Intrinsic reliability testing allows test experts to learn how to overcome performance and failure issues, tweak production recipes to mitigate defects, and then fully exploit the beneficial characteristics of the new material. Learn more about the different types of tests needed to qualify semiconductor devices, and which tests are useful for product characterization and quality assurance.
The stakes are too high and the development cycle is moving too rapidly to risk setbacks because a chip failed in the field. Enter modular testing solutions pioneered by Accel-RF. Learn more about the important reliability parameters needed to meet market demands and how to incorporate extreme flexibility into your reliability testing solutions.
Are you ready to compete in the 5G product market? Learn more about using mmWave and requirements for 5G testing parameters and service tiers.
Application-specific testing is vital for characterizing the effects of GaN devices on system reliability. Learn about our novel test method and how it impacts quality assurance.
Learn the reliability testing techniques critical for realizing practical applications in power management circuits with high-voltage/power performance.
The guide to leveraging turnkey test systems for flexible, modular reliability testing. Learn how to reduce your financial risk and go to market faster.
Applications for GaN are rapidly expanding to every electronic market-segment known today. Learn the latest reliability and quality assurance trends for new market segments.
This report contrasts the predicted reliability for three different architectures of GaN based solid-state power amplifiers - Radial Combiner, Parallel-Plate Radial Combiner, Waveguide Binary
Our catalog of Datasheets provides product details and specification tables for Accel-RF equipment. Datasheets are available for download on our main website in the Datasheets section.
We provide a library of application notes to address the technical set-up and use of our products, as well as showcase innovative applications for the use of our technology to tackle the toughest semiconductor testing challenges. Application notes can be downloaded by request, please contact hgoing@accelrf.com for details.
Are you ready to compete in the 5G product market? Learn more about using mmWave and requirements for 5G testing parameters and service tiers.
Understanding the purpose of accelerated life testing and burn-in testing is crucial for an effective reliability testing program.
IC manufacturers trying to meet the demands of rapidly changing markets might allow claims that DC can simulate RF reliability testing, but are they right?
How can a device be guaranteed reliable over a typical lifespan measured in years without causing an unacceptable delay in production? To solve this problem, engineers developed the concept of reliability testing.
ALT is widely used to determine semiconductor device reliability in a reasonable amount of time. Learn how to overcome the challenges faced in this type of intrinsic reliability test.
From RF vs. DC to building in-house testing to the marketing benefits, we break down the biggest myths about semiconductor reliability testing.
The key for semiconductor device makers looking to increase speed to market and ROI is to create a culture of reliability and start with the end goal in mind. Learn how in this webinar.
This webinar provides an in-depth look at everything you need to know regarding GaN reliability. From comparison analysis to understanding failure rates to customized "How-Tos," this webinar covers it all.
It's important to plan your test strategy with your desired end-result in mind. In this demo, you'll get a detailed overview of the reliability testing process, as well as a glimpse into configuring your system to fit your reliability testing needs.
Check out Accel-RF's extensive video library to learn more about our company, reliability FAQs, RF testing, 5G, GaN, and more
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