Automation real-time target machine - xPC Target compliance

Together with Simulink and xPC Target from The MathWorks, the Automation real-time target system forms a complete real-time software/hardware environment for Rapid Prototyping and Hardware-in-the-Loop.

All components are tested and optimized to assure highest real-time performance with xPC Target. Furthermore, all Speedgoat systems are delivered with various tools extending the capabilities of xPC Target when used in conjunction with Speedgoat Target machines.

I/O connectivity with Simulink and xPC Target
For all installed I/O modules Speedgoat delivers a target machine specific xPC Target I/O driver blockset and therefore a complete set of drivers necessary to use and access all the machine's I/O modules. Furthermore a Simulink test model is provided exercising the installed I/O modules.

Required third-party software
The required software from The MathWorks is listed here. Furthermore a C compiler is required to build xPC Target applications. The supported compilers for the current release of xPC Target can be found here. For older xPC Target versions please contact Speedgoat.

Note that the Speedgoat I/O driver blockset is not compatible with the OpenWatcom C compilers! If you nevertheless prefer a free compiler over the professional edition use the free Microsoft Visual C++ 2008 Express Edition. A step-by-step download and installation instruction is available from Speedgoat.

Boot and kernel transfer methods
The standard BIOS works in quick boot mode and loads the xPC Target kernel within seconds from the Compact Flash device. This device or if required a hard disk can be accessed by xPC Target's real-time file system.

The kernels can be booted via the Compact Flash disk and DOS (DOS is discarded after kernel load process completed). For this, Speedgoat pre-installs FreeDOS version 1.0 on the Compact Flash disk. This version of DOS also supports accessing USB memory devices. This simplifies the exchange of kernels and other files between host and target machine. As an alternative, it is still possible to boot via an external USB floppy drive (classic method).

Customer quote

"Up and running in less than a day!"

Darren Hartman,
HUSCO International

News

New I/O Expansion chassis with six additional PCI slots
(03-May-2010) Read more

New Quadrature Decoding FPGA code module complementing the PWM and CAP FPGA code modules
(27-Apr-2010) Read more

New SPI and I2C FPGA-based configurable protocol support
(12-April-2010) Read more

New Education real-time target machine for mechatronic designs
(01-Mar-2010) Read more

Raw Ethernet, UDP, J1939, Arinc 429, MIL-STD-1553, Shared Memory, LVDT/ RVDT, and Synchro/ Resolver support (01-Jan-2010) Read more

xPC Target dual core and highest CPU clockrate support (3.33GHz) (04-Sep-2009) Read more

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