Rugged computer designed and tested to be the nerve center for mobile indoor robots providing compute, platform interface and safety hardware layers.

Engineered for camera, laser and safety sensor input while providing CPU and GPU processing to support full-stack autonomy applications.

Features

Key Features

Scalable, High-Performance, Power-Efficient Design
Future-Ready, Modular Architecture (CPU, GPU, Neural Network Chipset + Computer Vision Processor)
Multiple Safety-Rated IO, 8 External Gigabit Network Ports for Sensors and Expansion
Tested to High-Vibration Environments and IP65
Certified to IEC 60730-1 standards, RoHS compliant
Certified for sale and operation within USA (FCC), Canada (IC) and EU (CE)

Integration

Specifically designed with powerful ML / AI ready robotics framework to support cutting edge solutions
Simple to integrate design with support for a wide array of sensors and actuators in a rugged compact safety-ready package
Fully managed gigabit networking switch supports gigabit speed IO and includes features such as VLANS to support compartmentalization of multiple network systems and the ability to mirror port traffic for debug
Precision Time Protocol support for high resolution precise time stamping across sensors and internal computers
Integrated IMU, Barometric Pressure, with optional 5G mm wave Cellular Support, and WIFI 6. Cellular hardware comes pre-certified and is network ready on a wide list of international cellular providers saving product development time and testing costs
Dedicated separate real-time processor for low-level timing / GPIO and power sequencing
8 network LED's & 8 integrated software-controlled LEDS allow for rapid debugging and status info without a monitor or GUI
Dedicated accelerated graphics for smooth clean interfaces with a 4K HDMI output with audio to support a wide range of COTS displays

Reliability

Future Ready

Battery-free capacitive powered real-time clock to keep precise time during periods of power removal
Framework supports power-safe fully signed OTA updates with A/B fallback, or direct update via the onboard Ethernet or USB connection
Support for extended storage via SD card expansion
Low-power, cutting edge performance processor architecture with long-term support

Safety

Dedicated Safety Processor and electrically redundant GPIO for fast integration into a SIL rated design
Fully safety capable to strict industry standard for immediate use in autonomous robots and applications
Critical component in current AMR certified to IEC 63327:2021 standard

Qualcomm AMR Computer

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