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MicroAutoBox III

Compact and robust in-vehicle prototyping system

The MicroAutoBox III is the next generation of the established dSPACE MicroAutoBox, a real-time system for performing fast, in-vehicle function prototyping. 

  • High computation power with quad-core ARM® processor
  • Comprehensive bus and network support, including CAN, CAN FD, LIN, FlexRay, and (automotive) Ethernet
  • Functional safety monitoring features1)

MicroAutoBox III
Compact and robust in-vehicle prototyping system

Application Areas

The powerful system can be added to or replace an electronic control unit (ECU), and lets you experience and test control functionalities in a real environment. MicroAutoBox III is ideal for many different rapid control prototyping (RCP) applications from autonomous driving to zero emissions either as a single demonstrator or for equipping entire test fleets. Examples of application fields are:

  • E-mobility, electrification, and powertrain control
  • Assisted, highly automated, and autonomous driving
  • Chassis, body, and vehicle dynamics control
  • Supervisory and domain control
  • Bus/network gateway and monitoring
  • Noise, vibration, position, and motion control

Key Benefits

The MicroAutoBox III uniquely combines high performance, comprehensive automotive I/O including bus and network support, and an extremely compact and robust design – all for a favorable price. The comprehensive software environment lets you configure, program, and operate the system easily and with minimum effort.

Hardware Variants

The MicroAutoBox III is available in different variants, which provide different numbers of analog or digital I/O channels, advanced bus and network interfaces1), or even a user-programable FPGA for very fast control loops as required in e-mobility applications. Furthermore, there are dedicated extensions, e.g., a MicroAutoBox III Embedded PC for ADAS/ AD applications or an I/O module for engine control. All this makes the MicroAutoBox III a powerful and flexible development system for nearly all mechatronic in-vehicle applications, from autonomous driving to zero emissions.

The MicroAutoBox III can also be combined with the new AUTERA hardware, offering a perfect system combination for data logging and prototyping applications in the field of autonomous driving.

