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Products

Accessories

	203 Way Breakout Box The Breakout Box is designed to interface with a vehicle's PCM allowing the developer to manually make or break each circuit in the harness.
	High Voltage Interface Panel (HVIP) - OP8710 The OP8710 High Voltage Interface Panel (HVIP) has the capability to provide digital signals of up to 250 VDC to equipment external to the Opal-RT Simulator.

Software

	ORCHESTRA Software framework for heterogeneous co-simulations, intended to work under real-time constraints.
	RT-EVENTS RT-EVENTS Blockset is an add-on that works with MATLAB Simulink(tm) to improve the efficiency and accuracy of continuous-time and discrete-time systems simulations whose dynamics change due to discrete events.
	RT-LAB Professional RT-LAB, fully integrated with MATLAB/Simulink®, is the open Real-Time Simulation software environment that has revolutionized the way Model-based Design is performed. RT-LAB’s flexibility and scalability allow it to be used in virtually any simulation or control system application, and to add computing-power to simulations, where and when it is needed.
	RT-XSG RT-XSG enables engineers to generate custom, application specific models that can be implemented onto an FPGA device. Signal conditioning and conversion modules are also available that enable the custom model to be used for Real-Time Simulation, and Hardware-in-the-Loop (HIL) data processing. Note: RT-XSG software requirements can be found in the RT-XSG User Guide accessible from the documentation tab.

I/O Conditioning Modules

	OP5251 - Opto-Isolated 32 Digital Inputs & 32 Digital Output Module The OP5251 is a part of the OP5000 series of optional, versatile signal conditioning modules for Opal-RT’s state of the art HIL (hardware-in-the-loop) systems. Designed for Opal-RT’s simulation systems, the OP5251 provides digital input and output signals with specific voltage conditioning. The optical isolation of the OP5251 I/Os make it ideal for environments where voltage isolation is required. It features 32 inputs and 32 outputs channels in a single Signal Conditioning module.
	OP5252 - Opto-Isolated 64 Digital Output Module The OP5252 is one of a range of optional versatile Signal Conditioning Interfaces for the Opal-RT Technologies state of the art HIL (hardware in the loop) systems (The OP5000 series). It is planned to be used where electrical decoupling, ground loop elimination is required or in high voltage environment where complete isolation is a must. It features 64 outputs channels into a single Signal Conditioning module.
	OP5253 - Opto-Isolated 64 Digital Inputs Module The OP5253 is one of a range of optional versatile Signal Conditioning Interfaces for the Opal-RT Technologies state of the art HIL (hardware in the loop) systems (The OP5000 series). It is planned to be used where electrical decoupling, ground loop elimination is required or in high voltage environment where complete isolation is a must. It features 64 inputs channels into a single Signal Conditioning module.

Systems

	PC/104 Rapid Control Prototyping (RCP) A modular, compact and very robust, real-time, algorithm prototyping system based on industry-standard PC104 bus architectures and packaging for applications requiring hardened systems and extended ranges of operating temperatures RT-LAB Rapid Prototyping Controller's rugged enclosure is well suited for in-vehicle operation. Once flashed, RT-LAB Rapid Prototyping Controller boots up by itself in embedded mode, just like an automotive electronic control unit (ECU). While operating in embedded mode, RT-LAB Rapid Prototyping Controller's flight recorder can continue to log data to flash disk or hard drive, providing a solution for long-term data tracing, which facilitates field-testing. RT-LAB Rapid Prototyping Controller is configured through the RT-LAB Main Control Panel, which runs on the host PC and features a simple graphical user interface based on the typical model development process. All frequently used functions are available through a single mouse click; there is no need to memorize command lines.
	RT-Accelerator for xPC Target RT-Accelerator for xPC Target is a high-performance xPC TARGET ™ based Control prototyping and HIL systems integrating Opal-RT's FPGA processor-based IO systems. RT-Accelerator for xPC Target can also be used to develop FPGA based models and signal processing function using RT-XSG and XILINX System Generator.
	OP5600 off-the-shelf Hardware-in-the-Loop (HIL) simulator The new OP5600 Chassis adds advanced monitoring capabilities and scalable I/O and processor power to OPAL-RT's line of real-time digital simulator systems including eMEGAsim, eDRIVEsim and eFLYsim. Built using lower cost, high availability commercial-off-the-Shelf (COTS) components, the OP5600's modular and flexible design can be fully customized to meet specific I/O requirements and can be easily expanded as needed.
	TestDrive Fully programmable powertrain and vehicle simulation for ECU-in-the-loop testing. The best solution for Open Loop testing on the market..

Hardware

	High Voltage Interface Panel (HVIP) - OP8710 The OP8710 High Voltage Interface Panel (HVIP) has the capability to provide digital signals of up to 250 VDC to equipment external to the Opal-RT Simulator.

Test Drive Modules

	OP6228 Reconfigurable FPGA Module: High current and high voltage Sensor Application The high current and high voltage Sensor application transforms the OP6228 into a scope in Real-Time ! This application has been specifically developed to probe and analyze current solenoids for transmission. The application you could use is wider, you can probe and analyze any type of signals such as injector or spark plug signals, CAM or any fast transient current signals needed for deeper analysis purpose. The High current and high voltage sensor comes with a graphical user interface similar to a real scope and offers specific features such as: Adjustable acquisition sampling Advanced record and trigger features Diagnostic and hardware detection logic The high current and high voltage sensor application is coupled with a OP5511 current sensor box.

Third-Party Software

	Altia Altia provides a suite of Simulation Graphics software that enables engineers to build photo-realistic interactive front ends to their RT-LAB simulations.
	AMESim Opal-RT and IMAGINE have developed a system that will allow automotive engineers to develop high-fidelity models of automatic transmissions that can be used for design validation, control prototyping and Electronic Control Unit (ECU) testing.
	CarSim RT Utilizing RT-LAB, real-time-enabled CarSim RT math models can be executed in Hardware-in-the-Loop (HIL) systems. CarSim RT includes the option to run database and visualization software on a "host" computer running Windows, with math models running in real-time on a "target" computer.
	Dymola Dymola generates code for specialized Hardware-in-the-Loop (HIL) systems with RT-LAB.
	GT-Power RT GT-Power RT, combines the standard (non-real-time) analysis capabilities of Gamma Technologies' GT-Power's with Opal-RT's RT-LAB real-time environment, allowing engineers to have single sourcing for engine models needed for base engine design and for real-time simulations (hardware-in-the loop testing).
	MATRIXx Opal-RT is a National Instruments Alliance Partner. They have recently acquired MATRIXx to supply engineering development tools for dynamic modeling and control applications.
	TruckSim RT Utilizing RT-LAB, real-time-enabled TruckSim RT math models can be executed in Hardware-in-the-Loop (HIL) systems. TruckSim RT includes the option to run database and visualization software on a "host" computer running Windows, with math models running in real-time on a "target" computer.