CMP102: Reimagining Motor Control: From Fragmented Designs to a Unified, Secure Platform

About this Session

In an era where motor systems must be not only powerful but intelligent, adaptive, and secure, the legacy of multi-chip architectures has played a crucial role in enabling functional flexibility. These modular solutions—built from discrete components for control, connectivity, and security—have allowed developers to mix and match best-in-class technologies. However, this approach often introduces complexity, increases BOM cost, and elongates development cycles.

We’ll explore how MG24 retains the adaptability of fragmented architectures while streamlining design workflows, accelerating time to market, and reducing cost and complexity. Supporting sensor-less BLDC and FOC motor control, dynamic multiprotocol wireless (Bluetooth LE and more), on-chip anomaly detection, and capacitive touch interfaces, MG24 empowers developers to bring secure, intelligent, and connected motor systems to life—from smart appliances to industrial drives.