Designing Robust Electronics for The Internet of Things
DESIGNING ROBUST ELECTRONICS FOR FOR THE INTERNET OF THINGS WHAT IS THE INTERNET OF THINGS? It is easy to think of it in three parts THE THINGS Products embedded THE NETWORK with simple or smart sensors to generate data and make Connecting the things to each other and to processing systems in the cloud intelligent decisions 3. THE CLOUD Systems that store and analyze the data to help make informed decisions INDUSTRIES loT touches a wide-range of industries. Systems designers, software engineers, analog and digital designers will need to create accurate models and tweak each component and subsystem via high-fidelity simulation. • Wearable Electronics • High Speed Communication Quantum Computing High Tech Automotive Healthcare • Connected Personalized Cars Healthcare • Autonomous • Remote monitoring Vehicles • Smart Body area Traffic networks Industrial Automation Аегospace & Defense • Realtime • NextGen Production Air Traffic • Predictive •Inflight Connectivity Energy Maintenance • Condition- • Optimal Operation • Efficient • Smart Grid based Wind Maintenance Farms • Digital Oil Fields KEY DESIGN CHALLENGES Optimize Power, Performance and Cost Low-power Miniaturization Power & signal integrity Structural & thermal reliability Design Reliable Wireless Communication Systems Minimize Improve Communication Increase Support Multiple Wireless Radiation Data Efficiency for SAR Security Technologies Compliance HOW ENGINEERS DESGIN FOR IOT Engineers use simulation to achieve design objetives VALUE DERIVED Increase engineering productivity Reduce design cycle 98% Reduce power consumption 90% Reduce cost 70% 67% Increase product performance LEARN MORE ANSYS ansys.com/iot
Designing Robust Electronics for The Internet of Things
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