An Efficient On-Device AI Solution for Robotic Lawn Mowers Using Robust OSM Computer-on-Module
11/7/2023
Robotic lawnmowers are gaining popularity as they provide time optimization, labor reduction, and automation of repetitive tasks. These battery-powered autonomous machines are equipped with specialized sensors, cameras, and navigation systems to identify mowing areas and avoid obstacles. They offer convenience, precision, and eco-friendliness, enabling autonomous operation and ensuring a consistently well-maintained lawn.
Challenges and Demands
- Lower power requirements for extended battery-powered operation.
- On-device AI computing for instant machine vision.
- GNSS and 5G connectivity for the low-latency fleet lawnmower management.
- High-vibration tolerance for outdoor, ruggedized environments.
Solutions and Technologies
- Powered by Qualcomm® Kryo™ 670 CPU with eight ArmV8 cores up to 2.7GHz, operating at 6.5 Watts.
- Features a fused AI-accelerator architecture with Qualcomm® Hexagon processor, delivering 13 TOPs.
- Supports Qualcomm GNSS and 5G technologies via optional M.2 modules.
- Compatible with Ubuntu OS and Advantech ROS2 Suite for AI and robotics application development.
- Equipped with ISP and VPU for 4K60 video decoding and pre-processing.
- Ultra-thin Open Standard Module with surface mount technology assembly.
Benefits:
- High integration from processing, connectivity, to software in a single chip to streamline development efforts.
- Optimal performance and efficiency with advanced Edge-AI and computing at lower power.
- Space efficiency and enhanced reliability for mobile edge devices.
ROM-2860
- OSM Size-L (45 x 45 mm) with Qualcomm QCS6490
- Integrated 8x Kryo™ 670 CPU built on ArmV8 Cortex technology @2.7GHz and an Adreno 643 GPU 4K30P @812MHz
- Fused AI-accelerator Hexagon™ processor brings up to 13 TOPs at low power
- Essential I/O for AIoT applications: 2 x GbE, 1x USB 3.2 Gen2, 2x PCIe, 1x MIPI-DSI, 1x eDP