Parameter Specification          
MicroAutoBox III 1403/1511 1403/1511B1 1403/1513 1403/1511/1514 1403/1511B1/1514 1403/1513/1514
Real-time processor
  • Texas Intruments AM5K2E04 processor (1.4 GHz)
  • Four ARM® Cortex®-A15 processor cores
  • 64 MB flash memory (for the real-time application and/or custom libraries) 
  • Texas Intruments AM5K2E04 processor (1.4 GHz)
  • Four ARM® Cortex®-A15 processor cores
  • 64 MB flash memory (for the real-time application and/or custom libraries) 
  • Texas Intruments AM5K2E04 processor (1.4 GHz)
  • Four ARM® Cortex®-A15 processor cores
  • 64 MB flash memory (for the real-time application and/or custom libraries) 
  • Texas Intruments AM5K2E04 processor (1.4 GHz)
  • Four ARM® Cortex®-A15 processor cores
  • 64 MB flash memory (for the real-time application and/or custom libraries) 
  • Texas Intruments AM5K2E04 processor (1.4 GHz)
  • Four ARM® Cortex®-A15 processor cores
  • 64 MB flash memory (for the real-time application and/or custom libraries) 
  • Texas Intruments AM5K2E04 processor (1.4 GHz)
  • Four ARM® Cortex®-A15 processor cores
  • 64 MB flash memory (for the real-time application and/or custom libraries) 
Host communication coprocessor
  • ARM® Cortex®-A9 (dual core)
  • ARM® Cortex®-A9 (dual core)
  • ARM® Cortex®-A9 (dual core)
  • ARM® Cortex®-A9 (dual core)
  • ARM® Cortex®-A9 (dual core)
  • ARM® Cortex®-A9 (dual core)
Boot options
  • Automatic flash-boot and fast boot option
  • Fast boot with prestart feature: starting a real-time application in < 250 ms
  • Start without prestart: 2-3 s
  • Automatic flash-boot and fast boot option
  • Fast boot with prestart feature: starting a real-time application in < 250 ms
  • Start without prestart: 2-3 s
  • Automatic flash-boot and fast boot option
  • Fast boot with prestart feature: starting a real-time application in < 250 ms
  • Start without prestart: 2-3 s
  • Automatic flash-boot and fast boot option
  • Fast boot with prestart feature: starting a real-time application in < 250 ms
  • Start without prestart: 2-3 s
  • Automatic flash-boot and fast boot option
  • Fast boot with prestart feature: starting a real-time application in < 250 ms
  • Start without prestart: 2-3 s
  • Automatic flash-boot and fast boot option
  • Fast boot with prestart feature: starting a real-time application in < 250 ms
  • Start without prestart: 2-3 s
Functional safety concept
  • Three-level functional safety concept1)
  • Three-level functional safety concept1)
  • Three-level functional safety concept1)
  • Three-level functional safety concept1)
  • Three-level functional safety concept1)
  • Three-level functional safety concept1)
Interfaces            
Host interface
  • 1 standard Ethernet port
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 1 standard Ethernet port
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 1 standard Ethernet port
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 1 standard Ethernet port
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 1 standard Ethernet port
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 1 standard Ethernet port
  • 10/100/1000 Mbit/s Ethernet connection#
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
Ethernet real-time I/O interface
  • 2 standard Ethernet ports
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 2 standard Ethernet ports
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 2 standard Ethernet ports
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 2 standard Ethernet ports
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 2 standard Ethernet ports
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
  • 2 standard Ethernet ports
  • 10/100/1000 Mbit/s Ethernet connection
  • Supported standards: 10BASE‑T2), 100BASE‑TX2), 1000BASE‑T2)
Automotive Ethernet real-time I/O interface
  • 2 automotive Ethernet ports
  • 100/1000 Mbit/s Ethernet connection
  • Supported standards: 100BASE‑T12), 1000BASE‑T12)
  • 2 automotive Ethernet ports
