Interface to SCRAMNet+ networks
- Connects dSPACE Simulator and prototyping systems to SCRAMNet+ networks
- Provides standard SCRAMNet+ fiber-optic connections
- Supports standard features of SCRAMNet+
- RTI SCRAMNet+ Blockset for MATLAB®/Simulink®
This interface allows dSPACE Simulators to be integrated in existing simulator environments where SCRAMNet+ (Shared RAM Network) is the chosen node-to-node communication standard. It enables dSPACE prototyping systems to be the platform for distributed control systems and helps you satisfy high-speed requirements when developing real-time applications. SCRAMNet+ is ideally suited to applications including simulation, telemetry, robotics, data acquisition, instrumentation, industrial process control, digital video, and virtual reality.
With a SCRAMNet+ Interface, dSPACE Simulators and RCP solutions can take advantage of the very high speed and deterministic performance of shared memory in a SCRAMNet+ network. SCRAMNet+ interfaces are available for various bus architectures such as VME, PCI, PMC, and CompactPCI, so dSPACE systems can integrate with non-dSPACE systems at high speed and in real time. Since this interface can share data and interrupts, accurate real-time synchronization can be achieved between dSPACE and non-dSPACE systems. Data and interrupts are communicated at memory speeds, a huge improvement over typical message-passing networks. The result is interprocessor communication that is 100% deterministic and very low-latency.
The SCRAMNet+ network is an ultra-fast data communication system designed for use in real-time computer systems. SCRAMNet+ is optimized for the high-speed transfer of small packets of data between computers when low-latency data transmission and precise timing are critical.
A special SCRAMNet+ Blockset for MATLAB/-Simulink is available for the SCRAMNet+ Interface board. The blockset serves as a graphical interface that allows you to configure the SCRAMNet+ node, read from and write to the SCRAMNet+ shared memory, and handle interrupts, both memory- and error-based. This blockset gives you the ability to read and write to SCRAMNet+ memory in two ways: by specifying a starting address and the number of consecutive values to read or write, or by entering one or more addresses as an array that does not have to be sequential.
View online: SCRAMNet+Interface (Product information, English)