Allegro MicroSystems to Debut Robotics Components in 2026
The company will demonstrate 48V power and sensing tech designed to cut robotic system footprints by half in 2026.
Updated on Oct. 23, 2026 in Robotics
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Allegro MicroSystems announced that it will showcase its new robotics portfolio at electronica 2026. The exhibition features components designed for precision sensing and 48V power architectures.
Why it matters
As industrial robotics demands higher torque density and improved thermal management, suppliers are shifting toward integrated 48V power systems. This move aims to simplify design and reduce hardware complexity in physical AI applications.
The A81481 power management IC supports 48V architectures, providing a 50% reduction in footprint and system costs. Meanwhile, the CT310 and A33023 sensors achieve sub-degree solid-state accuracy for motion control.
The players
Allegro MicroSystems
A semiconductor company specializing in power and sensing solutions for motor control, automotive, and industrial automation markets.
The details
Allegro MicroSystems utilizes TMR (tunnel magnetoresistance) sensors, which use quantum mechanical effects to detect magnetic fields, to ensure accuracy without the need for external shielding. By integrating power management and motor drivers, the company aims to help engineers manage tight tolerances and increase torque in robotic joints. These components are specifically built to support the 30-plus degrees of freedom found in modern autonomous humanoids.
Timeline
The electronica 2026 exhibition will take place throughout 2026.
The Tech Race
The move toward 48V power architectures marks a transition away from traditional 24V standards in high-torque industrial actuators. This expansion follows the industry-wide shift to consolidate power management to overcome thermal and density bottlenecks.
Design engineers can expect to evaluate these power and sensing modules during the electronica 2026 exhibition. The components specifically target developers working on autonomous humanoids that require compact, high-accuracy motion control.
The takeaway
The move toward integrated 48V power architectures is central to increasing torque density in the next generation of humanoid robots. Watch for performance benchmarks at electronica 2026 to see if these components meet the reliability standards required for mass-produced autonomous hardware.
Further reading
Learn more about the latest innovations in Robotics.
More information
Review the full technical portfolio on the Allegro MicroSystems company information portal.
Source note: This article includes information reported by Embedded Computing Design.
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