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T1.stack T1
T1.stack – a combination of static and measurement based stack-analysis, unique in the world
T1.stack disassembles the executable, typically the ELF file, derives the call-tree and determines the stack-usage of each function. The result is nicely visualized as the screen-shot shows. Click on it for a full-size view.Static code analysis is limited in principle and cannot e.g. resolve all kinds of indirect function calls. Indirect function calls are used frequently in automotive software. Other stack analysis tools based on static code analysis have to rely on manual annotation. These are error-prone since in most projects no developer has access to and knowledge about all parts of the software. With a few mouse-clicks, T1.stack resolves indirect function calls based on measurements removing the problem of the error-prone manual annotations described above and reducing the effort for annotations significantly. T1.stack has always unlimited access to all parts of the software.

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NEW! T1 Timing suite V3.0 NEW!
Our Release V3.0 supports the features Streaming and POSIX. Look forward to the 2nd of May 2019! Click here for detailed information.

Interviews on YouTube
Check-out the interviews with GLIWA CEO Peter Gliwa on Matrickz TV. In this one Peter talks with MATRICKZ CEO Dr. Hasan Akram about timing in automotive software develeopment and in this one about entrepreneurship.

Interview

NEW Timing Poster
Our new poster explains automotive timing by contrasting AUTOSAR CP and AUTOSAR AP and even going one step further. For AUTOSAR AP it includes suggestions of how the usual timing parameters may be mapped.
Click here for downloading the PDF version or let us know if you would like to receive your own DIN-A1 hard-copy.

Neues Timingposter klein

T1 Product Training
Register now for our T1 Product Training on May 07th and 08th. Click here for the registration form.
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NEW product T1.accessPredictor
Upset by MPU exceptions in the field? T1.accessPredictor allows you to check for any memory access violations before even flashing the software. It will perform a static analysis by disassembling the binary, building up the call-tree and identifying r/w memory accesses for each function. No source code required!

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T1 supports TC39x
Synchronized traces from 6 cores!
T1 makes it happen. Click here, to view a screenshot of T1 with 6 synchronized traces and some cross-core communications.

AURIX TC399

More details on the AURIX 2G can be found in Infineon's official press-release.

Multi-core in minutes
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The AURIX based ATdemo comes with a multi-core OS, a demo application and built-in T1 timing analysis. It was never easier to get started with multi-core.
Click here for details.
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