PSOC™ Sensing, control, and HMI on a single chip. Give your smart devices more freedom.

PSOC™ (Programmable System-on-Chip) is a highly flexible and integrated microcontroller series from Infineon, ideal for industrial and consumer equipment. It features an Arm® Cortex®-M0+/M4/M33/M55 core and a reconfigurable architecture that allows for flexible configuration of analog and digital functions. It enables a variety of sensing technologies, including liquid level detection, temperature and current sensing, capacitive touch operation (CAPSENSE™), and inductive sensing, all on a single chip. It supports metal surfaces and non-contact operation, enabling waterproof and environmentally resistant HMI designs. It is used by manufacturers worldwide for smart home appliances, wearables, factory equipment, robot vacuum cleaners, and more, and is highly regarded for its design flexibility, reliability, and cost-effectiveness. The new PSOC™ Control microcontroller enables real-time control and improved system efficiency for motor control and power conversion applications. PSOC™ Edge is a high-performance, AI-enabled microcontroller that delivers enhanced sensing, low power consumption, security, and advanced HMIs with Infineon's machine learning.

A low-power microcontroller equipped with Arm Cortex-M0/M0+. With flexible analog and digital functions, it is ideal for controlling IoT devices and industrial sensors. It also offers excellent cost performance.

Microcontroller core: ARM® Cortex®-M0/M0+
Operating frequency: up to 48 MHz
FLASH MEMORIES: up to 384 KB
STATIC RAMS: up to 32KB
POWER SUPPLIES voltage: 1.71V to 5.5V
I/O ports: up to 98 general-purpose I/O
Analog functions: OPERATIONAL AMPLIFIERS, COMPARATORS, ADC (up to 12-bit), DAC
Digital functions: Timer, PWM, serial communication (UART/I2C/SPI)
CapSense®: Capacitive touch sensing
Development environment: ModusToolbox™, PSoC Creator™

The Arm Cortex-M4/M0+ dual core delivers both high performance and low power consumption. It also boasts robust security features, making it the ideal microcontroller solution for IoT and wearable devices.

CPU core: Dual-core configuration: Arm® Cortex®-M4 (up to 150 MHz) + Cortex®-M0+ (up to 100 MHz)
Memory: Up to 2MB flash, 1MB STATIC RAMS (ECC compatible)
POWER SUPPLIES voltage: 1.7V to 3.6V (low power consumption design)
Power modes: Ultra-low power consumption modes (Deep Sleep, Hibernate, Stop) supported
Security: Arm® TrustZone®, Secure Boot, Crypto Accelerators (AES, SHA, RSA, ECC)
Analog functions: 12-bit SAR ADC, DAC, OPERATIONAL AMPLIFIERS, COMPARATORS
Digital functions: Timer, PWM, Serial communication (UART, SPI, I2C, CAN)
CapSense®: Capacitive touch sensing (buttons, sliders, touchpads)
Wireless communication: Bluetooth® 5.0 (LE), Wi-Fi (some models)
Development environment: ModusToolbox™, PSoC Creator™ (partial support)
Packaging: Various package options including TQFP, QFN, BGA, WLCSP

This high-performance microcontroller is equipped with an Arm Cortex-M33 core. Its low-power design and rich analog and digital functions make it ideal for motor control, POWER SUPPLIES conversion, and IoT devices. It also offers comprehensive security features.