  • 100/1000 Mbit/s Ethernet connection
  • Supported standards: 100BASE‑T12), 1000BASE‑T12)
  • 2 automotive Ethernet ports
  • 100/1000 Mbit/s Ethernet connection
  • Supported standards: 100BASE‑T12), 1000BASE‑T12)
  • 2 automotive Ethernet ports
  • 100/1000 Mbit/s Ethernet connection
  • Supported standards: 100BASE‑T12), 1000BASE‑T12)
  • 2 automotive Ethernet ports
  • 100/1000 Mbit/s Ethernet connection
  • Supported standards: 100BASE‑T12), 1000BASE‑T12)
  • 2 automotive Ethernet ports
  • 100/1000 Mbit/s Ethernet connection
  • Supported standards: 100BASE‑T12), 1000BASE‑T12)
Supported Ethernet protocols (general)
  • Network protocols: IPv4, IPv6
  • Transport protocols: UDP, TCP
  • Service-Oriented Communication: SOME-IP
  • Measurement and application protocol: XCP for bypassing
  • Network protocols: IPv4, IPv6
  • Transport protocols: UDP, TCP
  • Service-Oriented Communication: SOME-IP
  • Measurement and application protocol: XCP for bypassing
  • Network protocols: IPv4, IPv6
  • Transport protocols: UDP, TCP
  • Service-Oriented Communication: SOME-IP
  • Measurement and application protocol: XCP for bypassing
  • Network protocols: IPv4, IPv6
  • Transport protocols: UDP, TCP
  • Service-Oriented Communication: SOME-IP
  • Measurement and application protocol: XCP for bypassing
  • Network protocols: IPv4, IPv6
  • Transport protocols: UDP, TCP
  • Service-Oriented Communication: SOME-IP
  • Measurement and application protocol: XCP for bypassing
  • * Network protocols: IPv4, IPv6
  • Transport protocols: UDP, TCP
  • Service-Oriented Communication: SOME-IP
  • Measurement and application protocol: XCP for bypassing
USB interface
  • 2 USB 2.0 ports
  • 1 port usable as a mass storage interface for data logging3)
  • 1 port for future use
  • 2 USB 2.0 ports
  • 1 port usable as a mass storage interface for data logging3)
  • 1 port for future use
  • 2 USB 2.0 ports
  • 1 port usable as a mass storage interface for data logging3)
  • 1 port for future use
  • 2 USB 2.0 ports
  • 1 port usable as a mass storage interface for data logging3)
  • 1 port for future use
  • 2 USB 2.0 ports
  • 1 port usable as a mass storage interface for data logging3)
  • 1 port for future use
  • 2 USB 2.0 ports#
  • 1 port usable as a mass storage interface for data logging3)
  • 1 port for future use
WLAN
  • Optional3)  
  • Optional3)  
  • Optional3)  
  • Optional3)  
  • Optional3)  
  • Optional3)  
CAN interface
  • 4 CAN channels
  • 4 CAN channels
  • 6 CAN channels
  • 4 CAN channels
  • 4 CAN channels
  • 6 CAN channels
CAN FD interface (-) (-) (-) 2 x IP module slots (for DS4340 FlexRay Interface Module and DS4342 CAN FD Interface Module) 2 x IP module slots (for DS4340 FlexRay Interface Module and DS4342 CAN FD Interface Module) 2 x IP module slots (for DS4340 FlexRay Interface Module and DS4342 CAN FD Interface Module)
FlexRay interface (-) (-) (-) 2 x IP module slots (for DS4340 FlexRay Interface Module and DS4342 CAN FD Interface Module) 2 x IP module slots (for DS4340 FlexRay Interface Module and DS4342 CAN FD Interface Module) 2 x IP module slots (for DS4340 FlexRay Interface Module and DS4342 CAN FD Interface Module)
LIN interface
  • 2 LIN channels
  • 2 LIN channels
  • 3 LIN channels
  • 2 LIN channels 
  • 2 LIN channels
  • 3 LIN channels
UART interface
  • 2 RS232 channels
  • 2 RS232 channels
  • 3 RS232 channels
  • 2 RS232 channels
  • 2 RS232 channels
  • 3 RS232 channels
Programmable FPGA (-) (-) (-)
  • Xilinx Kintex®-7 XC7K325T
  • Xilinx Kintex®-7 XC7K325T
  • Xilinx Kintex®-7 XC7K325T
I/O module slot for programmable FPGA (-) (-) (-) 1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module) 1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module) 1 x I/O module slots (for DS1552 Multi-I/O Module, DS1553 AC Motor Control Module, DS1554 Engine Control I/O Module)
Real-time clock
  • Battery-backed real-time clock
  • Battery-backed real-time clock
  • Battery-backed real-time clock
  • Battery-backed real-time clock
