Reliable Solutions for Safety-Critical AFDX Applications

Post on 16-Apr-2017

203 views 2 download

Transcript of Reliable Solutions for Safety-Critical AFDX Applications

Textmasterformat bearbeiten

Second Level

Third Level– Fourth Level

Fifth Level

February 17, 2017

Reliable Solutions for Safety-Critical AFDX Applications

217.02.2017

Requirements for Modern Avionic Systems

Safe

DO-254DO-178B

Safety Levels (up to DAL-A) Fault-tolerant

Redundancy

Availability

BITECertified

Robust

Conduction Cooled

SEU resistantAFDX

317.02.2017

AFDX and it’s Role for Avionics

Avionic Full Duplex Switched Ethernet Communication backbone of modern aircrafts

Based on IEEE 802.3 standard Ethernet Technology

Virtual Link Communication

Deterministic Timing

Guaranteed Bandwidth

Physical Redundancy

Standardized as ARINC664 Part7

AFDX Switch

Sub SystemSender

AFDXEnd System

Sub SystemRecipent

AFDXEnd System

Sub SystemRecipent

AFDXEnd System

Sub SystemRecipent

AFDXEnd System

Virtual Links Replace ARINC-429

AFDXEndsystem

AFDXEndsystem

AFDXEndsystem

Rx Buffer

AFDX Switch

Rx Buffer

Tx Buffer

Tx Buffer

Rx Buffer

Tx Buffer

Processing Unit

ConfigurationForwarding Table

Rx Buffer

AFDX Switch

Rx Buffer

Tx Buffer

Tx Buffer

Rx Buffer

Tx Buffer

Processing Unit

ConfigurationForwarding Table

517.02.2017

CS1 – FPGA with Integrated AFDX Protocol

AFDX functionality integrated in a flash based FPGA

SEU (Single Event Upset) resistant

On-board AFDX protocol stack implementation

Interoperable with Airbus and Boeing (ES-DFS 4.1 and ARINC-664p7)

DAL-A/B certifiable

Host driver with ARINC-653 compliant port API

Integrated SNMP/ICMP support

617.02.2017

P522 – AFDX/ARINC-664 Interface PMC

Two full duplex AFDX networks

Onboard AFDX End System protocol stack implementation

Onboard CPU for SNMP and ICMP traffic

-40 to +85°C with qualified components

32-bit/33-MHz PMC

717.02.2017

A602/D602 – Triple-Redundant Safe Computer

Triple redundancy on a single SBC

Lock-step architecture

Safe computer, certifiable up to DAL-A

SEU (radiation) tolerant

Developed according to RTCA DO-254, EN 50129 and IEC 61508

Up to -40 to +70C with qualified components

Convection or conduction cooling

With safety operating systems PikeOS and VxWorks

817.02.2017

Flexible Reliability

Flexible AFDX functionality in FPGA

Safety-measures like Redundancy SEU resistancy Determinism

Developed according to relevant avionic standards

Prepared for certification up to DAL-A