AFDX Netloader

ARINC 615A data loader via AFDX

The AFDX NetLoader™ is an ARINC 615A compliant data loader for loading ARINC 665 compliant software parts on target LRUs over AFDX®.

 

Datasheet AFDX Netloader


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Fully specification compliant ARINC 615A data loader

Support for A615A-1/-2/-3 AFDX® software simulated on any computer (no AFDX® hardware required)

Full support of SNIP/FIND ​

Easy-to-use graphical user interface ​

Full event logging during loading and complete post-load diagnostics

Scriptable interface

    The AFDX NetLoader™ is an ARINC 615A compliant data loader for loading ARINC 665 compliant software parts on target LRUs over AFDX®. The tool, which can be run as GUI or scripting interface (Python API), is fully compliant to all aspects of the A615A-1/-2/-3 specifications and is backward compatible to all earlier A615A versions. It is the A615A data loading utility choice of many OEMs for both off and on-aircraft data loading support requirements. 

    The AFDX NetLoader™ GUI consists of a single window, which dynamically changes its content depending on the selected operation. Its main dialogs and displays are briefly presented in the subsequent sections. 

    Simulated AFDX 
    The AFDX NetLoader™ uses a software simulation of AFDX which turns any Ethernet interface into a one-channel AFDX end system (no AFDX redundancy supported). No AFDX hardware is required. The AFDX parameters of the target(s) are configured in an ASCII file which can be automatically generated from ICD files.


    All transactions including login are logged to a session log file at a highly detailed level. Additionally, all protocol level events are logged into an event log file, again at a highly detailed level. For each session a new session log file and a new event log file are created. All stored session and event log files can be inspected in a viewer window. The content of the current session log is always visible to the user

    This dialog contains a launch menu of the main data loader operations: 

    Information Operations

    • Look for Target Hardware – This operation allows searching the aircraft network for Target Hardware Devices (LRUs) in order to check part number, accessibility, and other information supported by the ARINC 615A FIND protocol. 
    • Retrieve Target Hardware Configuration – This operation, which also searches the aircraft network for target hardware devices and displays them in a tree view, additionally allows the operator to select a device, download its software configuration information, and view the configuration in a text window. 

    Upload and Download Operations

    • Upload Target from Media – This operation allows the user to select a media type. The content of the media is scanned for load part numbers, which are then displayed in a tree view for selection. Additionally, the target hardware devices are searched on the aircraft network and displayed in another tree view. Now the operator needs to assign each of the LSAPs to be loaded to the appropriate target device. Upon confirmation, the compiled upload schedule is executed. Instead of manually configuring the LSAPs, the operator can use the Upload Target from Media Batch File operation to select a batch file defining which LSAPs on the media are to be loaded into which hardware targets. A detailed status report of each load is displayed
    • Download in Media Defined Mode – This operation allows the operator to select a media type. The content of the media is scanned for download definition files, which are then listed in a tree view for selection. Now, the operator needs to select the required download definition file, which specifies the LSAPs to be downloaded from the LRUs. A detailed status report of each download is indicated. 
    • Download in Operator Defined Mode – This operation allows the operator to specify the media to which the downloaded files are to be written. The aircraft network is scanned for attached LRUs, which are displayed in a tree view. When the operator selects a device, it will be examined for its software content. The detected LSAPs are displayed as a list of part numbers. From this list, the operator selects the LSAPs to be downloaded.

    The A615A NetLoader scripting interface consists of a set of Python functions that can be used to perform ARINC 615A operations in a scripted fashion. The scripting interface supports all A615A operations and uses the same configuration files as the GUI version. The same TechSAT tools and solutions used during LRU development are available as tools and hardware to meet the needs of Line Maintenance, Hangar, and Repair Station users when products go into service. These solutions provide a full ongoing A615A data loading product line of support solutions for the manufacturer, with the peace of mind of customers using the same tools as applied during development.

        Used by airlines and MROs for

    • Central management of software parts for entire fleets
    • Electronic distribution of software parts to PDLs
    • Definition of aircraft configurations at tailsign level

    • 403562 / PDL Mk.III
    • 403561 / PDL Mk.III GARDT - Airbus Reference: ALT45200001 (CG603)
  • 403474 / PDL Mk.II
  • 403475 / PDL Mk.II GARDT - Airbus Reference: ALT45200001 (CG603)

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