Allegro MicroSystems to Exhibit Robotics at electronica 2026
The company will showcase advanced power and sensing technologies for physical AI at the upcoming global exhibition.
Updated on Oct. 23, 2026 in Robotics
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Allegro MicroSystems will present its latest robotics innovations at the electronica 2026 exhibition. The company plans to showcase integrated motion control and energy-efficient systems designed for autonomous humanoid robots.
Why it matters
These robotics solutions address critical industry challenges regarding torque density, thermal management, and functional safety for physical AI applications. The expanded portfolio aims to support the complex requirements of modern autonomous systems.
The A81481 48V power management IC reduces system footprint and costs by 50 percent. Meanwhile, the A17802 and A17803 sensors provide stray-field immunity without shielding, while the CT310 and A33023 sensors offer sub-degree solid-state accuracy.
The players
Allegro MicroSystems
This company is a global designer and manufacturer of power and sensing semiconductor solutions for motion control and energy-efficient systems.
The details
Allegro MicroSystems utilizes 48V power management, motor drivers, and both inductive and TMR sensors to assist engineers in increasing torque and managing tolerances. The company will be located at Hall C6, Booth 129, during the event.
Timeline
The electronica 2026 exhibition is scheduled to take place throughout 2026.
The Tech Race
This advancement in 48V power architectures follows the trend of increasing voltage standards to handle the power density requirements of modern autonomous humanoids. It represents a shift toward more integrated, high-torque systems designed to replace legacy low-voltage motor control components.
These semiconductor advancements enable smaller and more cost-effective motor control systems for developers of autonomous machines. The improved precision and thermal efficiency could accelerate the commercial deployment of humanoid robots in industrial and service environments.
The takeaway
The move toward standardized 48V architectures and stray-field immune sensors highlights a shift toward simplifying the design of complex physical AI platforms. Companies aiming to scale humanoid robotics are increasingly relying on these integrated building blocks to manage system tolerances effectively.
Further reading
For more information on the evolving hardware landscape, visit the Robotics section.
More information
View technical specifications and updates on the Allegro MicroSystems company information portal.
Source note: This article includes information reported by Embedded Computing Design.
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