ARINC 664 AFDX-Compatible Software for QorIQ^® Processors

Overview

ARINC 664 Switch and End Systems (AFDX compatible) software are available from NXP for operation on QorIQ processors. Some configurations are available now depending upon customer application of ARINC 664, operating system, selected QorIQ^® Processor, and certification levels required from aviation authorities.

For lower safety assurance applications, such as cabin electronics, NXP offers Linux^® software which runs on an available processor inside of a multicore QorIQ Processor and isolates all of the timing events, such as packet ingress interrupts and bandwidth allocation gap (BAG) timing interrupts, from the customer’s application(s) which source or sink Virtual Link data.

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For higher safety assurance levels, NXP’s expert networking software team has ARINC 664 expertise to create specialty microcodes and collaborate throughout the safety certification process.

Engage with NXP for ARINC 664 to:
- Reduce SWAP-C
- Eliminate several ASICS
- Harness unused CPU horsepower
- Create innovative aircraft communications applications

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Features

Linux
- Utilizes extra processor for ARINC BAG, Timer, Ingress, Egress, Policing etc.
- Other processors are not/minimally affected by this method
- Excellent for non-safety-critical systems or monitoring
- Easy for NXP to port to new SoC variants (Arm^® or Power Architecture^®)
- Userspace application for easy maintenance and better licensing
uCoded
- Collaborate with NXP to craft uCode for your CPU (DPAA, PPFE)
- Use comms offload processors already in your system for SWAP-C
- Eliminate system components and complexity

ARINC 664 Linux Switch

Based on T1040, but highly portable
4096 Virtual Link (VL) SW design
< 50 uSec latency
Filtering, Policing, Forwarding per ARINC 664 P7
ARINC 615A data loader
SNMP MIB for switch statistics
Config files save to flash file system
Host side CLI data loader for uploading configuration
Tested as 10 port switch
Two ports for switch cascading
Traffic echoing for debugging
Complete the form on this page for details

ARINC 664 Linux End System

ARINC 664 Linux Switch software reuse
Compliance with ARINC 664
Complete the form on this page for details

ARINC 664 custom ucodes

For highest safety levels
Complete the form on this page for details

MoreLess

Features

Linux
- Utilizes extra processor for ARINC BAG, Timer, Ingress, Egress, Policing etc.
- Other processors are not/minimally affected by this method
- Excellent for non-safety-critical systems or monitoring
- Easy for NXP to port to new SoC variants (Arm^® or Power Architecture^®)
- Userspace application for easy maintenance and better licensing
uCoded
- Collaborate with NXP to craft uCode for your CPU (DPAA, PPFE)
- Use comms offload processors already in your system for SWAP-C
- Eliminate system components and complexity

ARINC 664 Linux Switch

Based on T1040, but highly portable
4096 Virtual Link (VL) SW design
< 50 uSec latency
Filtering, Policing, Forwarding per ARINC 664 P7
ARINC 615A data loader
SNMP MIB for switch statistics
Config files save to flash file system
Host side CLI data loader for uploading configuration
Tested as 10 port switch
Two ports for switch cascading
Traffic echoing for debugging
Complete the form on this page for details

ARINC 664 Linux End System

ARINC 664 Linux Switch software reuse
Compliance with ARINC 664
Complete the form on this page for details

ARINC 664 custom ucodes

For highest safety levels
Complete the form on this page for details

Supported Devices

P4080: QorIQ^® P4080/P4040/P4081 Multicore Communications Processors
T4240: QorIQ^® T4240/T4160/T4080 Multicore Communications Processors
T1040: QorIQ^® T1040 and T1020 Multicore Communications Processors
LS1046A: QorIQ^® Layerscape 1046A and 1026A Multicore Communications Processors
T1042: QorIQ^® T1042 and T1022 Multicore Communications Processors
LS1088A: QorIQ^® Layerscape 1088A and 1048A Communications Processor
LS1043A: QorIQ^® Layerscape 1043A and 1023A Multicore Communications Processors
T1024: QorIQ^® T1024/14 and T1023/13 Dual- and Single-Core Communications Processors
P3041: QorIQ^® P3041 Quad-Core Communications Processors
T2080: QorIQ^® T2080 and T2081 Multicore Communications Processors

ARINC 664 AFDX Software Contact Form

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ARINC 664 AFDX-Compatible Software for QorIQ® Processors

Overview

Features

Features

Supported Devices

ARINC 664 AFDX Software Contact Form

ARINC 664 AFDX-Compatible Software for QorIQ^® Processors