Antaira Launches LanoSync Q-Series Industrial Switches
The five-model series enhances network synchronization for factory automation and robotics with 50-millisecond recovery.
Updated on Oct. 30, 2026 in Robotics
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Antaira Technologies has released the LanoSync Q-Series, a new line of five industrial network switches designed for precision-synchronized environments. The hardware is now commercially available.
Why it matters
Reliable data synchronization is critical for modern factory automation and machine vision, where timing discrepancies can cause process failures. This series addresses those needs by minimizing latency in complex industrial networks.
The LanoSync Q-Series features 5 distinct models capable of redirecting network traffic in under 50 milliseconds during a failure. Each unit supports IEEE 1588 Precision Time Protocol version 2.
The players
Antaira Technologies
An industrial networking equipment manufacturer specializing in ruggedized switches, wireless communication, and serial connectivity solutions for harsh environments.
The details
These switches operate in Boundary Clock and Transparent Clock modes to maintain synchronization across large-scale industrial networks. In Boundary Clock mode, the device acts as a master clock to isolate downstream segments from upstream timing noise, while Transparent Clock mode measures and corrects the residence time of PTP (Precision Time Protocol) messages as they traverse the switch. Additionally, the series employs ITU-T G.8032 Ethernet Ring Protection Switching to ensure fast network recovery.
Timeline
October 30, 2026: Antaira Technologies released the LanoSync Q-Series switches.
The Tech Race
The release builds on the established IEEE 1588 standard for time-sensitive networking across robotics and machine vision. It competes in a sector focused on lowering latency to microsecond thresholds, following prior industry efforts to harden Ethernet for real-time automation.
Industrial engineers can deploy these switches now to integrate time-sensitive data streams in electrical substations and manufacturing lines. The hardware is available globally for projects requiring high-availability network recovery.
The takeaway
This series offers a path to lower downtime in high-precision industrial operations by automating ring-based network recovery. Engineers should monitor technical documentation for specific port densities to determine if these switches fit their current control architecture.
Further reading
For broader trends in automated hardware infrastructure, see our latest coverage in Robotics.
Source note: This article includes information reported by Security Distributing & Marketing Magazine.
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