Â鶹¹ÙÍø

TRAVEO? T2G AUTOSAR Software

TRAVEO? T2G AUTOSAR Software streamlines automotive application development

nobutton

About

About TRAVEO? T2G AUTOSAR software

The TRAVEO? AUTOSAR Software was introduced to the market in 2014 and has since undergone numerous improvements and upgrades. For the TRAVEO? T2G, a mature, feature-rich driver layer is now available, which is developed, maintained, and supported by in-house TRAVEO? experts. The TRAVEO? T2G AUTOSAR Software was developed in compliance with Automotive SPICE and ISO26262 standards, making it suitable for applications with safety targets up to ASIL-B. Additionally, the delivery package includes the EB Tresos? configuration tool, which comes with a node-locked license.

AUTOSAR MCAL

TRAVEO? T2G AUTOSAR drivers enable a wealth of smart hardware features, which make the TRAVEO? T2G series so attractive, in the AUTOSAR workflow. The Microcontroller Abstraction Layer (MCAL) is the lowest software layer of the Basic Software. It contains drivers, which are software modules with direct access to the ?C internal peripherals and memory mapped ?C external devices. In addition to the features that AUTOSAR defines, the TRAVEO? T2G MCAL support safety functions, Trigger connections between internal peripherals, ¡°Smart I/O¡± functions any many more TRAVEO? specific design ideas.

Software Partner with experience in integrating the TRAVEO? T2G MCAL include Elektrobit, Etas and Vector Informatik.

Check out the Documents and Design Resources section for more details.

AUTOSAR self-test libraries

Available separately to the MCAL, the self-test libraries help to fulfill safety goals by giving a high diagnostic coverage over large parts of the chip area. Self-Test Libraries are defined for CORE, FLASH and RAM.

¡°foreground mode¡± and ¡°background mode¡± are available?

In ¡°Foreground Mode¡± the complete test is executed at once, for example at start up.

In ¡°Background Mode¡± execution is distributed over several times slots intermittently with other task

For details about the TRAVEO? T2G AUTOSAR Self-Test Libraries, please refer to the Documents section

AUTOSAR FLASH EEPROM emulation (FEE)

Included in the FEE delivery, the FEE Interfaces to TRAVEO? T2G MCAL FLS abstracts from the physical Flash's segmentation and addressing scheme and provides a virtual addressing and segmentation scheme. It utilizes virtual page sizes of 4 Bytes, which allows for a virtually unlimited number of erase cycles (calculation tool included). The algorithm is robust against power down and has a compact memory footprint.

For details on the TRAVEOTM RT2G AUTOSAR FLASH EEPROM Emulation (FEE), please refer to the following User Guide in Docuements section.

AUTOSAR MCAL multi-core extension

This extension adds ¡°Type II¡± multi-core support (as defined in ASR 4.4) to defined MCAL drivers, where each CPU core can run an instance of the driver.

Peripheral channels and their data are individually allocable to cores but cannot be shared among cores.

Please find all related Drivers in the Design resources section.

About TRAVEO? T2G AUTOSAR software

The TRAVEO? AUTOSAR Software was introduced to the market in 2014 and has since undergone numerous improvements and upgrades. For the TRAVEO? T2G, a mature, feature-rich driver layer is now available, which is developed, maintained, and supported by in-house TRAVEO? experts. The TRAVEO? T2G AUTOSAR Software was developed in compliance with Automotive SPICE and ISO26262 standards, making it suitable for applications with safety targets up to ASIL-B. Additionally, the delivery package includes the EB Tresos? configuration tool, which comes with a node-locked license.

AUTOSAR MCAL

TRAVEO? T2G AUTOSAR drivers enable a wealth of smart hardware features, which make the TRAVEO? T2G series so attractive, in the AUTOSAR workflow. The Microcontroller Abstraction Layer (MCAL) is the lowest software layer of the Basic Software. It contains drivers, which are software modules with direct access to the ?C internal peripherals and memory mapped ?C external devices. In addition to the features that AUTOSAR defines, the TRAVEO? T2G MCAL support safety functions, Trigger connections between internal peripherals, ¡°Smart I/O¡± functions any many more TRAVEO? specific design ideas.

Software Partner with experience in integrating the TRAVEO? T2G MCAL include Elektrobit, Etas and Vector Informatik.

Check out the Documents and Design Resources section for more details.

AUTOSAR self-test libraries

Available separately to the MCAL, the self-test libraries help to fulfill safety goals by giving a high diagnostic coverage over large parts of the chip area. Self-Test Libraries are defined for CORE, FLASH and RAM.

¡°foreground mode¡± and ¡°background mode¡± are available?

In ¡°Foreground Mode¡± the complete test is executed at once, for example at start up.

In ¡°Background Mode¡± execution is distributed over several times slots intermittently with other task

For details about the TRAVEO? T2G AUTOSAR Self-Test Libraries, please refer to the Documents section

AUTOSAR FLASH EEPROM emulation (FEE)

Included in the FEE delivery, the FEE Interfaces to TRAVEO? T2G MCAL FLS abstracts from the physical Flash's segmentation and addressing scheme and provides a virtual addressing and segmentation scheme. It utilizes virtual page sizes of 4 Bytes, which allows for a virtually unlimited number of erase cycles (calculation tool included). The algorithm is robust against power down and has a compact memory footprint.

For details on the TRAVEOTM RT2G AUTOSAR FLASH EEPROM Emulation (FEE), please refer to the following User Guide in Docuements section.

AUTOSAR MCAL multi-core extension

This extension adds ¡°Type II¡± multi-core support (as defined in ASR 4.4) to defined MCAL drivers, where each CPU core can run an instance of the driver.

Peripheral channels and their data are individually allocable to cores but cannot be shared among cores.

Please find all related Drivers in the Design resources section.

Documents

Documents