Leverage Infineon's PSOC™ Control C3 Entry and Main Line MCUs together with ModusToolbox™ Motor Suite to simplify motor control design, reduce time-to-market, and achieve exceptional performance for industrial, appliance, HVAC, robotics, and power conversion applications.
Real-Time Motor Control. Rapid Development. Maximum Efficiency.
Whether you're building single-motor systems or advanced dual-motor applications with PFC and wide-bandgap power devices, the PSOC™ Control C3 family delivers the processing power, control peripherals, and security features required for next-generation motor control designs.
Why Engineers Choose PSOC™ Control C3
✔ Optimized for motor-control applications
✔ Arm® Cortex®-M33 architecture
✔ Advanced real-time control peripherals
✔ High-speed ADCs and high-resolution PWM capability
✔ Built-in security and secure boot
✔ Comprehensive software ecosystem with Motor Suite
✔ Ready-to-use middleware, GUI tools, and code examples
PSOC™ Control C3 Entry Line (C3M3)
Ideal for Single-Motor Drive Applications
Designed for efficient and cost-optimized motor control systems, C3M3 combines advanced control peripherals with low-power operation and robust security.
Best For
- Industrial drives
- Fans and pumps
- Home appliances
- Small robotics systems
Key features
- 100 MHz Arm® Cortex®-M33
- Up to 256 KB Read-While-Write Flash
- 64 KB SRAM with ECC
- CORDIC Math Coprocessor
- 6 Msps, 12-bit ADC
- Advanced 16-bit and 32-bit TCPWMs
- PSA Level 2 Security
- Secure Boot
- Six Power Modes Including Deep Sleep
- CAN FD Connectivity Support
Low power — designed for handheld and portable systems:
- < 1W in ultra-low power mode — measured at 12V input with all peripherals in sleep, DDR4 in self-refresh, and RF disabled. The R5F core remains alive for wake-on-event and system monitoring
- Compact 9 × 13 cm SOM form factor
- This is not a lab-only evaluation board — it's a module designed to go into real portable products.
System integration:
- 8× GTY high-speed transceivers + 4× PS-GTR lanes
- GbE, USB 2.0
- SEAM board-to-board connector to carrier board, with RF signals routed to SMA
- Reference carrier board and evaluation kit available
Who should care about this
If you're building any of the following, this module was designed for you:
- Software-defined radio platforms — multi-channel TX/RX on a single module
- Portable spectrum monitoring and analysis tools — sub-1W standby makes handheld viable
- Embedded RF sensing and signal acquisition nodes — compact, low-power, field-deployable
- Test and measurement equipment — rapid prototyping with integrated RF
- Multi-channel RF receiver / transmitter systems — 6T6R out of the box
Built to last
AMD's UltraScale+ adaptive SoCs are supported through 2045, with typical product lifespans extending well past 15 years. When you design on this platform, you're not chasing obsolescence — you're building on a foundation that will be there for the life of your product.
The bottom line
The ANZLPRFSOM65DR puts 6T6R wideband RF capability, heterogeneous Arm processing, and programmable logic into a 9 × 13 cm module that sips under 1 watt in standby. It eliminates the need for external RF data converters, slashes PCB area, and brings what was previously a rack-mounted capability into the palm of your hand.
We're ready to show you what it can do.
👉 Book a demo — reach out to us directly or email AvnetANZ@avnet.com