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ANNOUNCING ASH WARE's online eTPU Code Builder!

ASH WARE's eTPU2 C Compiler Toolkit (ETEC)

  • We're please to announce Version 1.25, Build C released on 2009-December-17 of our eTPU/eTPU2 C Compiler (ETEC) 
    • Build 'B' supports a static Worst Cast Thread Length (WCTL) analysis capability!  WCTL (including both 'steps' and 'ram-accesses' is available in the Analyses file. Click here to see set1's analyses file including WCTL.
    • #pragma verify_wctl <steps>, <rams> supports a requirements-based approach to WCTL such that the build will fail if user-specified requirements are not met.
    • Click here to go to the product page
    • Click here to download a demo compiler
    • Click here to order
  • Try Before You Buy; contact ASH WARE to try a fully functional but time-limited trial version!
  • Full eTPU support for Freescale's MPC55xx, MPC56xx and ColdFire micros
  • Full eTPU support for ST Microelectronics/Freescale SPC563Mxx micros
  • Click here to download a demonstration version of the compiler.

eTPU2 Stand-Alone Simulator

  • ASH WARE is proud to announce the release of Version 4.00, Build D released on 2009-December-17 of our eTPU2 Stand-Alone Simulator, which fully supports Freescale's new Enhanced Time Processor Unit--including dual-engine, 64-channel support; angle-clock functionality; and C-language eTPU programming.
  • Includes full simulation support for the channel hardware - the only tool on the market that provides this key feature.
  • A number of exciting new features have been added in Version 4.00, Build D released on 2009-December-17 , including redline bus support for export of the TCR2 (angle mode) counter in a dual-eTPU configuration; click here to find out more!
  • Click here to view a youtube video of Freescale's 'Set2' engine drivers.

Upcoming eTPU Trainings

Off The Shelf Custom eTPU Functions

  • ARINC429 Transmitter/Receiver
    • Run up to 16 channels using Freescale's eTPU or eTPU2
    • Support both High Speed (100KB) and low speed versions
    • Run in polled or interrupt mode
    • Click here to find out more
  • MIL-STD-1553 Remote Terminal Driver
  • Enhanced Stepper Motor
    • Based upon the standard Freescale Stepper Motor (SM) eTPU Function
    • Allows the maximum slew rate to be changed on the fly
    • Under development, contact us
  • Enhanced UART
    • Based upon the standard Freescale UART eTPU Function
    • Implements programmable length ring buffers
    • Under development, contact us

    About ASH WARE

    • Specializing in the TPU and eTPU timing devices since 1994, our tools and technical support are backed by real application experience.
    • We are your source for TPU/eTPU tools and expertise!
     
  • Copyright 1995-2008, ASH WARE Inc.

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