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STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64
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STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64

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STM32G0B1RET6 Product Overview

STM32G0B1RET6 is a Cortex-M0+ MCU at 64 MHz, LQFP-64. 512 KB Flash, 144 KB SRAM, USB 2.0 FS device (crystal-less), CAN FD, 12-bit ADC (19 ch), 2 comparators, 2×12-bit DACs, advanced PWM timer, LP timers, RTC, 3×USART/UART, 2×SPI/I2S, 2×I2C. 60 x 5 V-tolerant I/Os. 2.0–3.6 V, -40–85 °C. Compared to STM32G0B1RCT6 (256 KB Flash), doubles Flash to 512 KB, the largest memory in G0B1 64-pin series for large-code CAN FD and USB applications.

STM32G0B1RET6 Core Features

Core: Cortex-M0+ 64 MHz Memory: 512 KB Flash, 144 KB SRAM USB: USB 2.0 FS device (crystal-less) CAN: CAN FD Analog: 12-bit ADC (19 ch), 2×12-bit DACs, 2× comparators Connectivity: 3×USART/UART, 2×SPI/I2S, 2×I2C Timers: Advanced PWM, LP timers, RTC I/Os: 60 (5 V-tolerant) Package: LQFP-64

STM32G0B1RET6 Applications

CAN FD nodes, industrial sensors, motor control, USB peripherals, home appliances, consumer electronics, embedded systems needing large storage

STM32G0B1RET6 Key Advantages

512 KB Flash + 144 KB SRAM: Largest storage in 64-pin G0B1 CAN FD + USB 2.0 FS: Multi-protocol communication Rich analog: ADC/DACs/comparators 60 I/Os in cost-effective 64-pin package

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STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD ADC Comparator LQFP-64 STM32G0B1RET6 ST Mainstream Arm Cortex-M0+ Low-Power 32-bit MCU 512KB Flash 144KB SRAM USB CAN FD LQFP-64




FAQ

1. What is the STM32G0B1RET6, and where is it positioned in the G0B1 series?
The STM32G0B1RET6 is a high‑performance MCU from STMicroelectronics' STM32G0 series, built around a 64 MHz Arm® Cortex®‑M0+ core in an LQFP‑64 package. It shares the same 512 KB Flash and 144 KB SRAM, integrated USB Type‑C PD controller, and CAN FD interface as the LQFP‑100 G0B1VET6/VCT6. The RET6's standout feature is delivering nearly identical core performance, generous memory, and advanced communication capabilities in a smaller, easier‑to‑hand‑solder 64‑pin package, making it ideal for PCB‑area‑sensitive, moderate‑I/O applications that still require full USB PD and CAN FD—such as industrial nodes, portable devices, and IoT gateways.

2. How does the STM32G0B1RET6 differ from the VET6 (LQFP‑100), and which one should I choose?
Both are completely identical in processor core, 512 KB Flash, 144 KB SRAM, USB Type‑C PD controller, CAN FD interface, and all digital and analog peripherals. The only difference is the package and available I/O count: the RET6 comes in an LQFP‑64 with up to about 51 usable I/Os, while the VET6 uses an LQFP‑100 with up to about 86 I/Os. If your system is PCB‑area‑sensitive, requires no more than 51 I/Os, and benefits from simpler soldering and routing, the RET6 delivers the same performance and advanced communication features in a smaller footprint. If you need to connect more sensors and actuators, the VET6 offers greater flexibility.

3. Does the built‑in USB Type‑C PD controller require an external chip? What can it do?
No external PD controller is needed. The STM32G0B1 series includes a complete USB PD 3.0‑compliant PHY and protocol stack. It can act as a Provider delivering up to 100 W, or as a Consumer negotiating the required voltage and current from a PD charger, with support for Programmable Power Supply (PPS) and fast role swap. The 512 KB Flash can easily hold the full PD stack and complex applications, making it ideal for USB‑C powered portable devices, smart chargers, and multi‑port power distribution systems.

