Medical device manufacturing is changing fast. New technologies such as robotics and automation are taking hold on more and more production floors. They deliver consistent results and make scalable production...
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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
- Protection Jammer TesterGo/no-go checks for RF jammers
- VeriDASEnd-to-end test of aircraft DAS suites
- 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
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- Shopfloor Test Management PlatformEnd-to-end test lifecycle management
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Consumer Electronics
Testing Global Navigation Satellite Systems (GNSS)
Many modern conveniences we take for granted, like the "blue dot" on our smartphone maps or the precise synchronization of high-frequency trading floors, rests on Global Navigation Satellite Systems (GNSS). ...
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In-Circuit Testing for PCB Assembly
In-circuit testing (ICT) is a production test that checks the components on an assembled board, one node at a time. It makes physical electrical contact with the board and measures values such as resistance...
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How to Test Virtual Reality & Augmented Reality Systems in Engineering and Production
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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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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Data Center Testing: The 5 Levels of Commissioning
Walking into a new data hall before sunrise, everything looks ready: cool air, quiet aisles, and rows of racks glowing with status LEDs. But looks can be deceiving. True readiness is only proven through...
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Drone Testing: What It Really Takes to Validate Modern UAVs
Key Takeaways ► Drones rely on many integrated systems, so each component requires targeted and reliable testing. ► Precise positioning and sensor accuracy ensure safe navigation and consistent obstacle...
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Why are FPGAs Perfect for Virtual Reality Applications?
Engineers often choose FPGAs because they provide precise, dependable hardware behavior exactly where it is needed. Whether it’s stabilizing images in a headset, synchronizing sensor streams, or filtering high...
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Smart Textiles: What They Are and How They Are Tested for Reliability
Key Takeaways ► Intelligent textiles combine advanced materials and, in some cases, electronics to deliver smart, adaptive functionality. ► They are already reshaping industries like healthcare, automotive,...
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Seeing Clearly with Smart Glasses
Key Takeaways: What You will Learn about Smart Glasses ► Smart glasses merge digital and physical worlds for seamless augmented experiences. ► Advanced optics, sensors, and AI power next-gen wearable...
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