Synaptics improves Wi-Fi roaming for autonomous mobile robots
The Robot Report: How to minimize Wi-Fi roaming interruptions for autonomous mobile robots
Wi-Fi connectivity needs to be reliable for real-time mobile robot management. Source: Synaptics An autonomous mobile robot or AMR may cross dozens of Wi-Fi coverage zones during a single shift. Each transition creates a small but potentially consequential communications problem: How does the robot find its next access point without interrupting the connection it is already using? The answer matters because AMRs, industrial inspection robots, warehouse automation, and healthcare service robots i
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Autonomous mobile robots moving through large facilities must maintain reliable Wi-Fi connections as they transition between multiple coverage zones, and each transition can cause problems like increased delay, lost data packets, and video disruption. Traditional Wi-Fi architecture forces robots to temporarily stop their active communications to search for new access points, creating a tradeoff between connection quality and performance. A dedicated scan architecture separates network discovery from active communications by using a low-power subsystem to continuously monitor neighboring access points while the primary Wi-Fi radio stays focused on application traffic. This approach can deliver faster roaming decisions, lower packet loss, reduced power consumption, and more predictable performance as robots move through complex environments.
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