Applications

Robotics

Traditional manual labor is gradually evolving into autonomous operations, transforming from human-driven tasks to interconnected automated mobile robots (AMR) and autonomous guided vehicles (AGV) that provide high efficiency and real-time data.

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Accelerating Digital Adoption

Driven by labor shortages and efficiency demands, the integration of IoT and AI in autonomous robotics is rapidly increasing to meet the demand for 24/7 automated operations and remote fleet management.

Solution Features

5G SA & NSA

Leverage flexible 4G/5G dual-mode compatibility to adapt seamlessly to diverse carrier networks.

PoE Connectivity PSE

Provide PoE LAN ports to power and connect multiple network devices.

Dual-SIM Failover

Two SIM slots with auto-failover redundancy to ensure uninterrupted cellular WAN connectivity.

EN50155 Certified

Compliant with EN50155 certification to ensure reliability and safety for smart transportation.

GPS Location

Integrated GNSS system enables the command and control center to track vehicle locations in real time.

Wide Voltage Input Range

Safely accepts power input from various on-board power sources for convenient installation.

Outdoor Autonomous Robots

Application Background(Target: Agricultural Robots & Specialized Rovers)

Deployment: Remote farms and isolated research environments

Scenario: Managing isolated autonomous robots performing tasks like precision spraying or sample extraction. The system continuously extracts navigation and sensor telemetry via 4G/5G networks to maintain 24/7 operation.

Isolated Locations: Operating in dynamic, outdoor, or hazardous locations makes traditional wired networks impossible.

Solution Needed: A ruggedized, highly reliable cellular router capable of autonomous operation and centralized remote management in extreme outdoor environments.

Solution Benefits

Continuous Operation Dual-SIM WAN Failover auto-switches to backup 4G/5G cellular networks instantly, guaranteeing zero data downtime and uninterrupted autonomous robot field operations.
Agile Cellular Connectivity Leveraging robust 4G LTE/5G networks establishes a secure, high-speed VPN tunnel for streaming telemetry and surveillance footage.
Remote Maintenance D-ECS cloud platform empowers administrators to remotely diagnose, reboot, and configure autonomous robot cellular routers without a public IP, eliminating costly on-site field interventions.

Outdoor Autonomous Robots network diagram

Multi-Robot Fleet Management

Application Background(Target: Manufacturing & Warehouse Fleet AMRs)

Deployment: Expansive industrial facilities and logistics centers

Scenario: Aggregating data from multiple AGVs/AMRs. Continuously extracting vast amounts of performance metrics and video streams via cellular routers to a centralized fleet management system.

Challenges in Scaling: Managing massive fleets of mobile robots requires a scalable backhaul network. Expanding connectivity to every single endpoint individually is complex to manage.

Solution Needed: A unified, scalable networking topology utilizing ruggedized cellular modems for local sensor aggregation within the robot and centralized data backhaul.

Solution Benefits

Synchronized Continuous Operation Dual-SIM WAN Failover auto-switches to backup cellular networks ensuring uninterrupted data transmission for seamless fleet traffic control and predictive maintenance.
Scalable & Secure Connectivity D-Link cellular modems safely aggregate multiple internal devices (cameras, PLCs, LiDAR) via a private network.
Rugged Industrial & PoE Design Engineered with robust metal housing and wide operating temperature ranges, ensuring stable continuous operation within dynamic and demanding warehouse environments. Provides simple, cost-effective PoE for IP cameras.
Remote Maintenance Utilizing the centralized cloud platform (D-ECS), administrators can securely diagnose, reboot, or configure edge routers remotely without needing a public IP, drastically cutting the operational expenses of dispatching technicians to remote sites.