Product Highlight TTEthernet®
TTESwitch A664 6U VPX Rugged for Aerospace
The switch supports multi-environment development efforts for hard real-time operations in distributed systems and three different traffic classes.
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.
Complementing the existing offering this monitoring switch supports fast online-mirroring of real-time data going through the operational ports of the switch.
This high-performance PMC/XMC card for development and laboratory environments supports three standard traffic classes.
This high-performance PMC/XMC card is ideally suited for development and laboratory environments of aircraft networks
This PMC form factor pluggable mezzanine card for network communication combines IEEE 802.3 with the safety-critical time-triggered technology from TTTech.
This solution brings time-triggered Ethernet communication technology to the XMC form factor. It can be used with PCIe, CPCIe, VME, VPX and VXS carrier boards.
This PCI form factor pluggable mezzanine card for network communication is compatible with IEE 802.3 Ethernet and enables data traffic with a bandwidth up to 1 Gbit/s.
The PCI express card enables real-time Ethernet communication between an embedded computer and TTE switches for redundant channels in a safety-critical system.
The high-performance card with two 10/100/1000Mbit/s Ethernet ports is ideal for development and test environments and supports three standard traffic classes.
This TTEthernet development system supports the design of high-end systems. It supports a dual channel fault-tolerant system operating at gigabit speed.
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.
TTPPowernode from TTTech is a basic prototyping module with TTP controller and processor hosts for developing deterministic distributed systems.
This prototyping card with stackable on-board modules for microprocessor, communication and physical provides flexibility and modularity in prototyping and evaluating.
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.
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.
The TTPSimulate PCI is a high-performance test system supporting hardware-in-the-loop simulation and design of complex distributed control systems.
This component allows tight synchronization of VxWorks 653 partitions to the fault-tolerant system-wide cycle time of the TTEthernet communication network.
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.
TTELoad is a Windows application suitable to configure a TTESwitch based on TTTech's TTEthernet switch IP that also supports bootstrap configurations of TTEswitches.
TTEBuild allows converting XML-based device configuration database files into binary configuration images required by the TTESwitches and the TTEEnd Systems.
TTech’s TTPPlan is a cluster design tool for definition and planning of communication in integrated system architectures with the time-triggered protocol TTP.
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.
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.
AeroQ is an advanced DO-330-qualified tool for analysis and formal proof of heterogenous aerospace networks.
TTEVerify is a DO-178B qualified verification tool chain for automating reviews of configuration implementations against their requirements for each level.
This solution speeds up the verification process of parameter design and changes for TTPTD-COM layer and allows lower reconfiguration and certification costs.