Practical guide to Digital Testing for Secure Radios
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Webinar DateTuesday, May 11, 2021
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Webinar Time09:00 AM CEST (Central Europe) / 03:00 PM SGT (Asia)
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Webinar Overview
Modern Secure Radio designs need to meet the highest performance requirements in the RF domain and also require a strong focus on digital layout and power management by leveraging the latest technologies to create an efficient and resilient system. In this webinar, you will learn how to decode and debug MILBUS, ARINC 429 and proprietary interfaces by using an oscilloscope. We will cover issues such as investigating sources of bus errors, EMI debug correlation with protocol decode, specific triggering or eye measurements. Additionally, we will be discussing digital signal and power integrity challenges and take measures to better address sensitive electronic designs, mainly from the time domain perspective. Last but not least we will providing a detailed insight in the design verification and testing best practices.
Join our webinar to learn how to validate the performance of low- and high-speed digital interfaces and conduct advanced power integrity measurements with test solutions by Rohde & Schwarz.
In this webinar, you will learn how to/ more about:
- Singal and Power Integrity Verification
- Bus triggering and decoding
- Time domain testing for MilCom / Sofware Defined Radio (SDR)
Speakers
Guido Schulze
Product Manager Oscilloscopes
Rohde & Schwarz
Guido Schulze has more than 20 years of experience in high-speed digital testing. For the last ten years, he has worked as a product manager for the oscilloscope product division at Rohde&Schwarz. He specializes in high-end models and their respective applications.
Albert Ramirez Perez
Market Segment Manager A&D
Rohde & Schwarz
Albert Ramírez Pérez is a market segment manager for the aerospace and defense market at Rohde Schwarz and has been working in the aerospace Industry for almost two decades. Nowadays, Albert is focusing on the military communication segment as he has years of engineering experience at the military aeronautics industry acting as a systems engineer. He was responsible for the communications design and was the software certification expert for the A400M and Eurofighter Aircraft and the NH90 and Tiger Helicopters. Albert also has a very strong background in aerospace standardization, as he has developed business for MathWorks for over 6 years, helping aerospace customers adopt model-based design and simulation software to comply with aerospace standards such RTCA, ECSS or NASA among others. Albert studied radiofrequency communications engineering and holds an MBA in Economy and Innovation Management.
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