Advance Innovation Centre
  • AIC Knowledge @ EEC for All
  • 😎Logical Thinking
    • Karel Robot
    • Code to Flowchart
    • Play with Docker
    • CNX Software
  • MCU & Interfacing with Infineon PSOC™
    • Basic MCU Interfacing
      • Introduction to CY8CKIT-062S2-43012 Pioneer Kit
      • Development Environment Preparation
      • PSoC™ 6S2 Peripherals Interfacing (GPIO)
        • Hello World and LED Blinking
        • GPIO Principles
        • PSoC™ 6S2 GPIO-HAL LED Blink Lab
        • PSoC™ 6S2 GPIO-PDL LED Blink Lab
        • Button "Bounce" Principles
          • Push/Pull Button to Turn ON/OFF LED via HAL
          • Push/Pull Button to Turn ON/OFF LED via PDL
          • GPIO Button Interrupt via HAL
          • GPIO Button Interrupt via PDL
        • GPIO variables & functions
      • PSoC™ 6S2 Peripherals Interfacing (ADC, PWM)
        • PSoC™ 6S2 SAR ADC
          • ADC Principles
          • PSoC™ 6S2 with ADC Labs
            • Reading potentiometer sensor value via an ADC HAL
            • Reading potentiometer sensor value via an ADC PDL
        • PSoC™ 6S2 PWM & TCPWM
          • PWM Principles
          • PSoC™ 6S2 for PMW Function Labs
            • LED Brightness using PWM via HAL
            • LED Brightness using PWM via PDL
    • Sensor Interfacing and HMI
      • OLED Display
        • OLED Display Principles
        • Calling BDH’s OLED functions
        • Display ADC via Potentiometer on OLED
      • BDH Shell
        • Shell Principles
        • LED Blinking and CAPSENSE via BDH Shell
        • Adding "History" command
        • Adding "Reboot" command
        • CAPSENSE Button and Slider
          • CAPSENSE Button and Slider with Capsense Tuner
          • CAPSENSE Button and Slider using FreeRTOS
    • Serial Communication & Visualization
      • UART, I2C, SPI Communication via Infineon PSoC™6
      • BMX160 Sensor Communication via Infineon PSoC™6
        • Reading ADC via HAL with Potentiometer and Displaying GUI on Serial Studio
        • Reading XENSIV-DPS-3XX Pressure Sensor and Displaying GUI on Serial Studio
        • Motion Sensors GUI Integration via Serial Studio
    • IoT Connectivity & Data Analytics via Node-Red
      • Node-Red Installation
      • Setting MQTTS to MQTT Broker
      • Sending PSoC6’s sensor to MQTT (node-red)
    • Edge AI on PSoC™
      • Machine Learning on PSoC™6 via Edge-Impulse
    • Infineon PSoC™ Troubleshooting
  • IoT Development with Infineon PSOC™ & BDH Platform
    • PSoC™ IoT Development Kit
      • Introduction to CY8CKIT-062S2-43012 Pioneer Kit
      • Development Environment Preparation
        • Hello World and LED Blinking
    • IoT Connectivity
      • Node-Red Installation
      • Controlling PSoC™ LED using MQTT
      • Setting MQTTS to MQTT Broker
      • Sending PSoC6’s sensor to MQTT (node-red)
    • BDH IoT Connectivity
    • WireLinX™ IoT PLC
    • BDH X-Brain Data Analytics
      • PSoC6 Data Collection to CSV log file
    • Data Visualization
      • สร้าง Dashboard ด้วย Looker Studio
  • 🖥️Operation Systems
    • Prerequisites
      • Guideline from Ubuntu
        • Ubuntu and VSCode on WSL2
      • ติดตั้ง WSL 2
      • Run Ubuntu on VirtualBox7
    • Zero to Linux Hero
      • Computer OS Architecture
      • Anatomy of Linux System
        • UNIX/Linux History
        • UNIX/Linux Evolution
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        • Linux OS Architecture
        • Command Line Interface (CLI)
          • Basic Commands
          • 😎Level up your Linux Shell
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        • Building Embedded Linux
    • Linux OS Dev. Engineer
      • Process Management
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      • POSIX Threads
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        • Mutex Programming
        • Semaphore Programming
      • Applied IPC with Semaphore
  • ⌚Embedded Systems Development
    • Introduction to ESD
      • Why's ESD?
      • What it use for?
      • How it works?
    • Enbedded System Development via PSoC6
      • Basic MCU Interfacing
        • Introduction to CY8CKIT-062S2-43012 Pioneer Kit
        • Development Environment Preparation
        • PSoC™ 6S2 Peripherals Interfacing (GPIO)
          • Hello World and LED Blinking
          • GPIO Principles
          • PSoC™ 6S2 GPIO-HAL LED Blink Lab
          • PSoC™ 6S2 GPIO-PDL LED Blink Lab
          • Button "Bounce" Principles
            • Push/Pull Button to Turn ON/OFF LED via HAL
            • Push/Pull Button to Turn ON/OFF LED via PDL
            • GPIO Button Interrupt via HAL
