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Beyond Speed — Your Guide to Wi-Fi 8

Beyond Speed — Your Guide to Wi-Fi 8

Building reliable Wi-Fi 8 products requires more than understanding the new standard — it demands robust verification. This guide provides an overview of the key PHY and MAC features introduced in IEEE 802.11bn, explains how they improve network reliability, and highlights the RF testing challenges associated with signal quality, receiver sensitivity, spectrum analysis and end-to-end performance validation. An ideal resource for engineers designing, testing and validating next-generation wireless devices.


Mastering the Electromagnetic Spectrum: Maneuvering in Modern Electronic Warfare

Mastering the Electromagnetic Spectrum: Maneuvering in Modern Electronic Warfare

Learn how electronic warfare teams turn RF signals and sensor data into an operational advantage.


Direct-to-Cell Technology: Enabling Satellite Connectivity for Legacy Devices

Direct-to-Cell Technology: Enabling Satellite Connectivity for Legacy Devices

Download the white paper to explore how direct-to-cell technology brings satellite LTE connectivity to existing devices and supports the path to 5G NTN and 6G.


Millimeter Wave Measurements with Vector Network Analyzers

Millimeter Wave Measurements with Vector Network Analyzers

Learn how VNAs and mmWave converters simplify complex device characterization, from setup and calibration to linear and nonlinear measurements.


Overcoming Common Planar Phased Array Circuit Design Challenges

Overcoming Common Planar Phased Array Circuit Design Challenges

Explore practical techniques for improving performance, integration, and scalability in planar phased array circuit architectures.


Building Scalable X-Band Digital Beamforming Systems

Building Scalable X-Band Digital Beamforming Systems

Explore ADI’s Quad-Apollo MxFE X-band reference design, a 16-channel digital beamforming platform with phase-coherent direct RF sampling.


Reducing SWaP in Payload Phased Array Antenna Systems

Reducing SWaP in Payload Phased Array Antenna Systems

Learn how highly integrated multibeam beamformer ICs enable the electronically steered arrays essential for LEO satcom terminals and next-generation phased array systems.


An Introduction to EMC Amplifiers

An Introduction to EMC Amplifiers

Reliable EMC immunity testing depends on more than amplifier power. Learn which RF amplifier parameters help ensure accurate, stable and safe test performance.


Satellite Technologies eGuide

Satellite Technologies eGuide

Learn the essentials of satellite technology, including SATCOM, antenna design, LEO systems, PNT applications and 5G non-terrestrial networks.


Powering Tomorrow: The Rising Power Demands of Modern Data Centers

Powering Tomorrow: The Rising Power Demands of Modern Data Centers

As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their limits — learn how advanced magnetic current sensors and high-voltage gate drivers are enabling the efficiency, protection, and power density that next-generation architectures require.


Simplify GNSS Migration with Allystar TAU1113 & TAU1114 Modules

Simplify GNSS Migration with Allystar TAU1113 & TAU1114 Modules

Download the guide to explore low-power GNSS modules for tracking and positioning applications, including integration insights and real-world use cases.


Building Secure, Wireless Edge AI Systems Faster With the Nitrogen95 SMARC

Building Secure, Wireless Edge AI Systems Faster With the Nitrogen95 SMARC

Download the white paper to learn how the Nitrogen95 SMARC platform accelerates the development of secure, wireless edge AI systems with integrated AI processing, advanced vision capabilities, and pre-certified connectivity.


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.


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.


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.


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.


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.