The Versatile Controller deVCU

For your purpose-fit applications :

      • Designed for 12V/24V systems
      • Compact housing
      • Customized features & applications
      • Universal calibration & monitoring
      • Designed for Four Wheeler 

deVCU as Four Wheeler Vehicle Controller

FEATURES:

  • Drive Management                                                                                
  • Communication with the BMS
  • AC charging communication & monitoring
  • DC charging monitoring
  • Communication with the on-board charger
  • Communication with the power steering control unit 
  • Communication with instrument cluster unit & infotainment system
  • Cabin climate control management 
  • Control of the Auxiliary MCU
  • Communication with DC-DC charger
  • System diagnostics
  • Algorithm development environment in MATLAB/Simulink
  • Support for generating executables that include algorithms, device drivers & real time operating system
  • Full access to I/Os
  • Full read access of all signals
  • Real time calibration
  • SW download via TAPAS calibration tool
  • Calibration & measurements interface via CAN

deVCU S-Lite

deVCU N-Lite

VCU solution for 3W L5 Category applications:

  • Active safety
  • Hill hold​
  • Secure mode​
  • Fall mode​
  • DTE​
  • Valet mode​
  • Vehicle performance optimization​
  • Traction Cooling & Thermal management​
  • Vehicle fault mapping​
  • Onboard Datalogging

UDS Diagnostics Stack-Services

    • Diagnostic session control  
    • ECU reset  
    • Tester present  
    • Read/write data by identifier  
    • Read/write memory by address  
    • Clear diagnostic info  
    • Read DTC  
    • IO control by identifier  
    • Routine control  
    • Request download  
    • Request upload  
    • Transfer data  
    • Request transfer exit

deMCD

    • Pin Naming 
    • Parameter Naming and configuration 
    • DTC Naming and configuration 
    • Code Flashing 
    • Parameter value change based on UDS protocol 
    • DTC (Diagnostic Error Code) reading based on UDS protocol 
    • XCP protocol for reading runtime environmental variables (RTE)
    • CAN database import (.dbc)







Field Stories

Vehicle Platform Electric Bus Project

  • deVCU as Vehicle Controller


Scope of Work 

  • Model based development
  • Simulation 
  • Matlab based code generation
  • Team Size – 3 Resources


Outcome

  • Planned for production

   

Customer Location

  • INDIA 



Development Toolchain

CAN dbc file import for communication message configuration.
Dedicated MATLAB Simulink tool boxes 
Bootloader 
ISO 14229-2013-03-15 UDS Diagnostics stack 
Devise Electronics VCU

deIoT4G

IoT Devices
IoT Devices

Automotive IoT Devices

•Customized firmware development
•Customized hardware development
•Ready solutions
•Cloud interface
•Customized Packaging

Diagnostics & Data Analytics

Remote Diagnostics
Guided Diagnostics
Reparo
Remote Diagnostics
Remote Diagnostics Devise Electronics

IOT device- Universal Measurement and Calibration Protocol:

    • SD card Data Logging
    • 4G LTE Connectivity
    • GPS Connectivity
    • Bluetooth Connectivity
    • Real time Data accessibility
    • CAN communication
    • XCP/CCP based calibration
    • Request DTC via UDS
    • Request read data by identifier
    • FTP(S) server used for the datalogger
Guided Diagnostics
Guided Diagnostics Devise Electronics
Tree Generation & Digitization of Data
Data Analytics
Data Security
Reparo

Android application for data analytics & diagnostics solution:

App features​

  • Live data visualization​
  • Customizable GUI (User Interface)​
  • Remote Diagnostics​
  • Realtime Control & Monitoring ​
    • Status Monitoring ​
    • Fault Detection and notification​
    • Voice or alarm indication​
    • SMS Alert (High Priority fault) ​
  • Accidental Alert ​
  • ANTI-THEFT Technology with MCU OFF ​
  • Zone Alert
  • Vehicle ON/OFF Alert ​
  • Speed Alert
  • Battery Health Detector ​
  • Keyless Ignition ON (Bluetooth based) ​