  • Battery-backed real-time clock
  • Battery-backed real-time clock
Power control
  • Remote control input to switch on/off MicroAutoBox III
  • Prestart input to switch on the MicroAutoBox III without starting the real-time application
  • Remote control input to switch on/off MicroAutoBox III
  • Prestart input to switch on the MicroAutoBox III without starting the real-time application
  • Remote control input to switch on/off MicroAutoBox III
  • Prestart input to switch on the MicroAutoBox III without starting the real-time application
  • Remote control input to switch on/off MicroAutoBox III
  • Prestart input to switch on the MicroAutoBox III without starting the real-time application
  • Remote control input to switch on/off MicroAutoBox III
  • Prestart input to switch on the MicroAutoBox III without starting the real-time application
  • Remote control input to switch on/off MicroAutoBox III
  • Prestart input to switch on the MicroAutoBox III without starting the real-time application
Analog input            
Channels
  • 16 (16x Analog In 7)
  • 16 (16x Analog In 8) 
  • 32 (16x Analog In 8 and 16x Analog In 9)
  • 16 (16x Analog In 7)
  • 16 (16x Analog In 8) 
  • 32 (16x Analog In 8 and 16x Analog In 9)
Resolution
  • 16 bits
  • 16 bits
  • 16 bits
  • 16 bits
  • 16 bits
  • 16 bits
Supported function blocks 
  • Analog In7 : Voltage In, Voltage Signal Capture (ADC Type 4)
  • Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
  • Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
  • Analog In 9: Voltage In
  • Analog In7 : Voltage In, Voltage Signal Capture (ADC Type 4)
  • Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
  • Analog In 8: Voltage In, Voltage Signal Capture (ADC Type 4)
  • Analog In 9: Voltage In
Sample rate
  • Analog In 7: Max. 1 MS/s
  • Analog In 8: Max. 1 MS/s
  • Analog In 8: Max. 1 MS/s
  • Analog In 9: Max. 200 kS/s 
  • Analog In 7: Max. 1 MS/s
  • Analog In 8: Max. 1 MS/s
  • Analog In 8: Max. 1 MS/s
  • Analog In 9: Max. 200 kS/s 
Input voltage range
  • Analog In 7: 0 ... 5 V
  • Analog In 8: ‑10 V ... +10 V
  • Analog In 8: ‑10 V ... +10 V
  • Analog In 9: -10 V … +10 V
  • Analog In 7: 0 ... 5 V
  • Analog In 8: ‑10 V ... +10 V
  • Analog In 8: ‑10 V ... +10 V
  • Analog In 9: -10 V … +10 V
Trigger input channels
  • 4 (trigger rate max. 1 MHz)
  • For triggering the analog measurement
  • 4 (trigger rate max. 1 MHz)
  • For triggering the analog measurement
  • 4 (trigger rate max. 1 MHz)
  • For triggering the analog measurement
  • 4 (trigger rate max. 1 MHz)
  • For triggering the analog measurement
  • 4 (trigger rate max. 1 MHz)
  • For triggering the analog measurement
  • 4 (trigger rate max. 1 MHz)
  • For triggering the analog measurement
Analog output            
Channels
  • 4
  • 4
  • 8
  • 4
  • 4
  • 8
Resolution
  • 12 bits
  • 12 bits
  • 16 bits
  • 12 bits
  • 12 bits
  • 16 bits
Supported function blocks 
  • Voltage Out
  • Voltage Out
  • Voltage Out
  • Voltage Out
  • Voltage Out
  • Voltage Out
Output voltage range
  • 0 ... 4.5 V
  • 0 ... 4.5 V
  • ‑10 V ... +10 V
  • 0 ... 4.5 V
  • 0 ... 4.5 V
  • ‑10 V ... +10 V
Output current
  • ‑5 mA ... +5 mA 
  • ‑5 mA ... +5 mA 
  • ‑8 mA ... +8 mA
  • ‑5 mA ... +5 mA 
  • ‑5 mA ... +5 mA 
  • ‑8 mA ... +8 mA
Digital input            
Channels
  • 40, divided into 3 channel sets
  • 40, divided into 3 channel sets
  • 24, divided into 2 channel sets
  • 40, divided into 3 channel sets
  • 40, divided into 3 channel sets
  • 24, divided into 2 channel sets
Supported function blocks 
  • Multi Bit In
  • PWM/PFM In
  • Digital Pulse In
  • Digital Incremental Encoder In
  • SENT In
  • SPI Master
  • Multi Bit In
  • PWM/PFM In
  • Digital Pulse In
  • Digital Incremental Encoder In
  • SENT In
  • SPI Master
  • Multi Bit In
  • PWM/PFM
  • In Digital Pulse In
  • Digital Incremental Encoder In
  • SENT In
  • SPI Master
  • Multi Bit In
  • PWM/PFM In
  • Digital Pulse In
  • Digital Incremental Encoder In
