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Rethinking Current Measurement: Why ESL Disrupts System Correlation

Rethinking Current Measurement: Why ESL Disrupts System Correlation

Modern systems exhibit inconsistent measurement results, especially when comparing simulation, bench validation, and real-world system performance. Engineers often see a lack of correlation between simulation, bench measurements, and real system performance, even when following established best practices.


COMs with Intel Core Ultra Series 3 Processors (Panther Lake)

COMs with Intel Core Ultra Series 3 Processors (Panther Lake)

COM-HPC and COM Express modules with Intel Core Ultra Series 3 processors. Accelerating Edge AI workloads for high-performance computing.


Enabling High-Speed Galvanic Isolation in Smart Grids and Power Modules with Firecomms Optical Transmitter and Receiver Devices

Enabling High-Speed Galvanic Isolation in Smart Grids and Power Modules with Firecomms Optical Transmitter and Receiver Devices

Download this technical paper to learn how Firecomms optical transmitter and receiver solutions can help you achieve robust galvanic isolation, simplify system design, and improve performance and reliability in next‑generation Smart Grid and power module applications.


System Solution Guide: Solar Inverter

System Solution Guide: Solar Inverter

Design high-performance solar inverters with confidence. Explore architectures, topology tradeoffs, and device selection strategies to optimize efficiency, density, and cost.


Selecting Your Next Oscilloscope: Why Vertical Resolution Matters

Selecting Your Next Oscilloscope: Why Vertical Resolution Matters

Knowing why vertical resolution matters and what happens when it falls short can save you from misinterpreted data, failed design validation, and costly troubleshooting cycles.


Mixer Technology for Advanced Communications, Part 2: Mixer Design

Mixer Technology for Advanced Communications, Part 2: Mixer Design

Explore practical RF mixer design techniques — from frequency planning to system-level analysis — to optimize performance, minimize spurs, and validate 5G/6G architectures.


Maximizing Power Density in Automotive DC/DC Converters: Advanced Current Sensors and Isolated Gate Driver Solutions

Maximizing Power Density in Automotive DC/DC Converters: Advanced Current Sensors and Isolated Gate Driver Solutions

Boost automotive DC/DC converter performance with coordinated current sensing and gate driving—enabling higher power density, faster switching, and improved efficiency.


Real-Time Computing at the Edge: Enabling Mixed-Criticality Workloads

Real-Time Computing at the Edge: Enabling Mixed-Criticality Workloads

Learn how Intel® Core™ Ultra Processors Series 2 (Arrow Lake), Intel® TCC, and Advantech platforms enable deterministic, AI-ready mixed-criticality edge computing. Download the white paper to explore scalable real-time industrial system design.


Accelerate Automotive ADAS Validation with Hardware in the Loop

Accelerate Automotive ADAS Validation with Hardware in the Loop

Discover a practical approach to automotive radar evaluation that improves repeatability, supports safety validation, and reduces road test effort.


Master GNSS Fundamentals and Advanced Testing Techniques

Master GNSS Fundamentals and Advanced Testing Techniques

Get a clear introduction to satellite navigation, including GNSS signals, accuracy enhancement methods, receiver design, and test strategies for dependable PNT performance.


Altium 365 Security Approach and Practices

Altium 365 Security Approach and Practices

Understand how Altium 365 protects your electronics design data with enterprise‑grade security, compliance, and governance built into every workflow. Download the white paper to see our security approach in detail.


Ambient IoT Energy Harvesting Reference Designs

Ambient IoT Energy Harvesting Reference Designs

Access two Ambient IoT Energy Harvesting reference designs from Silicon Labs ideal for asset tracking applications, and review the key hardware and firmware considerations to enable batteryless operation of your IoT device.


Achieve Ultimate Energy Efficiency for Low-Power Wi-Fi

Achieve Ultimate Energy Efficiency for Low-Power Wi-Fi

This white paper helps you develop powerful yet low-power Wi-Fi IoT devices using the Silicon Labs SiWx917 SoC and reviews its ultra-low-power Wi-Fi capabilities in depth.


Concurrent Multiprotocol: Simplifying Design Choices in the Age of Wireless Coexistence

Concurrent Multiprotocol: Simplifying Design Choices in the Age of Wireless Coexistence

Explore how concurrent multiprotocol (CMP) technology simplifies wireless coexistence in multiprotocol IoT networks without compromising interoperability.


Matter-over-Thread Network Performance Testing

Matter-over-Thread Network Performance Testing

Silicon Labs validated Matter-over-Thread networks for large commercial environments, testing scalability, reliability, and latency in real-world conditions. Review the results.


Testing RF Power Amplifier Designs

Testing RF Power Amplifier Designs

See how RF power amplifier designs are verified from early development through production using methods that improve performance, consistency, and throughput.


DisplayPort: Compliance and Signal Integrity Debugging

DisplayPort: Compliance and Signal Integrity Debugging

Learn how to verify DisplayPort transmitter and cable performance with compliance testing, signal integrity analysis, and automated debug workflows.


Why Enterprise PoE Switches with Aggregation Edge AI Are the Foundation of Smart Building Networks

Why Enterprise PoE Switches with Aggregation Edge AI Are the Foundation of Smart Building Networks

Explore a smarter approach to building networks with enterprise PoE and edge AI.


Poster: Automotive Test Solutions for the Entire Vehicle

Poster: Automotive Test Solutions for the Entire Vehicle

Discover the components and structure of automotive electronic systems and how innovative test products and systems from Rohde & Schwarz address the entire vehicle.


20 GHz Direct Sampling: All in One Nyquist—Part 1: Challenges and Approaches

20 GHz Direct Sampling: All in One Nyquist—Part 1: Challenges and Approaches

Discover how 20 GHz direct sampling enables wideband RF capture in a single Nyquist zone, simplifying receiver design while addressing key performance and architectural challenges.