Development, Test & V&V

  • TTTech’s development switches for the aerospace market are based on our core-technology the time-triggered Ethernet TTEthernet as well as AFDX.

    • TTESwitch A664 Lab

      The switch supports multi-environment development efforts for hard real-time operations in distributed systems and three different traffic classes.

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    • TTEDevelopment Switch 1 Gbit/s 12 Ports

      This TTEthernet-based development switch supports 12 Ethernet ports running at a maximum of 1 Gbit/s in full-duplex mode at a processing bandwidth of 24 Gbit/s.

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    • AFDXSwitch Lab

      This product provides the full range of technical functionalities of our certifiable production switches making it the optimal solution for various applications.

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  • The TTEthernet and AFDX based end systems from TTTech enable safety-critical data transfer. These products support various form factors.

    • TTEEnd System A664 Lab

      This high-performance card for development and laboratory environments supports three standard traffic classes and is available in PMC, PCI, XMC and PCIe form factor.

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    • AFDXEnd System Lab

      This high-performance PMC/XMC card is ideally suited for development and laboratory environments of aircraft networks

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    • TTENetwork Interface Cards

      This mezzanine card for network communication combines standard IEEE 802.3 Ethernet with time-triggered capabilities (SAE AS6802) for the development of safety-critical applications.

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  • TTTech offers development systems based on the time-triggered technology TTethernet as well as development hardware based on the time-triggered protocol TTP.

    • TTEDevelopment System A664 for Linux

      This TTEthernet development system supports the design of high-end systems. It supports a dual channel fault-tolerant system operating at gigabit speed.

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    • TTEDevelopment System A664 for VxWorks 653

      This development system supporting the ARINC 653 interface is a starter kit for integrating TTEthernet’s deterministic network technology with the operating system VxWorks 653.

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    • TTPPowernode

      Basic prototyping module with TTP controller and processor hosts for developing deterministic distributed systems.

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    • TTPPowerlink

      This prototyping card with stackable on-board modules for microprocessor, communication and physical layer provides flexibility and modularity in prototyping and evaluating.

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    • TTPDevelopment Cluster

      The TTPDevelopment Cluster from TTTech is a solution for rapid prototyping of modular and distributed integrated systems based on TTP.

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  • Our test hardware is based on the time-triggered protocol TTP and includes the TTPMonitoring Node, the TTPSimultate PCI and PCIe and the TTPDisturbance Node.

    • TTPMonitoring Node

      This standalone TTP/Ethernet gateway from TTTech for monitoring and downloads of network data to a TTP network uses an embedded real-time Linux variant.

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    • TTPSimulate XMC/PCIe

      TTPSimulate is a high-performance test system which enables the simulation of up to 4 TTP nodes in real-time, supporting speeds of 4 Mbit/s and 20 Mbit/s.

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    • TTPSimulate PCI

      The TTPSimulate PCI is a high-performance test system supporting hardware-in-the-loop simulation and design of complex distributed control systems.

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    • TTPDisturbance Node

      This fault injection device from TTTech enables fault injection into TTP based networks and systems, creating test scenarios to verify various aspects of a system.

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  • Our middleware helps to expand the benefits of Integrated Modular Avionics from the module-level to the system-level without any change of legacy applications

    • TTESync for VxWorks 653

      This component allows tight synchronization of VxWorks 653 partitions to the fault-tolerant system-wide cycle time of the TTEthernet communication network.

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    • TTECOM A653 for VxWorks 653

      The TTECOM Layer ARINC 653 for controlling ARINC 653 IMA systems offers a powerful interface to applications running on TTEthernet-based networks.

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  • TTTech’s development tools for the aerospace market are based on our core-technologies TTEthernet and TTP and include the solutions Load, View, Build and Plan.

    • TTEPlan

      TTEPlan is a TTEthernet/AFDX® network planning tool. Based on input provided as a system specification XML database, the TTEPlan tool creates the network configuration in a user-convenient way.

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    • TTELoad

      TTELoad is a Windows application suitable to configure a TTESwitch based on TTTech's TTEthernet switch IP that also supports bootstrap configurations of TTEswitches.

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    • TTEBuild

      TTEBuild allows converting XML-based device configuration database files into binary configuration images required by the TTESwitches and the TTEEnd Systems.

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    • TTPPlan

      TTech’s TTPPlan is a cluster design tool for definition and planning of communication in integrated system architectures with the time-triggered protocol TTP.

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    • TTPLoad

      TTPLoad downloads application and system configuration data from a PC and sends it to a TTP network over an Ethernet/TTP gateway. It also allows quick system reconfiguration.

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    • TTPView

      TTPView is a tool for monitoring and analysis of messages and frames sent among modules in a TTP network featuring flexible visualization instruments for reliability.

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    • TTPBuild

      TTPBuild from TTTech is an efficient design tool that automatically creates a framework for software application design on one module or control unit.

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  • TTTech’s verification tools for the aerospace market are based on our core-technologies, the time-triggered Ethernet TTEthernet and the time-triggered protocol TTP.

    • TTEVerify

      TTEVerify is a DO-330 qualified verification tool chain for automating reviews of configuration implementations against their requirements for each level.

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    • TTPTD-COM Verify

      This solution speeds up the verification process of parameter design and changes for TTPTD-COM layer and allows lower reconfiguration and certification costs.

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    • TTPVerify

      TTTech’s TTPVerify enables automatic verification of system and network design parameters and is designed as DO-178B Level A verification tool.

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