Interfaces |
|
| ECU calibration | ETK, FETK, and XETK, CAN (CCP, XCP, KWP, UDS), CAN FD (XCP, UDS), K-Line, (KWP2000, McMess), USB (XCP), Ethernet (XCP), FlexRay (XCP) [1] |
| Bus monitoring | CAN, CAN FD, J1939, LIN [2], FlexRay [1] |
| Measurement devices | Ethernet (ES4xx, ES6xx), CAN |
| Test bench / automation | ASAP3, ASAM MCD-3 MC, COM-API, iLinkRTTM [3], EtherCAT [3] |
Data exchange |
|
| ECU description | ASAM MCD-2 MC (ASAP2) |
| Bus description | CANdb (CAN), CANalyzer log files (CAN), AUTOSAR (CAN), LDF (LIN) [2], FIBEX (FlexRay) [1] |
| Calibration data (Hex formats) |
Intel Hex, Motorola S19 |
| Calibration data (physical representation) |
DCM, CVX, PaCo, ASAM AE CDF |
| Measurement file data | ASAM MDF (MDF4), MDF3, ASCII, DIADEM-ATF, FAMOS, MATLAB®-M |
Applications |
|
| Calibration | Online/offline calibration, 2 page (work / reference page) / 1 page concept, access to several ECUs/ processors, management of limited calibration RAM by the tool, support of dependent and adaptive parameters, editors for scalars and multidimensional parameters (1D to 4D), calibration scenario editor |
| Calibration data management | Listing, comparing and copying calibration data, functional view, support of maturity levels, version management of calibration data sets, eCDM interface to calibration data management systems |
| Measurement data acquisition | Acquisition and online display of measurement values, calibration parameters (scalars, characteristic curves/diagrams), numerous trigger options, online calculation and representation of derived signals, ECU storage dump in hex and physical representation, autonomous measurements with drive recorders |
| Measurement data analysis | xt-/xy-oscilloscope, table display, cursor, offline trigger, signal calculation, statistical analysis |
| Flash programming | ECU-specific flash programming with ProF |
| Data base | Management of ECU projects (hex data and ASAM MCD-2MC descriptions), hardware configurations, and experiments, exchange of consistent information by import and export functions |
| Experiment environment | Numerous user-friendly display and control elements, interface for integrating customer-specific elements |
| Hardware configuration | Configuration of ECU and bus interfaces, and measurement modules, virtual devices for offline configuration and simulation, automatic search for connected hardware, automatic firmware update, sending of CAN messages |
| Rapid Prototyping [4] | Integration of experimental targets (ES910) |
| ECU diagnostics [5] | Error memory reading and clearing, triggering of data recording by diagnostic events, validation of services of diagnostic services, Au tomation of service sequences preconfigured ODX files for OBDII-on-CAN diagnostics |
| ECU Flash programming [6] | Flash-Jobs. Flash programming of multiple ECUs. Support of tool-independent Java ODX Flash Jobs |
| ASAM MCD-2MC editor | Adaptation of ASAM MCD-2MC descriptions of ECU projects |
Host system requirements |
|
| Hardware | 2 GHz Processor (minimum ) / 3 GHz Quad Core Processor (recommended), DVD-ROM drive for installation; graphics card with a resolution of at least 1024 x 768, 256 MB RAM, 16 bit color depth and DirectX 9 |
| Memory | 2 GB RAM (minimum) / 16 GB RAM (recommended), 2 GB hard disk (minimum ) / 10 GB (recommended) free space |
| Operating system | Windows® 8.1 64 bit, Windows® 10 64 bit, Windows® 11 64 bit |
Notes |
|
| [1] | Supported by INCA-FLEXRAY |
| [2] | Supported by INCA-LIN |
| [3] | Supported by INCA-MCE |
| [4] | Supported by ODX-LINK |
| [5] | Supported by ODX-FLASH and ODX-LINK |
| [6] | Supported by INCA-EIP |
This product has been developed and released for use in automotive applications. For usage in other domains please contact your ETAS representative.