Advint's Cub, Puma, Brave, and Gorilla testers are scalable, open-architecture COTS based systems that provide factory to field functional testing and data acquisition of a wide variety of digital, analog, optical, electro-mechanical, and RF electronics and avionics. Our systems are employed by all branches of the US military, the Department of Homeland Security, as well numerous prime contractors/OEMs to provide organizational, intermediate, and depot level maintenance support for the military. Our systems also provide data acquisition and factory test for both government and commercial customers. The testers are highly reliable and provide high throughput at a very cost effective price.
The Cub utilizes NI's CompactRIO (cRIO), Single Board RIO (sbRIO), and/or CompactDAQ (cDAQ) hardware. The Cub product line offers high speed data acquisition/control and flexibility in an industrial package. Cub chassis and instrumentation have a 50 g shock ratings and a wide -40 to 70 °C operating temperature. These systems are ideal for automotive, industrial automation, remote monitoring, field service, and advanced control applications.
Our PXI based systems (Puma, Brave, & Gorilla) employ a 19-inch rack-mount frame that contains 3U PXI and SCXI chasses and state of the art COTS instrumentation controlled by industry leading software. They come complete with power distribution, power conditioning/UPS/battery backup, unit under test (UUT) power supplies, system cooling, and UUT isolation. In addition, our testers can be provided with customized I/O including a MacPanel or Virginia Panel mass interconnect ITAs, or terminal block/custom connector I/O to provide a reliable, high density, compact interface to the UUT.
Advint offers a comprehensive self-test and field calibration capability as well. Our testers can be customized with other instrumentation, unique fixturing, and test program applications to meet individual customer specific test requirement needs that are NIST traceable.
The Chameleon code transformer provides translation of legacy source code from obsolete programming languages to modern programming environments. This capability retains existing software investment when performing TPS rehost migration from obsolete testers to new test systems.
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