            • GPIO Button Interrupt via PDL
          • GPIO variables & functions
        • PSoC™ 6S2 Peripherals Interfacing (ADC, PWM)
          • PSoC™ 6S2 SAR ADC
            • ADC Principles
            • PSoC™ 6S2 with ADC Labs
              • Reading potentiometer sensor value via an ADC HAL
              • Reading potentiometer sensor value via an ADC PDL
          • PSoC™ 6S2 PWM & TCPWM
            • PWM Principles
            • PSoC™ 6S2 for PMW Function Labs
              • LED Brightness using PWM via HAL
              • LED Brightness using PWM via PDL
      • Sensor Interfacing and HMI
        • OLED Display
          • OLED Display Principles
          • Calling BDH’s OLED functions
          • Display ADC via Potentiometer on OLED
        • BDH Shell
          • Shell Principles
          • LED Blinking and CAPSENSE via BDH Shell
          • Adding "History" command
          • Adding "Reboot" command
          • CAPSENSE Button and Slider
            • CAPSENSE Button and Slider with Capsense Tuner
            • CAPSENSE Button and Slider using FreeRTOS
      • Serial Communication & Visualization
        • UART, I2C, SPI Communication via Infineon PSoC™6
        • BMX160 Sensor Communication via Infineon PSoC™6
          • Reading ADC via HAL with Potentiometer and Displaying GUI on Serial Studio
          • Reading XENSIV-DPS-3XX Pressure Sensor and Displaying GUI on Serial Studio
          • Motion Sensors GUI Integration via Serial Studio
    • Edge Computing and IoT Connectivity
    • Cloud-Based Data Analytics and Digital Twin
    • Edge Vision AI
    • Resources
      • Basic Hardware and Firmware
        • Environment Preparation
          • การติดตั้งโปรแกรม Arduino IDE
            • ตัวอย่างการเริ่มต้นใช้งาน Arduino IDE
          • การติดตั้งโปรแกรมสำหรับใช้งานเครื่องมือวัด NI MyDAQ
            • ตัวอย่างการตั้งค่าใช้ Digital Multimeter -NI ELVISmx
            • ตัวอย่างการตั้งค่าใช้ Oscilloscope-NI ELVISmx
          • ติดตั้งโปรแกรม KingstVIS
        • Basic measurement
          • Basic Digital and Analog I/O
            • LAB: Basic Digital Input/Output
            • LAB: Basic Analog Input/Output
          • Waveform
            • LAB: Oscilloscope
            • LAB: Oscilloscope and Function Generator
            • LAB: Pulse Width Modulation (PWM)
              • Homework
        • Interfacing and Communication
          • LAB: UART, RS485, RS232 Protocol
          • LAB: I2C Protocol
            • HOMEWORK
          • LAB: SPI Protocol
      • IoT Connectivity
        • Example: IoT with MQTT on Node-red
        • Data logger
        • LAB: Data Visualization
  • 🛠️C/C++ for Embedded Programming
    • Development Environment Preparation
      • ติดตั้ง WSL 2
      • ติดตั้ง Ubuntu environment
      • ติดตั้งโปรแกรม Visual Studio Code
      • การเชื่อมต่อ Virtual studio code เข้ากับ WSL
      • ติดตั้ง docker on WSL
    • Principle C/C++ Programming
      • Get started with C++
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          • Lab 1 Exercise
      • Arguments
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      • Loop, Infinite loop, and flag
        • Loop and Flag exercise
      • Array
        • Get to know with arrays
        • Implement example
      • Vector
    • Object Oriented Programming (OOP) in C++
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      • Encapsulation and Abstraction
      • Polymorphism and Inheritance
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        • Quiz Macro
      • File Inclusion
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        • Quiz Pragma
    • String in C++
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    • Type conversions for C/C++
      • Conversion using Cast operator
    • Error handling
    • Data logger
      • การสร้างไฟล์และเขียนไฟล์
      • การอ่านไฟล์
      • การเก็บข้อมูลกับTime stamp
    • High performance programing
      • Multi-task and Multi-thread
        • Multi-threading example
      • Mutex
      • Queue
      • OpenCV
    • C/C++ Techniques
      • Makefile in action
      • Object Oriented Programming (OOP) in C++
        • Class and Object
        • Encapsulation and Abstraction
        • Polymorphism and Inheritance
      • C/C++ Preprocessing
        • Macro
          • Quiz Macro
        • File Inclusion
        • Conditional Compilation
        • Pragma directive
          • Quiz Pragma
      • Binary, Octal and Hexadecimal Numbers
      • Array and properties of an array
        • Get to know with arrays
        • Implement example
      • What's next?
