-time localization and wireless sync Expansion ports for GPIO, serial, and auxiliary interfaces The system is ready to connect directly to robot sensors, LiDAR modules, cameras, IMUs, and more. AI-Ready, Software-Friendly The Qualcomm 6490 platform supports: Android with OTA updates Support for ROS 2 (Robot Operating System) TensorFlow Lite, ONNX, and Qualcomm® AI Stack Secure boot, TPM, and device management tools This makes it ideal for software-defined robotics, where dynamic AI behavior, remote management, and edge-cloud orchestration are key. Conclusion The 10.1” Qualcomm® 6490 Rugged Robotic Controller offers the perfect mix of performance, durability, and AI-readiness for modern industrial robotics. With its robust build, advanced edge computing capabilities, and responsive touchscreen interface, it enables robotics OEMs, system integrators, and AI developers to bring smart automation to life — even in the most challenging environments. Whether used in logistics, automotive, smart farming, or collaborative robotics, this compact controller delivers future-ready intelligence at the edge.