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STM32 Learning and Prototyping Platform

EmbCore
Learning Platform

Accelerate your embedded systems career with the ARM Cortex-M3 STM32F205 platform. Build register-level firmware drivers, configure RTOS stack parameters, and master high-speed hardware communications.

Onboard Peripherals and Protocols

Industrial
Peripherals Integration

Master real-world interfacing for JTAG/SWD debuggers, ECAN, RS232, RS485, parallel LCDs, and EEPROM. An economical and optimized playground designed specifically by VAct corporate engineering experts.

Premium Hardware Learning Platform

VAct EmbCore Development Board

Advanced Embedded System Learning Platform

Based on STM32F205 (ARM® Cortex®-M3), designed to provide an economical development environment for CAN communication, I2C, SPI, UART and parallel communication.

Fully integrated with STM32CUBEMX, making it an ideal choice for engineers to master industry-standard hardware protocols. Build low-level hardware drivers, interface peripheral sensors, and construct scalable embedded applications with direct hardware register controls.

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EmbCore Development Board

Operational Requirements

  • Windows® 7 or 10 (32/64-bit)
  • 9-12V DC / 1A Power Supply
  • STM32CUBEMX with ARM toolchains

Main Specifications

  • STM32F205R8 (Cortex-M3)
  • Up to 1 MB Flash / 128+4 KB SRAM
  • 120 MHz Max Execution Speed
  • 32.768kHz RTC Crystal
Running & Debugging

Running & Debugging

Step-by-step procedure to build, compile, flash, and run your applications.

01
Configure I/O pins and generate initialization C code using STM32CubeMX.
02
Edit your program, add header files and compile in Keil uVision 5.
03
Build the project by selecting Project > Build All.
04
Plug-in 9-12V/1A Power supply to the board (Ensure 1A supply).
05
Connect an ST-link v2 Debugger to the program header.
06
Connect the ST-link USB port to your PC via USB cable.
07
Choose the generated hex file in ST-utility (Debugger > Select Tool).
08
Download and Run your code to start hardware-level debugging.
Hardware Peripherals

Onboard Peripherals

Every component engineered for maximum reliability and standard integrations.

Display & I/O

  • 4x20 Character LCD
  • 10 Digital I/O ports
  • 2 No's Potentiometer
  • 0.9" OLED (I2C)

Connectivity

  • On Board ECAN (2 No's)
  • RS 232 / RS 485
  • USB & SD Interface
  • EEPROM (SPI)

Development

  • JTAG & SWD Interfaces
  • Eclipse CubeIDE
  • ARM Tool Chains
  • Onboard Buzzer
Testimonial

Trusted by Global
Product Development Companies

The embedded systems training at VAct Technologies was very informative and practical. The real-time projects improved my technical skills and confidence.

Santhosh Selvam

Embedded Systems Trainee

VAct Technologies provided excellent guidance throughout my internship. The trainers explained every concept clearly with hands-on experience.

Mohan Ravi

Embedded Software Intern

The internship program helped me understand embedded systems and IoT applications in a practical way. The mentors were very supportive.

Swathy

Embedded & IoT Intern

I gained valuable knowledge in firmware development and embedded technology during my internship. The training sessions were interactive and useful.

Hema M

Embedded Systems Intern