  • 🤖Artificial Intelligence (AI)
    • VAMStack Design House, BUU
    • Data Analytics
      • Data cleansing
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      • Data analytic exercise
    • Machine Learning
      • Neural Network Layers
      • Machine learning type
      • Dataset
      • Using Edge Impulse for AI Model
    • Basic Image Processing
      • Computer Vision using Python Language
        • Installation
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          • Pixel and Color
          • Draw image
          • Basic Image processing
          • Morphology Transformations
          • Gaussian blur
          • Simple Thresholding
          • Contour
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        • Case Study
          • Coin counting
          • Color detection & tracking
        • VAM_CV SDK
  • ⚙️FPGA Design and Development
    • Verilog HDL via Vivado IDE
      • LAB1: Setting Environment and Create Project
        • Create Vivado Project
      • LAB2: Hardware Description Language Work Flow
        • Simulation code
      • LAB3: Design HDL Project
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      • LAB4: Asynchronous VS Synchronous Circuit
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    • C/C++ Programming on Ultra96v2 FPGA Board
      • Application C/C++ on Ultra96v2 Part 1
        • Design Overview
        • Step 1 - Burn the image to SD card
        • Step 2 - Bring up Ultra96v2
        • Step 3 - Installing the Vitis-AI runtime packages
      • Application C/C++ on Ultra96v2 Part 2
        • STEP 1 : Setting auto boot Wifi
        • STEP 2 : How to working on Embedded
        • STEP 3 : How to run the test code
  • 🤖Robotics
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      • Get Sensor Value and Send to MQTT
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      • Integration
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      • LAB8: MCU send data to IoT platform
    • CrowPi Dev Kit
      • Raspberry Pi with CrowPi
      • Remote to Raspberry Pi
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        • Lab 1: Programming and cross complier
      • Hardware and Interfaces Usage CLI
        • LAB: Usage GPIO via CLI
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      • Python library for Crow Pi
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        • Lab2: Crowpi and sensors
    • LVGL Development
      • LVGL - Light and Versatile Embedded Graphics Library
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        • STEP 1 : Setting gstreamer environment
        • STEP 2 : Create the Gstreamer element on template
        • STEP 3 : Testing and application on your gst element
  • 🤟Recommended by AIC
    • Skill Roadmap
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    • Algorithmica
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      • Infineon PSoC6
      • Kernel
        • Kernel Basics
        • Thread Management
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        • Atomic Operations
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      • Tools
      • Devices & Drivers
        • SENSOR Devices
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        • AUDIO Devices
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      • Components
        • C Library (libc)
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          • FILE (File IO)
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          • Dynamic Modules
        • Network Components
          • FinSH Console
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          • Virtual File System
          • tmpfs: temporary file system
          • ulog log
          • utest testing framework
          • Power Management
          • RT-Link
        • Software Packages
          • Internet of Things
            • MQTT-umqtt
            • Telnet
          • Tools
            • SystemView
            • SEGGER_RTT
          • LVGL Manual
            • Touch Screen Driver
      • Demo
        • Infineon Gateway
        • Handwriting Recognition (MNIST)
        • Object Detection (Darknet)
        • ROS using RT-Thread
        • Control the car using RT-Thread
        • LiDAR via RT-Thread
        • Detection via RT-Thread and ROS
        • Sensor Driver Development Guide
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Assoc. Prof. Wiroon Sriborrirux, Founder of Advance Innovation Center (AIC) and Bangsaen Design House (BDH), Electrical Engineering Department, Faculty of Engineering, Burapha University

