| Micro GaN Servo PCBA | Best for robotics startups, R&D teams, and OEMs that need a custom GaN servo board instead of a catalog industrial drive. | DC bus voltage: 24 V / 36 V / 48 V / 60 V class | Matches battery-powered robots and avoids oversized 220 V industrial servo drives. |
| Robotic Joint Servo OEM | For teams building their own joint modules that need a China-based OEM partner for the electronics layer. | Peak current window: Defined by motor and thermal path | Robotic joints often need short bursts; board sizing must separate peak current from continuous thermal limits. |
| Low Voltage GaN Servo Module | For hardware teams replacing bulky industrial servo drives with compact low-voltage GaN electronics. | Voltage class: 24 V to 60 V DC | Directly targets robotics and mobile equipment instead of AC mains servo categories. |
| Driver-Encoder Integrated Servo Stack | For OEMs that need a custom electronics stack inside a small actuator housing. | Stack integration: Driver + encoder interface + communication board | Integrated stacks save axial space and reduce wiring failure modes. |
| GaN Servo Evaluation Kit | For teams that need to validate a low-voltage GaN servo path quickly before committing to tooling or custom PCBA. | Evaluation scope: Board sample, wiring notes, application review, optional firmware handoff | Good evaluation kits reduce custom design risk before production spending. |
| 48 V Bare-Board GaN Servo Driver | For hardware teams replacing bulky enclosed drives with a custom low-voltage board that can be integrated directly into the actuator. | Voltage class: 36 V / 48 V / 60 V DC programs | Targets battery-powered robots where 220 V industrial servo drives are mechanically and electrically oversized. |
| Ring-Shaped Humanoid Joint PCBA | For humanoid teams whose mechanical joint architecture is fixed and whose electronics must be shaped around it. | Mechanical envelope: Customer-defined ring, crescent, or segmented PCBA | Humanoid joints often fail packaging review before they fail electrical review. |
| Micro GaN Surgical Drive | For medical hardware teams that need compact servo electronics with disciplined documentation, not unsupported hobby-grade drive boards. | Documentation package: BOM, revision, inspection, functional test, thermal sample, and batch record support | Medical-adjacent teams need evidence they can review during design transfer and supplier qualification. |
| High-Frequency UAV GaN ESC | For UAV and robotics OEMs that need lighter custom drive electronics than a catalog industrial module can offer. | Weight-sensitive format: Bare PCBA or compact enclosed module | UAV programs evaluate every gram against endurance, payload, and thermal reliability. |
