Stäubli's New Connector Module Pushes Industrial Signal Transmission to 10 GHz
Published on 08/17/2026 at 03:32 | Redaktion boerse-global.de
Swiss industrial technology firm Stäubli has quietly expanded its modular connector lineup with a component engineered for demanding high-frequency environments. The CombiTac uniq coaxial module, unveiled on August 13, 2026, targets applications where signal clarity at speed is non-negotiable.
The company positions the new module as a response to intensifying requirements in industrial communications and precision measurement technology. At the heart of the announcement is a transmission capability reaching 10 GHz — a threshold that separates standard industrial components from those built for cutting-edge diagnostic and testing equipment.
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Signal integrity across the frequency spectrum
The module comes fitted with a standardized SMA connector, a widely adopted interface that simplifies integration into existing systems. For engineers, the critical metric here is the Voltage Standing Wave Ratio (VSWR), which measures how efficiently signals travel through the connection and how much energy bounces back as reflection loss.
Stäubli's published figures show a VSWR of 1.11 across the 0 to 6 GHz range. Between 6 and 10 GHz, that ratio shifts to 1.28. Lower VSWR values indicate cleaner transmission, and these numbers suggest the module holds its own even as frequencies climb toward the upper limit of its rated bandwidth.
Built for repeated punishment
The electrical specs tell only part of the story. In factories and test facilities, connectors get yanked apart and reattached thousands of times — think automated tool changers or production-line testing stations where downtime translates directly into cost. Mechanical endurance becomes a financial calculation as much as an engineering one.
Stäubli rates the new module for up to 100,000 mating cycles. That durability target aims to stretch maintenance intervals and cut unplanned stoppages on the shop floor or in validation labs. It's a deliberate pitch to operations where connectors face relentless physical stress and where premature wear has historically meant costly interruptions.
Where the module fits
The application map spans several technology-intensive sectors. In medical equipment, the connector supports reliable data and signal transfer in diagnostic and therapeutic devices — settings that demand compact yet robust interfaces capable of delivering accurate results over years of service.
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Industrial machinery represents another core market. Networked manufacturing plants rely on stable connectivity throughout their production lines, and Stäubli also flags specialized test and measurement instruments as a primary use case.
Because the CombiTac uniq operates within the broader CombiTac modular system, users can pair the high-frequency module alongside others handling power, signals, data, and even pneumatics or liquids — all within a single interface point. That flexibility aligns with the broader push toward denser, more streamlined machine architectures across modern manufacturing.
