The UEIPAC -40 series offers an unprecedented combination of flexibility, high performance, low cost and small controller. The unit is an ideal solution in a wide variety of measurement and control applications. The UEIPAC is also an ideal solution for embedded DAQ applications, allowing systems to operate without the cost or additional space required by an external host computer.
ENHANCED CPU PERFORMANCE
The sixth generation (G6) CPU is based upon modern, Intel x6425RE series processors. This is the first Intel CPU we've used in the UEIPAC, and it not only adds higher CPU performance than previous releases, it also supports Windows (currently Windows 11 IoT) and Rocky Linux (v9.2). The new CPU joins the earlier CPUs in the UEIPAC family and all, including the G6, are covered by UEI’s powerful 10-year availability guarantee. The G6 CPU is available with either a Linux or Windows operating systems. Additional operating systems (e.g. VxWorks, QNX are scheduled for future releases.)
M.2 series I/O slot supports up to 320 GByte solid state drives
OTHER KEY CPU FEATURES
Dual 1 Gigabit Ethernet ports
1 USB 3.0 and 1 USB 2.0 USB ports
IEEE-1588 / PTP timing/synchronization interface
Direct support of DNx series synchronization port
Extensive diagnostics including power supply and temperature monitoring
All standard UEI chassis environmental specifications
9–36 VDC power (universal AC adaptor also included)
Low power <25 W in most configurations
Though the performance increase possible with the Intel CPU over previous versions of the UEIPAC is application dependent, in a typical application the Intel CPU power is approximately, 80x the original 8347 CPU, 20x the generation 5 SoloX CPU, and even 4 times the performance of the G5 Zynq CPU family. At the present time the G6/Intel CPU is available on UEI's popular DNR-12, DNF-4 series RACKs and on our Cubes. In the future, we expect to offer the Intel CPU on our MIL series chassis.
Time-Sensitive Networking
Time Sensitive Networking is IEEE 802.x is a defined standard technology providing deterministic messaging on Ethernet. TSN safety-critical control networks accept inputs from sensors, perform control loop processing, initiate actions, and implement packet and link redundancy with varying levels of timing sensitivity and priority.
The ability to input and convert a wide variety of data then export it the way you want makes UEI hardware an ideal fit for your DAQ and Control application. Find out more at www.ueidaq.com. #IO #flexible #reliable
UEI provides a development kit that allows you to develop applications for the UEIPAC (programmable automation controllers). Here is a brief video the shows you how to install it on a Linux PC or a Linux virtual machine. #setup #howto #guide #software
See how quick and easy it is to connect an iPad, smartphone, or laptop to a wireless data server using a UEIPAC Linux-based 3-slot Cube. #embedded #howto #guide #demo #IO
Creating an SD card for the UEIPac is as easy as running a script in the root file system. We’ve made this short video to show you how to do it. #software #howto #guide
![Real-Time, GigE, Programmable Automation Controller (PAC) with Intel x6425RE CPU [BETA]](https://www.ueidaq.com/uploads/intel-chassis-40-line-up-image.jpg)
