Effective virtual and augmented reality testing does not stop at the bench. It also requires automation and deployment strategies that preserve repeatability as programs scale. How are these systems tested in...
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Our flexible test platforms are built on proven architectures with integrated IP, enabling maximum reuse and faster deployment for product design, manufacturing and support.
Find the right platform for your application- AST-1000 - Averna Signal TesterSoftware-defined infotainment RF signal source
- DNA SeriesDigital phase noise & stability analyzers
- ESUS – RF Detection and Identification SystemPortable RF detection, 30 MHz–6 GHz
- RP-6500 - Wideband RF Record & Playback System500 MHz signal capture & GNSS simulation
- Wideband RF Up & Down ConverterUp to 40 GHz with 2 GHz bandwidth
- Power Quality AnalyzersClass A power quality analyzers for utilities, grid operators and industry
- PLUTON Series®Power emulation platform for real-time validation testing of electrical systems
- Linear Power AmplifierPrecision linear AC/DC power supply solution
- MAGSET® SeriesAutomatic magnetic adjustment solution for differential relays and circuit breakers
- Proligent™ - Test Data AnalyticsSmart test data management & reporting
- NewWaveX®Automated test generation for complex systems
- Averna DeployAutomated test code deployment at scale
- Shopfloor Test Management PlatformEnd-to-end test lifecycle management
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IOT
Design for Testability (DFT): Techniques and Applications
When a product fails in the field, the root cause is often difficult to pinpoint. A critical signal may be buried deep inside an application‑specific integrated circuit (ASIC). A fault may only appear under...
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Zero Defects Starts with Component Testing
Key Takeaways: ► By identifying component defects early, testing helps avoid product failures, NPI delays, and rework during manufacturing. ► Component testing ensures each part meets strict quality, safety,...
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Digital Twins and Test Engineering
Let’s get Digital Engineering means innovation and the use of digital twins has changed the game in how test and development can be approached. This remarkable technology bridges the gap between the physical...
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A.I. and Human-Like Inspection: Paving the Way for the Future of Manufacturing
Considerations and challenges in the integration of A.I. for better quality. Artificial intelligence (A.I.) is one of the most future-oriented and promising innovations of our time. Companies are increasingly...
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Big Data Belongs in Manufacturing
A Love Story ❤️ Data, data, data… Over the last ten years, big data has become both the catalyst driving manufacturing innovation and a huge beast to overcome. So, what is causing this love/hate relationship?
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How to Improve Your Testing Efficiency
When is the last time you looked at your current test setup and thought about changing things up? They say, if it isn’t broken don’t fix it… but that doesn’t mean one should ignore something that can be...
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How ADAS and Infotainment are Changing the Rules
Infotainment is already the ultimate gateway to conveniences drivers did not know they needed and its role keeps expanding alongside the rise of autonomous driving. What is going to happen as advanced...
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IIOT is Kicking Up the Pressure
The Adaptation of Pneumatics It may be surprising to find out with all the changes in manufacturing technologies, the use of pneumatics continues to grow. As it turns out, pneumatics and hydraulics are...
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Cable and Mobile: Closely Connected
How do 5G and DOCSIS work together in Industry 4.0? Connectivity is defined as the ability to connect and communicate with another computer or computer system. With minicomputers and processors being embedded...
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