  • SENT In
  • SPI Master
  • Multi Bit In
  • PWM/PFM In
  • Digital Pulse In
  • Digital Incremental Encoder In
  • SENT In
  • SPI Master
  • Multi Bit In
  • PWM/PFM
  • In Digital Pulse In
  • Digital Incremental Encoder In
  • SENT In
  • SPI Master
Minimum input pulse width
  • Typ. 250 ns … 300 ns 
  • Typ. 250 ns … 300 ns 
  • Typ. 250 ns … 300 ns 
  • Typ. 250 ns … 300 ns 
  • Typ. 250 ns … 300 ns 
  • Typ. 250 ns … 300 ns 
Maximum input frequency
  • Maximum frequency  supported by function blocks of ConfigurationDesk: 1 MHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk: 1 MHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk: 1 MHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk: 1 MHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk: 1 MHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk: 1 MHz
Digital output            
Channels
  • 40, divided into 3 channel sets
  • 40, divided into 3 channel sets
  • 24, divided into 2 channel sets
  • 40, divided into 3 channel sets
  • 40, divided into 3 channel sets
  • 24, divided into 2 channel sets
Supported function blocks 
  • Multi Bit Out
  • Digital Pulse Out
  • PWM/PFM Out
  • Multi-Channel PWM Out
  • SPI Master
  • Multi Bit Out
  • Digital Pulse Out
  • PWM/PFM Out
  • Multi-Channel PWM Out
  • SPI Master
  • Multi Bit Out
  • Digital Pulse Out
  • PWM/PFM Out
  • Multi-Channel PWM Out
  • SPI Master
  • Multi Bit Out
  • Digital Pulse Out
  • PWM/PFM Out
  • Multi-Channel PWM Out
  • SPI Master
  • Multi Bit Out
  • Digital Pulse Out
  • PWM/PFM Out
  • Multi-Channel PWM Out
  • SPI Master
  • Multi Bit Out
  • Digital Pulse Out
  • PWM/PFM Out
  • Multi-Channel PWM Out
  • SPI Master
Minimum output pulse width Typ. 200 ns … 700 ns Typ. 200 ns … 700 ns Typ. 200 ns … 700 ns Typ. 200 ns … 700 ns Typ. 200 ns … 700 ns Typ. 200 ns … 700 ns
Maximum output frequency
  • Maximum frequency  supported by function blocks of ConfigurationDesk:  150 kHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk:  150 kHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk:  150 kHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk:  150 kHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk:  150 kHz
  • Maximum frequency  supported by function blocks of ConfigurationDesk:  150 kHz
Signal conditioning
  • Signal conditioning for automotive signal levels, no power driver included
  • Overvoltage protection; overcurrent and short circuit protection
  • Signal conditioning for automotive signal levels, no power driver included
  • Overvoltage protection; overcurrent and short circuit protection
  • Signal conditioning for automotive signal levels, no power driver included
  • Overvoltage protection; overcurrent and short circuit protection
  • Signal conditioning for automotive signal levels, no power driver included
  • Overvoltage protection; overcurrent and short circuit protection
  • Signal conditioning for automotive signal levels, no power driver included
  • Overvoltage protection; overcurrent and short circuit protection
  • Signal conditioning for automotive signal levels, no power driver included
  • Overvoltage protection; overcurrent and short circuit protection
Physical connections            
LEMO connectors
  • 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
    1 x AETH (2 Automotive Ethernet ports)
    2 x ETH (2 standard Ethernet ports)
    1 x HOST (1 standard Ethernet port) 
  • 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
    1 x AETH (2 Automotive Ethernet ports)
    2 x ETH (2 standard Ethernet ports)
    1 x HOST (1 standard Ethernet port) 
  • 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
    1 x AETH (2 Automotive Ethernet ports)
    2 x ETH (2 standard Ethernet ports)
    1 x HOST (1 standard Ethernet port) 
  • 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
    1 x AETH (2 Automotive Ethernet ports)
    2 x ETH (2 standard Ethernet ports)
    1 x HOST (1 standard Ethernet port) 
  • 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
