G Systems created an automated production test system to significantly reduce the test time and improve the test repeatability for a Distributed Antenna System product line. The use of LabVIEW allowed for automation of production quantities.
Automated Testing of a Fiber Optic Distributed Antenna System Read More »
G Systems developed an automated common core production test system to test both an RF transceiver subassembly and its mating GPS receiver and tracking controller assembly. Because test time drastically decreased, the customer could meet production requirements of thousands of units per week.
The challenge with designing a flexible production test system is providing a software architecture that allows for quick test application development for a variety of products. To address this challenge, G Systems used NI TestStand and LabVIEW test sequences developed for one product and easily migrated those test sequences to support the development of many
Designed to acquire synchronized data such as wind speed, pressure, temperature, and strain from multiple platforms, G Systems developed a modular, expandable, and configurable data acquisition system for analyzing the effects of wind on civil infrastructures including a tower, a traffic signal light structure, and a building.
Learn about the five critical mistakes you should avoid when designing a test system for your aerospace and defense applications. A lot goes into ensuring helicopters stay in the air, spacecraft stay pressurized, and passenger airplanes land safely every time. These applications are full of complex elements—custom test fixtures, multiple technical compliance guidelines, and a
5 Aerospace and Defense Test System Design Mistakes to Avoid Read More »
The September issue of Military Embedded Systems magazine features an article on hardware-in-the-loop (HIL) simulation testing for defense and aerospace testing systems. Written by the magazine’s Associate Editor, Mariana Iriarte, the column includes interviews with several industry experts — including G Systems Vice President of Engineering, Dave Baker. Dave and other experts cover how, with HIL
Recent Article in Military Embedded Systems features G Systems VP of Engineering Read More »
G Systems developed a portable configurable production test station for testing a signal distribution box line replaceable unit (LRU) on the Guided Multiple Launch Rocket System (GMLRS) for the U.S. Army.
G Systems and Recaro engineers developed a fully customizable control module to interface with a universal life-cycle test fixture for Recaro Aircraft Seating. Each life-cycle test requires specific setup conditions and different instruments and actuators for simulating a lifetime of wear and tear on aircraft seats.
A Seat for Life – A Custom Life Test Platform for Recaro Aircraft Seating Read More »
What is the G Systems RF Path Loss Calibrator and how can it help your business? Improved accuracy, convenience and long-term cost savings are some advantages. Others include saving time as well as cable wear. The greatest savings stack up when you factor in labor costs. The RF Path Loss Calibrator helps alleviate the often
Alleviate the Error Prone, Tedious Task of Calibrating Read More »
G Systems redesigned and built an automated Console and Simulation Unit (CSU) for Lockheed Martin Missiles and Fire Control.
Based near Dallas, Texas, G Systems is an internationally recognized systems integrator specializing in the modernization of complex systems of all sizes. We are experienced in the design, integration, assembly, production, and maintenance of custom turnkey solutions that support our customers at all phases of their product’s maturity cycle.
NAICS Codes: 541330, 541715, 541511, 334515, 335999, 334519
CAGE Code: 3HPP5