4. What CAN FD features does the RET6 support, and what advantages over classic CAN?
It includes one FDCAN controller backward‑compatible with CAN 2.0, supporting flexible data rates up to 5 Mbps and 64‑byte payloads. FDCAN significantly improves real‑time throughput compared to classic CAN, making it ideal for industrial automation, automotive electronics, and distributed control nodes. With 512 KB Flash, complex fieldbus stacks such as CANopen or DeviceNet can easily be accommodated.

5. How do 512 KB Flash and 144 KB SRAM compare within the G0 series? What can they actually achieve?
This is the highest memory configuration in the G0 series. The 512 KB Flash can hold a large RTOS (such as FreeRTOS or ThreadX), a USB PD stack, a CANopen stack, and custom application code, with room for OTA updates. The 144 KB SRAM provides ample space for network buffers, USB communication, and complex data processing. This enables the RET6 to handle sophisticated communication tasks previously requiring a Cortex‑M4 class MCU, while retaining the G0 series' cost‑effectiveness and low‑power advantages—ideal for smart sensor hubs, industrial bus nodes, and portable PD‑powered devices.

6. What is its power consumption like? Does USB PD communication significantly increase power draw?
The G0B1 continues the G0 series' excellent energy efficiency, with a run‑mode current of about 100 µA/MHz and support for Sleep, Stop, and Standby low‑power modes; Standby current can drop to the micro‑amp level. The USB PD controller consumes very little power during negotiation; VBUS power transfer is managed externally, keeping the MCU itself efficient. This makes the RET6 well‑suited for portable devices and IoT nodes that need USB PD capability while requiring long battery life.

7. Does the 512 KB Flash support OTA updates? How can security be ensured?
Although the G0B1 lacks hardware dual‑bank Flash, the 512 KB Flash can be partitioned in software to enable secure firmware updates. A common approach splits the Flash into a bootloader and application area(s). New firmware is received via USB, CAN, or UART and verified and programmed by the bootloader; a failed update can roll back to the previous version. Combined with code readout protection (RDP) and the Memory Protection Unit (MPU), firmware can be protected against unauthorized access or tampering, meeting the remote‑maintenance needs of industrial equipment.

8. Are any additional PD stack licenses or tools needed to develop with the STM32G0B1RET6?
No. ST provides a complete USB PD stack library (including Core Library and Device Policy Manager) within the STM32CubeG0 firmware package. Developers can implement PD communication simply by calling API functions—no additional licenses are required. The STM32CubeMX graphical configuration tool allows quick setup of PD roles, voltage/current levels, and PPS parameters, dramatically lowering the barrier to USB PD development.

9. How does the RET6 differ from the G071 series? Why upgrade to the G0B1?
The G0B1 significantly enhances the G071: Flash increases to 512 KB (G071 max 128 KB), SRAM grows to 144 KB (G071 max 36 KB), and it integrates a complete USB PD PHY and protocol engine. CAN FD and multiple UART/SPI/I²C interfaces are retained. If your application needs to handle PD protocols, store more firmware, or buffer more data, the G0B1 is a far more powerful choice than the G071, while still maintaining the G0 series' low power and ease of use.

10. If I later need more I/Os or higher processing performance, what upgrade options are available?
For more I/Os, you can directly upgrade to the LQFP‑100 STM32G0B1VET6 (86 I/Os) with minimal hardware changes and full peripheral compatibility. If you need more real‑time computing power (e.g., DSP instructions, FPU) or a higher clock speed, consider moving to the STM32G4 series (Cortex‑M4, 170 MHz). For even greater graphics and processing performance, the STM32H7 series is an option. All these upgrades remain within the unified STM32Cube ecosystem, allowing extensive code reuse and low migration effort.

Property:
Specification
Product Type:
Arm Cortex-M0+ Low-Power 32-bit MCU
Brand:
STMicroelectronics
Core:
Cortex-M0+ 64 MHz
Package:
LQFP-64
Memory:
512 KB Flash, 144 KB SRAM
Connectivity:
USB 2.0 FS, CAN FD
Analog:
12-bit ADC, 2×DACs, 2×Comparators
I/Os:
60
Voltage:
2.0V–3.6V
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