Product Overview

The M560 OpenECU is designed to support the most demanding EV / HEV supervisory control applications. Since most supervisory controls demand the highest level of functional safety, the M560 was developed using ISO26262 processes. The high performance SPC5746 microprocessor supported by the powerful 32-bit SPC560P34 secondary microprocessor provides for sophisticated, high-bandwidth rationality checking and system safety monitoring of full-authority vehicle control applications.

The M560 is designed to support EV / HEV supervisory control applications worldwide, the integrated charging circuitry eliminates the need for a separate charger interface module (Charging interface control application software not included.)

Due to its high quantity of customizable I/O, advanced microprocessor, safety oriented architecture and user friendly OpenECU Simulink application interface, the M560 is a great rapid prototyping platform for a broad range of applications. Pi Innovo also offers a full set of model based strategies suitable to support most EV / HEV / NEV architectures allowing it to be taken all the way into production. Pi Innovo’s systems, controls and software engineers are available to support application implementations from prototype to production.

M560 is for 12v systems. Our M580 is specially tailored for 24v systems.

  • Designed for complex hybrid and EV applications
  • High-quality rugged hardware
    designed for Chassis or Passenger Compartment
  • Supports common calibration
    tools such as ATI Vision, ETAS
    INCA, and Vector CANape via
    CCP as well as Pi Innovo
    calibration tool PiSnoop
  • Same proven hardware used for
    development can be used for
    volume production
High Performance
  • Powerful NXP SPC5746 microprocessor
    and 4x CAN 2.0 channels
  • Multiple H-bridges, low side drives and
    high side outputs
  • Comprehensive fault diagnosis supporting
    functional safety as well as OBD requirements
  • High level diagnostics fault reporting
    resident in platform software
  • Designed to meet ISO26262 ASIL D functional safety
  • 112 pins of flexible I/O
  • Integrated charging interface circuitry
  • Truly open applicationindependent Simulink®
    development environment
Hardware Specifications
Status Released
Processor MPC5534
Clock Rate 80MHz
Code Space 512KB
RAM Space 64KB
Calibration Space 256KB
Sensor Supplies 4x 5V@250mA (VM)
Input Pins 33
Output Pins 14
Communications 2x CAN 2.0
Single-ended 18x 12-bit unsigned (+ 2x selectable from #)
Differential 1x 12-bit unsigned (2x&)
RTD Sensor 3x 12-bit unsigned
Ignition Sense 1
Digital, Frequency, PWM 9x 0V to Vpwr
Low side GP, PWM (SM, VM, CTM) 4x 2A 4x 8A 4x 5A
Low side GP, PWM (SM, VM) 2x 100mA
Internal Features Daughter Board slot 3-axis Accelerometer 3-axis Gyroscope
Optional Features 128K EEPROM Watchdog processor CAN Wakeup
Dimensions (mm) 238 x 212 x 56
Material Aluminum
Weight 1.4Kg
Connectors 2x 40
Vibration 6g Random RMS
Environmental Protection IP68 Hermetic Seal
Location Engine Compartment/ Chassis
Supply Voltage (normal operation) 7 – 36V

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