ES8xx

The members of the ES8xx family provide ECU and bus interfaces as well as a measurement module for A/D and thermo channels.

The ES8xx system is a stackable system which allows you to combine up to eight ES8xx modules. The ES8xx system can be identified by its stack ID. Each module which is part of this stack can be identified via the serial number mapping in the Hardware Configuration Editor.

Module Descriptions

The ES830 is a Rapid Prototyping Module for the function development via bypass and direct bus access. Via the ES88x and ES89x ES800 modules, the ES830.1 module supports the ETK-S2x (FETK operating mode), XETK and FETK control unit interfaces, the CAN, CAN FD, FlexRay and LIN bus interfaces, and automotive Ethernet interfaces.

Interfaces:

  • 1 Ethernet (Host PC)
  • 1 Gigabit Ethernet
  • 2 USB 2.0
  • 2 USB 3.0

INCA supports only one ES830 module at a time.

Note

The Simulation Controller (Rapid Prototyping interface of the ES830) is only available if the INCA-EIP add-on was also installed.

The ES882 facilitates ECU access.

Connections and Interfaces:

  • 1 Gigabit Ethernet connection (Host)

  • 1 Fast Ethernet connection for compatible ETAS modules

  • 1 Gigabit Ethernet connection

  • 3 Automotive Ethernet connections (100BASE-T1)*

  • 5 independent CAN interfaces:

    • CAN FD (> 1 Mbaud) or CAN High-Speed (max. 1 Mbaud)

    • CAN protocols CAN V2.0a (standard identifier with 11 bit) and CAN V2.0b (extended identifier with 29 bit)

    • ES882.2 with CAN SIC and CAN XL capability

  • 1 independent LIN interface

    *One single connector is used for the Automotive Ethernet interfaces. The Automotive Ethernet interface is accessible via a breakout cable.

    The ES886 facilitates ECU access.

    Connections and Interfaces:

    • 1 Gigabit Ethernet connection (Host)

    • 1 Fast Ethernet connection

    • 1 Gigabit Ethernet connection

    • 4 Automotive Ethernet connections (100BASE-T1)*

    • 5 independent CAN interfaces:

      • CAN FD (> 1 Mbaud) or CAN High-Speed (max. 1 Mbaud)

      • CAN protocols CAN V2.0a (standard identifier with 11 bit) and CAN V2.0b (extended identifier with 29 bit)

      • ES886.2 with CAN SIC and CAN XL capability

    • 1 independent LIN interface

    *One single connector is used for the Automotive Ethernet interfaces. The Automotive Ethernet interface is accessible via a breakout cable.

    The ES891 facilitates ECU access.

    Connections and Interfaces:

    • 1 Gigabit Ethernet connection (Host)

    • 1 Fast Ethernet connection for compatible ETAS modules

    • 2 Gigabit Ethernet connections (FETK or Ethernet)

    • 4 Automotive Ethernet connections (100BASE-T1)*

    • 5 independent CAN interfaces:

      • CAN FD (> 1 Mbaud) or CAN High-Speed (max. 1 Mbaud)

      • CAN protocols CAN V2.0a (standard identifier with 11 bit) and CAN V2.0b (extended identifier with 29 bit)

      • ES891.2 with CAN SIC and CAN XL capability

    • 1 independent LIN interface

    • 1 FlexRay Node with two redundantly usable FlexRay Channels

    The ES892 facilitates ECU access.

    Connections and Interfaces:

    • 1 Gigabit Ethernet connection (Host)

    • 1 Fast Ethernet connection for compatible ETAS modules

    • 2 Gigabit Ethernet connections (FETK or Ethernet)

    • 5 independent CAN interfaces:

      • CAN FD (> 1 Mbaud) or CAN High-Speed (max. 1 Mbaud)

      • CAN protocols CAN V2.0a (standard identifier with 11 bit) and CAN V2.0b (extended identifier with 29 bit)

      • ES892.2 with CAN SIC and CAN XL capability

    • 1 independent LIN interface

    System Parameters

    The following parameters identify the ES8xx system.

    Enter any name for the system.

    Shows the ID of the whole stack system.

    Identifies the master module of the stack system.

    Module Parameters

    Regardless of which interface you use, you have to set global parameters. These settings then apply to all integrated interfaces.

    Enter any name for the system.

    Shows the serial number read from the device.

    If the hardware is not connected or if it was not found during the hardware search, enter the complete number by hand (it can be found on the device).

    The serial number must be entered as it is needed by INCA to identify the device. The serial number is stored in the hardware configuration.

    Enter an internal name of the device. It is stored in the device like the serial number and helps you to distinguish between devices of the same type. By assigning a unique name which expresses the role of the device, it can be used more conveniently than the serial number, especially when you link the devices in the Hardware Mapping dialog box. The alias name is used, for example, if you switch between different vehicles when measuring with the laptop or if you have installed different devices of the same type in the vehicle.

    Shows the firmware version of the connected hardware module.

    Shows the hardware connection between the hardware and the PC.

    You cannot edit this field.

    Application options

    CAN Interface

    Ethernet Interface

    FlexRay Interface

    Calibration Using FETK

    Measurement and Calibration Using XCP (Ethernet)

    Working in the Hardware Configuration Editor

    Opening the Serial Number Mapping of a Stack System

    Adding a Device

    Changing Parameter Values