Antaira Technologies Launches LanoSync Q-Series Switches
The new industrial networking series supports precision timing for robotics and factory automation applications.
Updated on Oct. 30, 2026 in Robotics
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Antaira Technologies has released the LanoSync Q-Series, a new lineup of five industrial network switches designed for high-precision environments. These devices provide critical synchronization for sectors including robotics, machine vision, and electrical substations.
Why it matters
Reliable network timing is essential for modern automated systems where microsecond-level synchronization ensures operational efficiency. By isolating network segments and correcting message timing, these switches prevent disruptions in highly sensitive industrial setups.
The LanoSync Q-Series includes five distinct models capable of operating in Boundary Clock and Transparent Clock modes. They utilize ITU-T G.8032 Ethernet Ring Protection Switching to redirect network traffic in under 50 milliseconds upon failure.
The players
Antaira Technologies
Antaira Technologies is an industrial networking and communication solutions provider that develops hardware for factory automation and critical infrastructure.
The details
These switches support IEEE 1588 Precision Time Protocol version 2 to manage timing data across complex networks. By functioning as a Boundary Clock, the hardware isolates segments from upstream noise, while Transparent Clock modes ensure accurate measurement and correction of residence times for PTP messages.
Timeline
October 30, 2026: Antaira Technologies officially released the LanoSync Q-Series switches.
The Tech Race
The introduction of the LanoSync Q-Series reflects the industry-wide transition toward more robust hardware that adheres to the IEEE 1588 Precision Time Protocol version 2 standard. This evolution replaces older, less precise networking gear as companies demand tighter synchronization for advanced robotics and machine vision systems.
Industrial operators can expect improved network reliability and reduced downtime in their automation workflows due to the 50-millisecond traffic redirection capability. These switches provide a scalable hardware solution for engineers working to integrate high-speed robotic systems into existing electrical or manufacturing infrastructure.
The takeaway
Reliable industrial synchronization is a prerequisite for scaling advanced robotics and automated factory lines. Investing in hardware that supports precise timing protocols can significantly mitigate the risk of expensive operational disruptions.
Further reading
For more information on the latest hardware developments in this field, visit our Robotics section.
Source note: This article includes information reported by Security Distributing & Marketing Magazine.
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