Low-voltage GaN servo drive families for battery-powered robotics, compact actuator modules, and OEM motion electronics.
Use this page as a pre-RFQ navigator: choose the drive architecture, capture motor and encoder requirements, then move directly into sample validation criteria.
High power density 24V-60VDC servo drives using Gallium Nitride (GaN) switching for compact robot joints where thermal behavior must be validated.
Robotics OEM engineers seeking maximum power density and thermal headroom.
Bare-board 48V servo drivers optimized for direct integration into robotic joint modules and custom automation chassis.
Hardware integration engineers designing custom enclosures.
A 2-in-1 PCBA combining a high-performance servo drive with a high-resolution absolute magnetic encoder to save axial space and wiring.
Joint module designers aiming to minimize axial length and harness complexity.
Disk-shaped (circular) servo drives specifically designed to mount flush against frameless torque motors inside robotic joints.
Robotics mechanical engineers optimizing joint mass and space.
EtherCAT servo drives for deterministic, multi-axis synchronous control in industrial and robotic networks, with CiA 402 behavior confirmed per firmware package.
Control systems engineers building real-time deterministic networks.
High-bandwidth CAN FD servo drives offering a robust, cost-effective alternative to EtherCAT with significantly higher payloads than standard CANbus.
Embedded engineers upgrading from standard CAN 2.0A/B.
All-in-one robotic joint actuators featuring an embedded GaN drive, frameless motor, dual absolute encoders, and harmonic reducer in a large-bore hollow shaft design.
Robotics startups and OEMs seeking integrated joint modules with defined validation and fit checks.
| Product Family | Primary Buyer Focus | Key Metric | Why It Matters |
|---|---|---|---|
| GaN Low-Voltage Servo Drives | Robotics OEM engineers seeking maximum power density and thermal headroom. | Efficiency: Project-specific test condition required | Reduces heat dissipation in sealed robot joints when the electrical and cooling boundary is validated. |
| 48V Servo Driver Board | Hardware integration engineers designing custom enclosures. | Voltage Range: 18V - 60V DC | Safely handles regeneration spikes from 48V battery systems. |
| Driver-Encoder Integrated Servo Board | Joint module designers aiming to minimize axial length and harness complexity. | Axial Thickness: < 15mm | Directly dictates the total length of the robotic joint module. |
| Robot Joint Servo Drive | Robotics mechanical engineers optimizing joint mass and space. | Form Factor: OD: 40mm - 90mm | Must match the selected frameless motor stator diameter, mounting pattern, and cable path. |
| EtherCAT 48V Servo Drive | Control systems engineers building real-time deterministic networks. | Min Cycle Time: 125 µs - 250 µs | Essential for high-speed impedance control in robotics. |
| CAN FD Servo Drive | Embedded engineers upgrading from standard CAN 2.0A/B. | Data Rate: 2 Mbps - 5 Mbps | Reduces bus latency, allowing more joints to be controlled on a single string. |
| Hollow Shaft Integrated Joints | Robotics startups and OEMs seeking integrated joint modules with defined validation and fit checks. | Torque Density: High (varies by gear ratio) | Determines the payload capacity of the robot arm relative to its weight. |
Product visuals selected from the current GaN servo drive and robot joint electronics portfolio.
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