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Mathworks Embedded Coder®
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The UEIPAC 1200-MIL is the latest deployment of UEI's popular RACKtangle architecture. Though the original RACKtangles are quite rugged, the DNR-MIL series takes ruggedness to the extreme. Designed for use in the toughest environments, the new RACKtangle is an ideal solution for military and aerospace deployments. The form factor is also ideal for a huge assortment of commercial applications including use on oil drilling platforms and refineries, heavy machinery, outdoor test stands and any other I/O application that will be exposed to the elements. All connectivity is through ROHS compliant 38999 connectors.
Electronically, the UEIPAC 1200-MIL RACKtangle is identical to the standard DNR series RACKtangle except for the added hold-up and protection circuitry added to the power supply inputs. (This power supply conditioning is required in order to meet MIL-STD-1275.) This means the DNR-MIL uses our standard DNR-series board (e.g. DNR-AI-217 or DNR-1553-553). With over 50 unique I/O boards and 12 slots available there's sure to be a configuration perfectly matching your application.
The new RACKtangle is designed to meet the most commonly required elements of MIL-STD-461 and -810 and is sealed to at least IP66/NEMA6 standards. All this is housed in a compact 17.5" x 8.125" x 7" chassis, weighing less than 22 pounds and typically consuming less than 40 Watts. In addition, no rotary cooling fans are used in the design which maximizes MTBF and mechanical reliability. All internal printed circuit boards are conformal coated to ensure the highest reliability.
The RACKtangle chassis is available in four different deployment options.
Mathworks Embedded Coder® & UEI Solutions
Mathworks Embedded Coder® generates readable, compact, and fast C and C++ code for embedded processors used in mass production. Embedded Coder is available for use on UEIPAC and UEISIM systems. The choice of Embedded Coder versus Simulink Coder is done when selecting the system target file (same as what you would do to select PowerPC, SoloX ARM, or Zynq UltraScale+ CPU targets).
For information on Embedded Coder® used with UEI solutions, please contact sales@ueidaq.com.
UEI MIL chassis are built to fulfill the needs of military-grade DAQ and control applications. This video shows how we use COTS DNA boards with an interface board to supply a chassis that is rugged, reliable, and flexible.
While UEI’s MIL-STD-1553 allows users to simulate a complete and fully functioning 1553 system, it also provides you the ability to inject errors to fully test your system’s real world error handling capabilities.
The first step in setting up VxWorks to operate on your UEI hardware is to configure the kernel. This quick video shows you how build the VxWorks kernel and launch it.
MIL-STD-1553 is a popular data transfer standard primarily used as an avionics bus since it's development in the 1970s. This tutorial provides a brief overview of 1553 - explaining how it works and why it continues to be as relevant and popular today as it was 40-years-ago.
UEI customers can use a variety of programming languages to access the full functionality of our MIL-STD-1553 components, but, to help get the data they need quickly, we’ve created a graphical utility we call PowerDNA Explorer. This video shows you how easy it is to set up and use.
UEI's customer success story from ZedaSoft, Inc. President, GW Estep, on how UEI's PowerDNA cube was instrumental in running their C130 aircraft, F16 Fighter aircraft, Piper Malibu aircraft, and Apache Helicopter simulators. UEI quickly and seamlessly integrated with real and and simulated aircraft hardware.
See how UEI's MIL-STD-1553 Solution works for a Bus Controller, Remote Terminal and Bus Monitor systems.
UEIPAC 1200R
UEIPAC 600-1G
DNA-MIL
DNR-12-1G
Linux TK
