Browse and select your compiled application file ( .hex , .mot , .s19 , or .bin ).

| | Target Audience | Key Features | Automation / CLI | Cost | | :--- | :--- | :--- | :--- | :--- | | Memtool 4.9 (this guide) | Hobbyists, small labs, evaluation | Basic operations, simple batch support | Limited, but batch exists | Free | | AURIX Flasher | Developers using ADS | Fast, command-line oriented | Yes (cmdline/script) | Free | | PLS UDE Memtool | Professional developers | Extensive debug features, high efficiency | Advanced, full scripting | Commercial |

Automated checksum and byte-by-byte comparison post-write.

| Feature | MEMTool 4.9 | DAVE 4 (with MEMTool plug-in) | UDE (Universal Debug Engine) | | :--- | :--- | :--- | :--- | | | Excellent | Deprecated | Limited | | Speed | Very fast (native C++) | Slow (Eclipse Java) | Medium | | Scripting | MCL (powerful) | No native scripting | Tcl-based | | Price | Free (with Infineon tools) | Free | Expensive license | | Learning curve | Steep (manual heavy) | Moderate | Steep |

Due to its simple command-line capabilities (via scripts), it can be used in production environments for flash programming.

AURIX/TriCore (TC2xx, TC3xx), XMC (1000, 4000), XC2000, and XE166 .

The target device selected in the configuration does not match the physical chip on the board.

Open the desired intel-hex file ( .hex or .h86 ) to be programmed.

While newer versions (MEMTool v5 and v6 via AURIX) exist, holds a legendary status for legacy projects. It represents the last mature release fully optimized for the classic XC architecture before the industry pivoted heavily to TriCore and AURIX.

These commands can be combined in a simple batch script for efficient and repeatable programming tasks.