ElecronivsV3 Development Board

Short Intro on ElecronicsV3

ElecronicsV3 is a versatile development board based on the NXP Semiconductor S32K144 MCU, designed for automotive enthusiasts and tech hobbyists. This board is equipped with a rich set of onboard features and interfaces for various Automotive DIY projects.

ElecronicsV3 has on board JLink Debugger for hassle free debugging the ARM Cortex M4 based Automotive Microcontroller S32K144. The Board also has On-board Bosch IMU sensor BNO055 for building telematics based automotive application. In complement to IMU sensor, board also has on-board CAN Transceiver IC for doing CAN Communication to build automotive projects effortlessly.

Getting_Started_Manual_ElecronicsV3
Getting Started
Dive into blogs on how to get started with ElecronicsV. Hardware setup, Eclipse IDE Software Installation and setup, familiarity with embedded tools to use S32K144 and some basic stuff to make your journey easy with NXP Semiconductors S32K1 Microcontrollers.
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S32K144 Peripherals
Dive into the world of S32K144 Automotive Peripheral. Peripheral overview, working, in depth explanation and how to use them
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Peripheral Drivers( Non Autosar)
Peripheral Drivers( Non Autosar) Dive into blogs to know how to use different Peripherals of S32K144 Microcontroller. Practical Handson, with explanation of SDK/RTD API's and S32K144 Pin mapping/connections, so as to demonstrating different features that are supported in S32K144 Microcontroller.
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Peripheral Drivers( Autosar(MCAL layer))
Autosar MCAL learning and tutorials using ElecronicsV boards
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Sensor-Modules-interfacing
Dive into blogs to know how to connect different sensors/modules with S32K144 Microcontroller by interfacing them using ElecronicsV development Board series
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DIY Projects
Recreating Arduino level project's using automotive frameworks and skill sets.
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Double BreadBoard
Embed the ElecronicsV3 Board into double breadboard to extend the Pins of it so as to connect external sensors/modules to it!!
INR 400.00
M2M-F2F-M2F Jumper wires
Use Long tangled Jumper Wires to connect logic analysers/CAN analysers and Oscilloscope probes with Pins of ElecronicsV3
INR 120.00
Single End Copper Wire
Use Breadboard compatible Copper Single End Connecting wires to connect multiple external Sensor/Module with ElecronicsV3 in a clean and less tangled manner
INR 120.00
Wire Cutter
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INR 150.00
Logic Analyzer
A must have tool, to debug and analyze the Digital signals like UART, I2C, SPI, CAN, PWM and etc which are comming out of pins of ElecronicsV3 in a PC
INR 800.00
CAN Analyzer Tool
A Cost-effective way to analyse and debug the CAN signals coming out of ElecronicsV3 Pins
INR 7000.00
ST7789 LCD Screen
A Graphical Color Display to make engaging DIY projects to showcase. Based on SPI protocol supporting Driver learning via DMA and Interrupts.
INR 800.00
Time of flight Sensor
INR 500.00
Introduction of ElecroncisV3
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How to get started with ElecronicsV3
How to use ElecronicsV Automotive Development Boards || Hardware Required || Software Required
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Learn Autosar MCAL Technology
How tp get started with Autosar MCAL Layer using ElecronicsV Boards
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Learn MATLAB Model Base Designing Technology
How to get started with MATLAB Simulink for programming automotive MCU's via Model Base Designing ToolBox Using ElecronicsV Boards
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Learn Automotive Protocol Technology
Learn How to use Automotive communication protocols like CAN, LIN, by making Do-It-Yourself Projects using ElecronicsV Boards
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Learn Cryptography Technology
Learn how to get started with cybersecurity technology by understanding the concept of Hardware Security Modules using ElecronicsV Boards
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Learn Functional Safety Technology
How functional safety technology is implemented in automotive microcontrollers to safeguard automotive electronic devices deployed in vehicles
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Why to use ElcronicsV3 board?
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ElecronicsV3 is easy to use

ElecronicsV2 Pinout
Build Powertrain and Body control Specfic automotive applications
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Enable/Learn Cryptography Technology to in embedded world to make smart and secure automotive applications
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Build Small ECU nodes for Domain/Zonal Architecture.
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Learn/Explore Autosar MCAL Layer with ElecronicsV2
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Learn Automotive Peripherals with ElecronicsV2
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How to transition from Arduino/ESP to Industrial Microcontroller( S32K144 MCU)
How to start Embedded Software Development?
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NXP Semiconductors provide Embedded Software tools and gettobyte provides Embedded Hardware Tools to start your journey on S32K1 series of Microcontroller. From Integrated Development Environment (IDE) to Microcontroller Software packages for S32K1xx series of Microcontroller. As ElecronicsV2 is built on S32K144 Microcontroller, which belongs to S32K1xx series. So toolchains will be same for using ElecronicsV2 boards.

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