Baseline Real-Time Target Machine

Pricing information

We don't publish pricing information on our website. Upon request by e-mail or phone we can provide a complete price list covering our entire product portfolio in various currencies. We recommend that you get in touch with us to discuss your specific needs. We can then quickly provide you with a tailored quotation including technical and pricing information.

I/O Expansion and Access

This test system is frequently used to control and simulate highly complex setups such as complete vehicles and aircrafts, which is why the Performance real-time target machine offers large I/O expansion flexibility: The base unit offers seven or eleven I/O slots, depending on your choice. Plus you can connect up to two expansion units, enabling installation of over forty I/O modules. And should you require to scale even further, multiple target machine can be interconnected and synchronized such as with low latency shared memory links.

I/O modules can either be accessed at the front or at the rear.

Desk, Lab, and Rack Installation

Each Performance real-time target machine is pre-configured for either desk/lab placement, or rack installation. For desk/lab placement, protective blue bumpers, and for rack installation, rack brackets are pre-mounted.

Desktop (item ID 109353) or rack (item ID 109354) mounting kits are available optionally, enabling you to easily reconfigure the system for either desk/lab or rack installation.

Real-Time Performance

By default the Performance real-time target machine comes with a performance quad core CPU with a 3.1 GHz clock rate.

To run applications at sample rates in the range of tens of kHz, the 4 GHz Xeon CPU option with six cores is recommended. And to deploy large models with high parallelism, an eight core CPU option is available.

For applications or application components requiring sample rates up to the MHz range, you can choose from a selection of Simulink^® Programmable FPGAs, also including lowest latency analog and digital I/O connectivity.

Within Simulink^®, you can define which application components you want to execute on the CPU, and which ones on one or multiple programmable FPGAs, at different sample rates.

High Speed Data Logging

Real-time testing frequently requires to log large amounts of data for an extended period of time, analysed after real-time execution such as with Simulink^® Simulation Data Inspector, you can hence choose SSDs with up to 2 TB of size for data logging