Compact fanless Arm®-based SBC, seamlessly integrates into systems, with versatile software suite ensures swift market readiness, offering FOTA, advanced controls and SDKs, with comprehensive technical support.
Arm-based Single Board Computer (SBC) with enhanced computing performance, low power consumption and rich interfaces for industrial use
RISC-V single-board computer (SBC) designed for industrial IoT developer community
ARM-based SBC with enhanced and better compatibility
An Arm-based Single Board Computer (SBC), uses Arm big.LITTLE™ technology’s 64-bits processor, offers enhanced computing performance with low power consumption
Arm®-based SBC featuring rich I/O and NPU for Machine Learning inferencing and AI applications
Develop and deploy powerful AI applications
Arm®-based SBC with enhanced and better compatibility
Arm®-based SBC with market-Leading performance
Arm®-based fanless edge system, with versatile applicability for industrial use, provided low power consumption, and rich interfaces make both industrial and retail IoT feasible, flexible and productive
An Arm-based embedded system, featuring 64-bit Armv8 architecture, offers enhanced computing performance with low power consumption
Sturdy, stylish and fanless aluminum case with hassle-free installation
Converts MIPI DSI to LVDS or eDP for diverse panel options
Supports PoE PD, with up to 25.5 W power input
Open Case DIY Kit with high-speed fan and strong backplate
Solid power protection for Tinker Board
Fanless Aluminum Case with hassle-free installation
Android has become one of the fastest-growing IoT standard OS as its openness, touch-panel friendly and Google supported ecosystem.
ASUS IoT Cloud Console (AICC) is a unified platform for managing and analyzing big data collected by IoT devices running different operating systems.
ASUS IoT ALPR Dev Kit is a comprehensive automatic license-plate recognition (ALPR) solution that includes both the necessary hardware and software to enable systems integrators (SIs) to create edge applications that mesh seamlessly with existing ALPR infrastructure.
