UEIPAC-400F - GigE Real-Time, programmable automation controller (PAC) with 4 I/O slots

The UEIPAC 400F is a real-time, Linux-based programmable automation controller (PAC) in a compact 1U rackmountable format (6.0″ x 1.75″ x 17.5″). It offers exceptional flexibility with 4 I/O board slots, supporting up to 150 analog or 288 digital I/O channels per unit.

Available in two power supply versions :

• AC (alternating current)

• DC (direct current, 9–36 VDC)

Linux Deployment

Your application runs as a standard Linux process, giving you access to the POSIX API via the glibc library, as well as to any other libraries that can be compiled for Linux (e.g., libxml, libaudiofile, etc.).
The system is also compatible with the Linux_rt patch for real-time support.

To develop programs for the UEIPAC, the UEIPAC Linux TK development kit must be purchased. This kit includes everything needed to create applications for the UEIPAC. Only one kit is required, regardless of the number of deployed chassis.

The UEIPAC is a headless Linux-based embedded system, optimized for network connectivity, allowing the development of remote graphical user interfaces (HMI – Human Machine Interface).

VxWorks Deployments

You can now take advantage of all the hardware benefits of UEI’s UEIPAC chassis while continuing to develop your applications in VxWorks. This powerful combination offers:

• Hard real-time performance

• An extremely robust and reliable operating system

• The ability to develop in a familiar environment

• And most importantly, the ability to reuse a large portion of existing code

To deploy a VxWorks application on a UEIPAC, you will need:

• A UEIPAC chassis (any version)

• The UEIPAC VxW BSP (Board Support Package) – purchased once, regardless of the number of systems deployed

• A VxWorks development environment (provided by Wind River)

• A VxWorks runtime license for each deployed UEIPAC (also provided by Wind River)

MathWorks Embedded Coder® & UEI Solutions

MathWorks Embedded Coder® generates readable, compact, and efficient C and C++ code for embedded processors used in volume production.

Embedded Coder is available for use with UEIPAC and UEISIM systems.
The choice between Embedded Coder and Simulink Coder is made by selecting the appropriate System Target File, just as you would when targeting PowerPC, SoloX ARM, or Zynq UltraScale+ CPUs.