Full simulation and compilation support for all eTPU, eTPU2 and eTPU2+ targets in NXP's MPC55xx, MPC56xx, MPC57xx Power Architecture micros, MCF52xx Coldifre micros, and STMicroelectronics SPC563Mxx\SPC564Axx micro families. The most efficient and reliable way to develop eTPU code!
Full simulation and compilation support for all eTPU, eTPU2 and eTPU2+ targets in NXP's MPC55xx, MPC56xx, MPC57xx Power Architecture micros, MCF52xx Coldifre micros, and STMicroelectronics SPC563Mxx/SPC564Axx micro families. Full simulation and assembly support for the MC33816, and full simulation of the CPU32. Multiple cores can be connected and simulated simultaneously.
C Compiler Toolkit for all eTPU, eTPU2 and eTPU2+ targets in NXP's MPC55xx, MPC56xx and MPC57xx Power Architecture micros, MCF52xx Coldifre micros, and STMicroelectronics SPC563Mxx\SPC564Axx micro families.
Ties the software license to a physical device (dongle) that attaches to the computer's USB port. Software licenses can be more easily transferred between computers
The eTPU/eTPU2 Development Kit packages the ETEC C Compiler with the eTPU2 Simulator at a discounted price. This kit provides a full development environment for the eTPU and eTPU2 timing processor targets.
Full simulation support for all eTPU and eTPU2 targets in NXP's MPC55xx, MPC56xx Power Architecture micros, MCF52xx Coldifre micros, and STMicroelectronics SPC563Mxx micro family. The most efficient and reliable way to develop eTPU or eTPU2 software.
A superset product of the eTPU2 Simulator that allows co-simulation of host eTPU/eTPU2 driver code in a single easy-to-use development environment.