On this page
  • Introduction
  • Preparation
  • Running the first example program
  • Operation Results

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  1. Recommended by AIC
  2. RT-Thread University Program

Infineon PSoC6

PSoC6-CY8CKIT-062S2-43012

PreviousRT-Thread University ProgramNextKernel

Last updated 7 months ago

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PSoC6-CY8CKIT-062S2-43012It is a development board for a 32-bit dual-core CPU subsystem (ARM Cortex-M4 and ARM Cortex-M0) launched by Infineon. It has a 150-MHz Arm Cortex-M4F CPU with single-cycle multiplication (floating point and memory protection unit), a 100-MHz Cortex M0+ CPU with single-cycle multiplication and memory protection unit MPU, which can give full play to the performance of the PSoC6 dual-core chip.

Development Board Appearance Details:

The core onboard resources of this development board are as follows:

  • MCU: CY8C624ABZI-S2D44, Cortex-M4 150MHz, Cortex-M0 100MHz, 2MB Flash and 1MB SRAM

  • MCU Manual For more detailed information, please refer to the document

  • Onboard resources: microSD card, 64-Mb Quad-SPI NOR flash, CYW43012 Wi-Fi + Bluetooth Combo Chip

  • Emulator: Onboard Psoc5 Dap-link emulator debugger

  • Development environment: ModusToolbox 2.0/MDK V5

  • PSoC® Creator™ Download Link

  • Development board: CY8CKIT-062S2-43012

  • For more detailed information about the development board, please refer to document

The appearance of the development board is shown in the figure below:

board

The psoc6-cy8ckit-062S2-43012 board support package provides MDK5 and RT-Studio projects, and supports GCC and ArmClang development environments. The following describes how to run the sample program. Before running the sample program, you need to do the following preparations:

  1. MDK development environment

  2. MDK development environment

  1. RT-Thread Studio development environment First open RT-Thread Studiothe development tool, click File in the upper left corner -> Import -> RT-Thread Studio project to the workspace.

  1. Then select PSoC6-CY8CKIT-062S2-43012the directory of the development board support package and import it

  1. Connect the Dap-Link USB port of the development board to the PC

  1. MDK environment operation:

Enter bsp\cypress\psoc6-cy8ckit-062S2-43012the folder, double-click the project.uvprojx file, open the MDK5 project, and compile. After the compilation is complete, click the download button to download the firmware to the development board and observe the program running status.

  1. RT-Thread Studio environment operation:

    Click the Build option in the upper left corner of the IDE to compile the project.

    When the compilation is complete without error warnings, click Debugor Downloadto debug/download.

After the program is downloaded successfully, the system will automatically run. Open the terminal tool serial port assistant and select the baud rate as 115200. After resetting the device, the LED will flash at a frequency of 500HZ, and RT-Threadthe output information can be seen on the terminal:

Note: It is recommended to use a serial port debugging assistant such as:MobaXterm

 \ | /
- RT -     Thread Operating System
 / | \     4.1.1 build Jul 25 2022 18:03:35
 2006 - 2022 Copyright by RT-Thread team
msh >copymistakeCopy Success

We need to install MDK-ARM 5.24 (official version or evaluation version, 5.14 and above are both OK), which is also the latest version and can provide relatively complete debugging functions. For installation methods, please refer to .

First open MDK. If Cypress-PSoC6the chip support package is not installed, it will prompt you to install it online. Just follow the prompts to install it. If there is a network problem, you can go to official website to download the installation package and install it offline.

mdk_package
Import Project
Import Project
Connect to PC

Compiling the first example program
Compile
download

🤟
Preparation
Keil MDK installation
the Keil
Running the first example program
Operation Results
Introduction
CY8CKIT-062S2-43012 - Infineon Technologies
PSoC 6 MCU: CY8C62x8, CY8C62xA Datasheet
ModusToolbox™ Software - Infineon Technologies
002-25010_REV A_WEB PDF V1 Final