| UEIPAC Cube-CPU 8347 | UEIPAC Cube with CPU 8347 - Supports SSD, IEEE-1588 | |
| UEIPAC Cube-CPU 8347E | UEIPAC Cube with CPU 8347E - Supports SSD, IEEE-1588, 128 MD Flash | |
| UEIPAC Cube-CPU i.M6X SoloX option 1 | UEIPAC Cube with CPU SoloX / i.MX6 - Supports SSD, IEEE-1588, 1 GB RAM 8 GB FLASH | |
| UEIPAC Cube-CPU i.M6X SoloX option 2 | UEIPAC Cube with CPU SoloX / i.MX6 - Supports SSD, IEEE-1588, HDMI Interface, 1 GB RAM 8 GB FLASH | |
| UEIPAC Cube-CPU Xilinx Zynq option 1 | UEIPAC Cube with CPU Xilinx Zync - UltraScale+ SoC Multicore ARM, ZU3EG Series (M.2 SLC Support Only) | |
| UEIPAC Cube-CPU Xilinx Zynq option 2 | UEIPAC Cube with CPU Xilinx Zync - UltraScale+ SoC Multicore ARM, ZU4EV Series (M.2 SLC Support Only) | |
| UEIPAC Cube-CPU Xilinx Zynq option 3 | UEIPAC Cube with CPU Xilinx Zync - UltraScale+ SoC Multicore ARM, ZU4EG Series (M.2 SLC Support Only) |
The UEIPAC Cube (models 100-1G, 300-1G, 600-1G, and 700-1G) combines flexibility, high performance, low cost, and compact size. It is ideal for applications such as temperature control, remote vehicle operation (UAV and ULV), hardware-in-the-loop (HIL) testing, and embedded data acquisition (DAQ). It allows system development without the need for an external host computer.
Each model includes a PowerPC processor preloaded with Linux and offers Gigabit Ethernet ports, a serial port, and a sync interface. The 300-1G features 3 I/O slots, the 600-1G has 6, and the 700-1G provides 7. With over 80 I/O boards available, the PAC can be configured to meet specific application needs.
The UEIPAC Cube operates as a fully standalone system. VxWorks applications can run directly on the Cube, eliminating the need for a host PC, simplifying system architecture, and reducing costs. It’s well suited for real-time applications in industrial and aerospace environments.
Designed to withstand extreme conditions (temperature, vibration, shock), the UEIPAC Cube also offers advanced network connectivity and supports the creation of remote graphical user interfaces (HMI). Several mounting options are available, including DIN rail and flat surface mounting.
