Connect and Control Motion With One Microcontroller
Evaluate Bluetooth® LE connectivity and deterministic motor control together on an IC for connected motion systems. Our PIC32 BZ microcontroller (MCU) series integrates wireless communication and motor control in a single MCU, which simplifies design while maintaining real time performance.
Wireless MCUs for Designed for Connected Motor Control Systems
Single‑IC Simplicity
Reduce Bill of Materials (BoM), firmware partitioning and debug time compared to two-chip designs.
Deterministic Real‑Time Control
Motor‑control loops run deterministically even while wireless communication is active.
Built‑in Connectivity for Commissioning and Service
Bluetooth LE enables setup, monitoring and field updates without external gateways
Unified Development Environment
A single Microchip tool chain supports configuration, control and connectivity from bring-up through production.
How Motor Control and Wireless Coexist on One IC
A shared architecture enables real-time motor control and active wireless communication to operate together without compromising on performance.
- Deterministic control loops with wireless: Control algorithms and wireless tasks are scheduled to preserve responsive and stable motor performance
- Wireless communication runs in parallel: Bluetooth LE enables commissioning, control and diagnostics without interrupting motor operation
- Shared MCU resources are managed efficiently: Core-independent timers, peripherals, memory and processing are coordinated to support both domains
- Coexistence is engineered into the platform: System-level hardware and software design help balance motor-control performance with reliable wireless operation
Built for Real-World, Motor-Drive Products
Doors and Gates
Window Coverings
Fans and Pumps
Personal Care Devices
Motor Control Running While Wireless Is Active
A PIC32 BZ6 System Demonstrating Motion Control and Bluetooth LE Running at the Same Time
Watch as we demonstrate single-chip motor control and connectivity. This demo video shows a PIC32 BZ6 based system controlling a brushless DC (BLDC) motor while Bluetooth LE is actively used for commissioning and control. Motor operation continues as wireless communication remains active, which demonstrates coexistence on a single, wireless motor control MCU.
PIC32 BZ Wireless MCUs Support Multiple Types of Motors
Brushless DC (BLDC)
Optimized for closed‑loop control, quiet operation and always‑on connectivity; applications include:
- Powered access (doors and gates)
- Fans and pumps
- Appliances
Brushed DC
Simple drive requirements with integrated peripherals for rapid bring‑up; applications include:
- Actuators
- Entry systems
- Cost-sensitive designs
Stepper
Deterministic timing and precise control for repeatable positioning; applications include:
- Positioning systems
- Window coverings
- Industrial motion
Servo
Responsive control loops that coexist with continuous wireless monitoring and tuning; applications include:
- Precision motion
- Robotics subsystems
Get Started With Wireless Motor Control ICs
Bluetooth LE Servo Motor Demo
Start, stop or reverse a 360° servo motor over Bluetooth via a smartphone app.
Bluetooth LE Brushed DC Motor Demo
Start, stop or adjust the speed of a brushed DC motor via a smartphone app.
Build a Connected Motor System
PIC32 BZ is a scalable series of MCUs that support real, motor-driven products from prototype through production and service.
- One MCU simplifies your design
- Validated real-time coexistence
- Reuse across motors and applications
- Built for connected, always-on systems
Wireless Motor Control FAQs
What are the key features to look for in motor control ICs with integrated wireless connectivity?
What are the key features to look for in motor control ICs with integrated wireless connectivity?
Look for devices that combine motor-control peripherals such as Pulse-Width Modulation (PWM), Analog-to-Digital Converters (ADCs) and encoder interfaces with built-in wireless connectivity like Bluetooth LE or 802.15.4.
How do motor control ICs with wireless connectivity improve system efficiency in industrial applications?
How do motor control ICs with wireless connectivity improve system efficiency in industrial applications?
By combining motor control and wireless communication in a single microcontroller, integrated solutions can reduce hardware complexity, PCB footprint and development effort. Wireless connectivity also enables remote monitoring, diagnostics and maintenance, helping improve system uptime and operational efficiency.
Where can I find data sheets and design resources for motor control ICs with built-in wireless connectivity?
Where can I find data sheets and design resources for motor control ICs with built-in wireless connectivity?
Selected resources are available on this overview page to help you evaluate our integrated wireless and motor control solutions. For complete documentation, software and development tools, visit the individual product pages listed below.
Each product page includes access to:
- Documentation: Data sheets, user guides and application notes
- Tools and software: Development boards, evaluation kits and software resources
- Design resources: Reference designs, example projects and additional technical content
The PIC32 BZ6 family includes the following SoCs and modules:
Our PIC32 BZ2 and PIC32 BZ3 MCU families also support Bluetooth LE motor control.