TTEthernet products available today comprise evaluation systems, development hardware and end systems.

Development Systems

The TTE-Development System 100 Mbit/s supports 100Base-TX Ethernet and enables hard real-time communication using a software implementation of the TTEthernet protocol on the end system computer.

For more information see the product flyer.

The TTE-Development System with 1 Gbit/s and 2 channels enables hard real-time communication and event-driven Ethernet traffic on the same network.

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The TTE-Development System 1 Gbit/s for VxWorks 653 is a TTEthernet Demo application with a VxWorks ARINC 653 APEX interface. This TTEthernet demonstrator package provides synchronization support for Distributed IMA architecture.

For more information see the product flyer.

Switches

TTE-Development Switch 100 Mbit/s 8 Ports supports seamless integration of real-time applications with extremely demanding latency and jitter requirements and regular Ethernet traffic. The key benefit of TTE-Development Switch 100 Mbit/s is native support for time-triggered, hard real-time Ethernet traffic based on the TTEthernet protocol.

For more information see the product flyer.

The TTE-Development Switch 1 Gbit/s 12 Ports supports 12 Ethernet ports running at a maximum of 1 Gbit/s in full-duplex mode at a processing bandwidth of 24 Gbit/s.

For more information see the product flyer.

The 1 Gbit/s 24 Ports SIL 3 Switch (IEC 61508 Certifiable Switch) supports a maximum 24 Ethernet ports. It has 6 triple-speed 10/100/1000 ports and 18 10/100 ports offering full-duplex mode. The switch supports the concept of virtual links and takes the role as a guard protecting the non-interference. This enables TTEthernet to satisfy strong security requirements in industrial systems.

For more information see the product flyer.

End Systems

The TTE-Protocol Layer is a software-based implementation of the TTEthernet protocol for a broad range of Ethernet applications, such as real-time control applications, data acquisition or multimedia applications. It provides start-up, clock synchronization, deterministic message transport, configuration, and error handling as services to the host application.

For more information see the product flyer.

The TTE-XMC Card brings the full power of time-triggered Ethernet communication technology to the XMC form factor. It combines the IEEE 802.3 Ethernet standard for Gigabit Ethernet with the safety-critical time-triggered technology of TTTech.

For more information see the product flyer.

TTE-PMC Card is a PMC form factor pluggable mezzanine card for network communication. It combines the IEEE 802.3 Ethernet standard for Gigabit Ethernet with the safety-critical time-triggered technology of TTTech. It enables real-time Ethernet communication between a computer and TTE-Switches for redundant channels in a safety-critical way.

For more information see the product flyer.

It is a PCI form factor pluggable mezzanine card for network communication. TTE-PCI Card enables real-time Ethernet communication between an embedded computer and TTE-Switches for redundant channels in a safety-critical system. It is build using a TTE-PMC Card and a passive PCI carrier board.

For more information see the product flyer.

TTEthernet hardware provides architecture level building blocks for integrating a deterministic high-speed fault-tolerant communication system. The TTE-PCIe Card brings the full power of time-triggered Ethernet communication technology to the PCI express form factor.

For more information see the product flyer.

The Generic Safety Board is developed according to IEC 61508 and it is certifiable for use in applications with SIL 2 requirements. It implements diagnostic tests that are executed periodically at runtime.

For more information see the product flyer.