Latest Wireless/RF Industry White Papers

This white paper highlights some of the challenges faced by developers while designing their next-generation HMI system,…

This white paper highlights some of the challenges faced by developers while designing their next-generation HMI system, and it also introduces an integrated approach to next-generation HMI design using the PSOC™ Edge platform and the recently introduced PSOC™ Edge E84 HMI Kit.

As vehicle platforms evolve, the traditional model of more than one hundred ECUs, each running independent software, will…

As vehicle platforms evolve, the traditional model of more than one hundred ECUs, each running independent software, will give way to centralized computing supported by three to five zonal domains and a dramatically reduced ECU count.

Get a practical look at how to select low-noise and power amplifiers for AESA antenna front-ends in non-GEO satcom…

Get a practical look at how to select low-noise and power amplifiers for AESA antenna front-ends in non-GEO satcom systems. Register to read the article and make smarter component choices for your next beamforming design.

Modern drones are no longer simple radio-controlled aircraft, but compact electromechanical systems that integrate…

Modern drones are no longer simple radio-controlled aircraft, but compact electromechanical systems that integrate propulsion, power conversion, sensing, real-time control, communication, imaging, diagnostics, and safety functions.

See how coordinated shielding and phase calibration can suppress clock-related interference, improve SFDR, and preserve…

See how coordinated shielding and phase calibration can suppress clock-related interference, improve SFDR, and preserve multichannel RF performance.

Learn how direct RF sampling and wideband digitizer synchronization help achieve phase repeatability across digital…

Learn how direct RF sampling and wideband digitizer synchronization help achieve phase repeatability across digital beamforming systems.

Voltage Controlled Oscillators (VCOs) are at the core of modern RF systems, enabling everything from 5G and radar to…

Voltage Controlled Oscillators (VCOs) are at the core of modern RF systems, enabling everything from 5G and radar to satellite communications and high-speed digital interfaces. Discover why understanding VCO fundamentals and characterization is essential for designing and testing reliable, high-performance electronic systems.

Choosing the right coaxial cable is essential to maintaining signal integrity and reliable performance. This white paper…

Choosing the right coaxial cable is essential to maintaining signal integrity and reliable performance. This white paper explains how key factors such as impedance, frequency, attenuation, temperature, flexibility, and cable size influence cable and cable-assembly selection.

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

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

Discover how RAIN RFID is becoming a digital backbone for Pharma 4.0, connecting products, processes, and people to…

Discover how RAIN RFID is becoming a digital backbone for Pharma 4.0, connecting products, processes, and people to improve operational efficiency, compliance, and patient outcomes.

Building reliable Wi-Fi 8 products requires more than understanding the new standard — it demands robust verification.…

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.

Download the white paper to explore how direct-to-cell technology brings satellite LTE connectivity to existing 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.

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

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

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

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

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

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

Learn how highly integrated multibeam beamformer ICs enable the electronically steered arrays essential for LEO satcom…

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

Reliable EMC immunity testing depends on more than amplifier power. Learn which RF amplifier parameters help ensure…

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

Learn the essentials of satellite technology, including SATCOM, antenna design, LEO systems, PNT applications and 5G…

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

As AI data centers race to meet exploding power demands, traditional sensing and power delivery methods are hitting their…

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.