4 results
Category: File Date: 2015-06-02 Language: English Type: PDF Size: 627 KB
Vector introduces mobile ARINC 429 solution for monitoring, debugging and testing avionic systems
Vector is extending the range of uses of its CANoe and CANalyzer development and analysis tools to cover important avionic networks by offering the .A429 software option and a USB interface for ARINC 429. This gives developers of Line Replaceable Units (LRUs) in aircrafts a flexible and powerful solution for testing and bus analysis.
Category: File Date: 2013-02-20 Language: English Type: PDF Size: 360 KB
Vector signs agreement for licensed use of Airbus-developed AFDX technology
By signing a licensing agreement with Airbus and its EADS parent company, Vector is extending the application range of its CANoe and CANalyzer development and analysis tools to include AFDX networks (Avionics Full-Duplex Switched Ethernet). Multibus capability will now let developers analyze multiple aerospace bus systems - such as AFDX, CAN and ARINC 429 - time-synchronously in a single tool.
Category: File Date: 2012-07-20 Language: English Type: PDF Size: 299 KB
Development and analysis of avionics networks with CANalyzer.AFDX and CANoe.AFDX
With the new .AFDX option, Vector is extending the application range of its CANoe and CANalyzer development and analysis tools to avionics networks. This gives developers of networked electronic units in an aircraft a solution that provides detailed access to the exchanged data right down to the level of single Ethernet frames.
Category: File Date: 2010-09-08 Language: English Type: PDF Size: 844 KB
Simulation, testing and analysis of CAN-based avionic bus systems - Vector now supports ARINC protocols 810, 812, 825 and 826 with its CANoe and CANalyzer development tools
Along with the CAN protocol, CANoe.CANaerospace 7.2 from Vector now also supports ARINC protocols 810, 812, 825 and 826. The development and test tool covers many task areas in developing CAN-based networks for the aerospace industry. These tasks range from network design to comprehensive network analysis and systematic testing of electronic units. In addition, multi-multiplexer functionality permits generic description of certain proprietary protocols.