    1 x AETH (2 Automotive Ethernet ports)
    2 x ETH (2 standard Ethernet ports)
    1 x HOST (1 standard Ethernet port) 
  • 1 x USB (2 USB ports: 1 port usable as a mass storage interface for data logging3), 1 port for future use)
    1 x AETH (2 Automotive Ethernet ports)
    2 x ETH (2 standard Ethernet ports)
    1 x HOST (1 standard Ethernet port) 
Additional connectors
  • ZIF I/O connector
  • IOCNET for future use
  • Power input (7-pin, male)
  • ZIF I/O connector
  • IOCNET for future use
  • Power input (7-pin, male)
  • ZIF I/O connector
  • IOCNET for future use
  • Power input (7-pin, male)
  • ZIF I/O connector
  • IOCNET for future use
  • Power input (7-pin, male)
  • ZIF I/O connectors
  • IOCNET for future use
  • Power input (7-pin, male)
  • ZIF I/O connectors
  • IOCNET for future use
  • Power input (7-pin, male)
Physical characteristics            
Size Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 60 mm (2.36 in) Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 60 mm (2.36 in) Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 60 mm (2.36 in) Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in.) Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in.) Approx. 200 mm (7.87 in) x 259 mm (10.18 in) x 100 mm (3.94 in.)
Temperature
  • Operating temperature with all processor cores: -40°C up to 70°C (-40 up to 158 °F)
  • Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F)
  • Passive cooling
  • Operating temperature with all processor cores: -40°C up to 70°C (-40 up to 158 °F)
  • Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F)
  • Passive cooling
  • Operating temperature with all processor cores: -40°C up to 70°C (-40 up to 158 °F)
  • Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F)
  • Passive cooling
  • Operating temperature with all processor cores: -40°C up to 70°C (-40 up to 158 °F)
  • Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F)
  • Passive cooling
  • Operating temperature with all processor cores: -40°C up to 70°C (-40 up to 158 °F)
  • Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F)
  • Passive cooling
  • Operating temperature with all processor cores: -40°C up to 70°C (-40 up to 158 °F)
  • Operating temperature with two processor cores deactivated: -40°C up to 80°C (-40 up to 176 °F)
  • Passive cooling
Shock and vibration tested 
  • ISO 16750-3:2007
  • ISO 16750-3:2007
  • ISO 16750-3:2007
  • ISO 16750-3:2007
  • ISO 16750-3:2007
  • ISO 16750-3:2007
Power supply
  • Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
  • Operating voltage range VBAToperate: 10 V DC ... 36 V DC
  • Protected reverse voltage VBATprot: Up to ‑40 V
  • Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
  • Operating voltage range VBAToperate: 10 V DC ... 36 V DC
  • Protected reverse voltage VBATprot: Up to ‑40 V
  • Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
  • Operating voltage range VBAToperate: 10 V DC ... 36 V DC
  • Protected reverse voltage VBATprot: Up to ‑40 V
  • Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
  • Operating voltage range VBAToperate: 10 V DC ... 36 V DC
  • Protected reverse voltage VBATprot: Up to ‑40 V
  • Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
  • Operating voltage range VBAToperate: 10 V DC ... 36 V DC
  • Protected reverse voltage VBATprot: Up to ‑40 V
  • Operating voltage range for start-up (VBATstart): 6 V DC ... 36 V DC
  • Operating voltage range VBAToperate: 10 V DC ... 36 V DC
  • Protected reverse voltage VBATprot: Up to ‑40 V
Power consumption
  • Typically 40 W
  • Typically 40 W
  • Typically 40 W
  • Typically 65 W with installed I/O modules
  • Typically 65 W with installed I/O modules
  • Typically 65 W with installed I/O modules
             

1) For more information on availability for users and for more details, please contact dSPACE.

2) Copyright IEEE 2018. All rights reserved.

3) Coming soon.

1) Coming soon.

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