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GPIO Peripheral in S32K144
Explore About GPIO Peripheral in NXP S32K144 MCU || What is it?? How to use it??
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LEARN MOREExplore About GPIO Peripheral in NXP S32K144 MCU || What is it?? How to use it??
Reading Analog signals/reading using ADC driver of Autosar MCAL layer using ElecronicsV3 Board(S32K144 MCU)
Generating PWM signals of varying Frequency and Duty Cycle via PWM Driver of Autosar MCAL using ElecronicsV3 Board ( S32K144 MCU)
Interfacing LEDS and Switches via Port Driver of Autosar MCAL Layer using ElecronicsV3 Board(S32K144 MCU)
Interfacing of ESP8266 Wi-Fi Module as Web Client using UART Driver of Autosar MCAL Layer via ElecronicsV3 Board (S32K144 MCU)
Explore about FTM Peripheral of Automotive MCU S32K1xx using ElecronicsV3 Board (S32K144 MCU) || FTM PWM || FTM ICU || FTM Counter Modes
Decoding the working of MFRC522 RFID Receivers to interface them with Host MCU/MPU
How to use FreeMaster with S32 Design Studio
Basics of USB Technology || Exploring what it is, how does it work, frame format and many other things
Discover how CAN bit timings are calculated for CAN Nodes while using CAN Technology. Knowledge of synchronization between ECU’s while doing Controller Area Network Communication.
Basics About CAN technology and communication protocol || CAN frame formats || CAN protocol types and architecture
How does CAN Peripheral in Microcontroller work? In this blog get to know important concept of how CAN protocol is implemented in Microcontrollers
Port Driver of Autosar MCAL layer Explanation, Understanding and tutorial using ElecronicsV3 Development board
FlexCAN Driver of CAN Peripheral in NXP S32K1xx and S32K3xx MCU’s, Understanding and tutorial using ElecronicsV3 Development board
CAN Driver of Autosar MCAL layer Explanation, Understanding and tutorial using ElecronicsV3 Development board
ADC Driver of Autosar MCAL layer Explanation, Understanding and tutorial using ElecronicsV3 Development board
Autosar MCAL Layer ADC Driver API and Data Types Explanation
PWM Driver of Autosar MCAL layer Explanation, Understanding and tutorial using ElecronicsV3 Development board
Learn Cryptography technology in embedded through DIY projects using NXP S32K144 Automotive Chips
Interfacing MG90 Servo Motor using PWM Driver of Autosar MCAL Layer via ElecronicsV3 Board (S32K144 MCU)
Integration of FreeMaster Software with ElecronicsV3 Board (S32K144 MCU) via UART Driver of Autosar MCAL Layer
Interfacing10KOhm Potentiometer using ADC Driver of Autosar MCAL Layer via ElecronicsV3 Board (S32K144 MCU)
Dwell into this blog to know how to do CAN communication with automotive microcontroller. Start your journey to learn CAN communication protocol with simple DIY project using ElecronicsV3 board and CAN analyzer tool
Generating PWM signals of varying Frequency and Duty Cycle via PWM Driver of Autosar MCAL using ElecronicsV3 Board ( S32K144 MCU)
How does CAN Peripheral in Microcontroller work? In this blog get to know important concept of how CAN protocol is implemented in Microcontrollers
Basics About CAN technology and communication protocol || CAN frame formats || CAN protocol types and architecture
Learn About Cryptography Peripheral in Microcontrollers: The SHE Peripheral (Security Hardware Extension)
https://youtu.be/kgsLO2cDsKI Automotive Secure Communication Over CAN -FD using Cryptography(SHE Peripheral) Description: Demonstration of Standard CAN Communication between couple of Gettobyte Technologies Pvt. Ltd. automotive boards : ELECRONICSV3 or automotive ecu : VEHRONICSV1 using our automotive software drivers and nxp stacks! Though there is one flaw in current demonstration (which i have briefed in video too). It would be good to see, if anybody can guess it. In next demonstration update, we will explain how we rectify that flaw. Checkout CAN Protocol DiY hands-on course, to learn and build such project: https://lnkd.in/gS98vXmd Features/Specs of Demonstration: 1) Standard CAN communication at 500kpbs using on chip flexcan CAN Controller2) Use of Rx-Tx mailboxes to store CAN data in flexcan can Controller of s32k144 mcu3) Off-loading CPU on receiving Node, with use of Interrupts to continously receive CAN data efficiently.4) Zero Code in main while () of receiving end with the use of CAN Rx mailboxes interrupts5) Use of SPI Protocol for driver creation of color lcd screen.6) SPI Peripheral with DMA to offload CPU for printing data on color lcd screen7) Number system conversion from hex to string for displaying data on screen in human readable format( In this demonstration their is one flaw on this)
Autosar Layered Architecture
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