^TTESwitch Controller Space

PC-based tool suite designed to streamline your TTEthernet® and AFDX® network management and configuration processes, comprises the ^TTETools Workbench, ^TTEPlan, and ^TTEBuild , as well as additional data-loading and XML file post-processing utilities.

With ^TTEVerify TTTech Aerospace provides a DO-330 TQL-4 qualified verification tool chain.

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

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

Ethernet switch IP core technology demonstrator based on a proven aerospace Ethernet switch IP designed for critical, integrated applications in the aerospace sector.

The ^TTESwitch MYTHOS is a standalone device built in a compact box. It is available as an off-the-shelf product and forms the core of a reliable TTEthernet data network used to connect onboard avionics subsystems in space transportation vehicles.

Lab-grade avionics housing for up to four 3U cPCI insert cards

ТТЕthernet®-enabled computer platform

Space-grade TTЕthernet® Switching Unit with four ^TTESwitch Space 3U cPCI cards

The ^TTEAvionics Hosting Unit is a 3U cPCI chassis, specifically designed to meet the challenges of harsh space environments. It is designed, qualified and manufactured by Beyond Gravity.

^TTEDevelopment System Space is based on the ^TTEController HiRel ASICs and provides a full development environment for hard real-time and non-real-time Ethernet communication on the same network using different quality of service traffic classes.

The ^TTESwitch Space 3U cPCI forms the core of a TTEthernet^® network for space avionics and allows safe forwarding of traffic on 6x 1000BASE-T and 6x 100BASE-TX full-duplex Ethernet ports.

The ^TTESwitch Space 3U cPCI is a high-performance TTEthernet^® switch designed for the engineering needs during space application development.

The ^TTESwitch Lab Space was specially designed to support laboratory testing efforts of Time-Triggered Ethernet applications in the space industry.

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.

The ^TTEEnd System Space 3U cPCI connects spacecraft subsystems to the TTEthernet^® network via 3x 1000BASE-T/100BASE-TX Ethernet ports supporting triple redundant network architectures.

The ^TTEEnd System Space 3U cPCI interface card connects spacecraft subsystems to the TTEthernet^® network.

The ^TTESwitch Controller HiRel is an integrated communication controller that supports standard Ethernet, rate-constrained and time-triggered traffic.

The ^TTEEnd System Controller HiRel is an integrated communication controller that supports three traffic classes (SAE AS6802, ARINC 664 part 7 and IEEE 802.3).

The ^TTEEnd System Controller Space provides SAE AS6802, rate-constrained and IEEE 802.3 functions in a radiation-tolerant, highly reliable integrated circuit.

The ^TTESwitch Controller Space provides SAE AS6802, rate-constrained and IEEE 802.3 switch functions in a radiation-tolerant, highly reliable integrated circuit.

XMC to PCIe carrier is a passive device designed to host XMC form factor mezzanine card ^TTEEnd System
A664 Lab (XMC) v2.0 and other compatible designs for laboratory applications and early integration phase in aviation projects.

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

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

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.

The ^TTEDevelopment System A664 for Linux provides a starter kit for customers to familiarize themselves with TTEthernet^® products and their integration. TTEthernet enables real-time and non real-time Ethernet communication on the same physical network using different quality-of-service traffic classes.

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

^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.

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.

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

The switch supports laboratory testing and development efforts for non-real-time to hard real-time operations in distributed systems.

The certifiable 10/100/1,000 Mbit/s TTEthernet^® Network Switch Module Core

The ^TTEEnd System A664 Core IP Pro Integration Kit helps to avoid the time consuming and costly process of acquiring and integrating hardware and software components from different vendors.

The ^TTEEnd System A664 Pro (FPGA) brings the full power of deterministic Ethernet communication technology to aerospace certifiable hardware.

^TTEEnd System A664 Core IP is a mature, RTCA DO-254 DAL A certifiable solution to connect avionics systems to Ethernet-based networks and allows the transmission of safety-critical data with speeds of up to 1 Gbit/s.

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.

The ^TTEEnd System A664 Pro (XMC) is a DAL A certifiable end system card for use in flight programs, supporting different traffic classes.

The ^TTEEnd System A664 Pro (PMC) is certifiable to civil aerospace standards and fully compliant with Ethernet, rate-constrained and time-triggered traffic.

This high-performance deterministic Ethernet end system card for laboratory evaluation, development and testing applications supports three standard traffic classes and is available in two form factors: XMC and PCIe.

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

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

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

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

^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.

TTTECH’s ^TTPPlan is a cluster design tool for definition and planning of communication in integrated system architectures based on TTP^®.

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

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

^TTPTD-COM provides communication layer abstraction for hosted applications on top of generic TTP based control system platforms and allows faster time-to-market.

This embedded COTS software library for data transfers over a TTP^® network enables download and upload for large data streams in TTP based systems.

^TTPDriver is a hardware abstraction layer for operations with TTP controllers that facilitates reuse, simplifies code readability and offers various features.

TTTECH Aerospace’s system consulting and development experts offer the following consulting services: architecture studies and review, physical layer analysis, and process integration.

TTTECH Aerospace offers entry-level courses on deterministic networks, and customized workshops on deterministic embedded system architectures, design tools and methodology for integrated systems with safety-critical and hard real-time functions.

This ready-to-go solution for airborne electronic platforms based on RS-485 is designed for a robust DO-160F, Level 5 physical layer for airborne TTP networks.

This ^TTPController, a standard product from austriamicrosystems, is an integrated device which implements functionalities and features according to SAE AS6003.