The XETK is capable of handling up to four XCP communication channels simultaneously. This facilitates concurrent access by several PC-based software applications to an XETK-equipped ECU. Several XETK data lines can be connected to a host computer through a network module. This option is of interest in the calibration of systems which are either distributed across several ECUs or implemented by an ECU equipped with several processors. In such cases, the XETK data of the various ECUs can be reconciled by means of a hardware-based time synchronization process.
Full ETK compatibility
ETK and XETK are fully compatible with the ECU, both in terms of the interface and with regard to the physical dimensions. Both interfaces are equally supported by INCA and the INTECRIO and ASCET development tools.
Both approaches, XETK and ETK, deliver cost advantages. Deploying an XETK eliminates the expenditure for the PC interface module, whereas the ETK is the more cost-effective ECU interface.
Benefits
- Direct connection between ECU and PC
- Open standards-based architecture (Ethernet, XCP)
- Highest performance – supports rasters as fast as 10 µs
- Simultaneous access to a single ECU by up to four software applications
- ETK compatible
XETK Products
Product | XETK Type | Microcontroller Family |
---|---|---|
Serial XETK |
Infineon Traveo |
|
Serial XETK |
Infineon TriCore |
|
Serial XETK |
Infineon Aurix |
|
Serial XETK |
NXP1 MPC5600 & ST SPC56x |
|
Serial XETK |
NXP1 MPC5700 & ST SPC57x |
|
Serial XETK |
NXP S32 |
|
Serial XETK |
Renesas RH850 |
|
Serial ETK |
STM Stellar |
|
Serial ETK |
Texas Instruments C2000 |
1 former Freescale