Smart ManufacturingSmart manufacturing solutions that connect test systems, data, and automation to enable real-time visibility and predictive insights.
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Prototyping & ConsultingEarly-stage Design for Testability (DFT) analysis, flexible prototyping, and proof-of-concept validation.
Our flexible test platforms are built on proven architectures with integrated IP, enabling maximum reuse and faster deployment for product design, manufacturing and support.
About usAverna Powered by Spherea is recognized as a worldwide Test & Quality Engineering leader, delivering innovative, end-to-end solutions that accelerate time-to-market and ensure flawless performance.
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Technology PartnersTo ensure we provide the best possible solutions and integration services to our customers, we are strategically aligned with the world’s top test and technology companies.
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ESG & SustainabilityWe are more committed than ever to honor our role as an employer, supplier, and customer by contributing positively to our communities.
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CareersJoin our team full of incredible talent and inspire the future of test. Our people are who make us who we are and we demonstrate this through our values everyday!
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Bring Test to the Next Level
Our team of 1800 specialists are passionate about delivering engineering innovation, zero-defect quality architectures, and mission-critical automated testing systems across the product lifecycle.
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...
The B-52 Stratofortress first flew in April 1952. The U.S. Air Force now plans to keep it flying into the 2050s, which would push some airframes toward a hundred years of service. Its original TF33 engines, on...
Do you ever get hungry thinking about vision inspection? That’s normal. The food and beverage industry is a pioneer in integrating machine vision into their production lines. As vision inspection tools...
Parts 1 through 3 were all about stopping interference, from shielded enclosures through to ferrites on cables. Now let’s reverse the question: how do you actually see the interference, to confirm your...
In Part 2 we saw how twisting a wire pair cancels interference at the source. But some noise still rides along a finished cable as common-mode current. Suppressing it is the job of a ferrite: a small magnetic...
😮 With FREE Unbalanced Twisted Pair Calculator In Part 1 we covered the basics of RF shielding, how the electric and magnetic fields around a circuit cause interference, and how enclosures contain them....
Radiofrequency (RF) shielding is a conductive barrier that keeps the electric and magnetic fields of a circuit confined to where they belong. Left uncontrolled, these fields degrade signals and create...
If a part is going into a plane or a defense platform, nobody simply trusts its reliability. A dense set of program-specific requirements are created and a significant amount of testing standards offers peace...
Wind turbines are particularly massive machines. As key drivers of growth in green energy production, they are nonetheless difficult to build and test. Unlike most systems, a turbine offers little margin for...
For almost two decades, autonomous driving has existed in a strange place between science fiction and reality. Every year, millions of people entrust their lives to software-assisted driving systems, and...