CPU core: Arm® Cortex®-M33 (up to 180 MHz), DSP, FPU, TrustZone support
Memory: 256 KB Flash (ECC, Read-While-Write), 64 KB STATIC RAMS (ECC), 64 KB ROM, 32 KB SFlash
Analog Functions: High-Performance Analog Subsystem (HPPASS): 12-bit 12MSPS SAR ADC, up to 16 channels parallel sampling, 5 COMPARATORS with 10-bit DAC, slope generator, TEMPERATURE SENSORS
Digital Functions: CORDIC accelerator, 16x16-bit + 4x32-bit TCPWM (HRPWM compatible, <80ps resolution), Smart I/O (up to 28 pins), Trigger MUX
Communication Interface: Up to 6 SCBs (I2C/SPI/UART), 2 CAN FD (up to 8 Mbps), 1 SCB supports Deep Sleep
Security: PSA Level 2 Certified, TrustZone, Crypto Accelerators (AES-128, RSA, ECC, SHA-256), TRNG, Secure Boot, Code Protection
POWER SUPPLIES voltage: 1.71V to 3.6V
Low power modes: Active, Sleep, Deep Sleep (RAM retention/non-retention), Hibernate (RTC retention), 300nA minimum
I/O configuration: Up to 66 pins (50 GPIO, 16 analog only), up to 7 Smart I/O-enabled ports
Package: VQFN-48/64, E-LQFP-48/64/80
Operating temperature range:-40°C to +115°C
Development environment: ModusToolbox™ compatible

Next-generation microcontroller with AI inference support. Enables sensor fusion and machine learning processing at the edge. Ideal for smart factories and healthcare equipment.

CPU core: Arm® Cortex®-M55 (Helium™ DSP compatible) + Cortex®-M33 (low power consumption control)
AI/ML accelerator: Arm® Ethos™-U55 microNPU + Infineon NNLite (dedicated to neural networks)
Memory configuration: High-speed on-chip memory + expandable external memory interface
HMI functions: 2.5D GPU, MIPI-DSI/DBI compatible display controller (maximum 1024 x 768), voice/audio multi-microphone support, far-field voice recognition, voice activation
Security: Lockstep enclave, Infineon Edge Protect Category 4, TrustZone, Mbed TLS
Communication Interfaces: USB HS/FS (with PHY), CAN FD, Ethernet, Wi-Fi 6, Bluetooth LE, Matter
Low power consumption modes: Always-on domain, Hibernate, Deep Sleep supported (less than 300nA)
Development environment: ModusToolbox™, DEEPCRAFT™ Studio AI integration, BSP/PDL/middleware included
Target applications: smart home, wearables, HMI equipment, robotics, voice recognition, AI IoT

Use Case 1: Industrial liquid management (humidifiers, robot vacuum cleaners)

[Use case overview]
Accurate detection of remaining liquid volume and flow rate is directly linked to the reliability and user experience of industrial and consumer equipment. Conventional mechanical sensors are prone to false detection due to bubbles or residue, which increases the need for frequent maintenance and the risk of malfunction. PSOC™ enables contactless, high-precision sensing, enabling smarter liquid management.

[Major features]
Non-contact liquid level detection using inductive sensing
High-resolution ADC and ML-based sensing algorithm
Highly temperature and humidity resistant design makes it resistant to environmental changes
Integrated processing of multiple data through sensor fusion

Use Case 2: Consumer HMI (Smart Home Appliances/Wearables)

[Use case overview]
Home appliances and wearable devices require intuitive and highly waterproof operation. Conventional capacitive touch technology has issues with malfunctions caused by water droplets and metal surfaces. PSOC™'s inductive sensing and CAPSENSE™ technology enable operation on metal surfaces and in mid-air, realizing the next generation of HMI.

[Major features]
CAPSENSE™ hover touch gesture control
Waterproofing ensured by inductive sensing on metal surfaces
2D finger tracking with up to 256 nodes
Small package enables space-saving design

Use Case 3: Industrial control panels (factories and office facilities)

[Use case overview]
Control panels for factories and building facilities must be environmentally resistant and easy to operate. An operating system that is resistant to the effects of water, oil, dust, etc. is required, and conventional mechanical buttons have issues with durability and maintainability.

[Major features]
Metal button compatible with inductive sensing
High ESD resistance (up to 6500V) for industrial environments
High-precision clock control by built-in main OSCILLATORS (IMO)
Flexible design with reconfigurable analog and digital blocks