Newsletter | October 7, 2025

10.07.25 -- Transforming Signal Integrity Analysis In Modern RF Systems, Measuring Phase Noise, Amplifiers To Support SDRs & More

SPONSOR

Abstract submissions are open NOW for the 47th Antenna Measurement Techniques Association (AMTA) Annual Symposium on November 2-7, 2025, in Tucson, Arizona. Submit your one-page abstract by May 5th to participate in this premier global conference dedicated to the field of antenna & related measurements. We cordially invite you to attend and participate in this annual event. For more information visit: AMTA 2025 – Annual Meeting & Symposium

FROM THE EDITOR

Neural Networks And Predictive Analytics: Transforming Signal Integrity Analysis In Modern RF Systems

AI transforms RF engineering through neural networks that predict signal behavior and interference patterns, enabling proactive system optimization and enhanced performance.

SPOTLIGHT ON RF/MICROWAVE SOFTWARE & DESIGN

Simulate Dynamic Wireless Mobility

Wireless InSite software enables engineers to simulate time-based mobility, lunar propagation, and wideband ray-tracing for analyzing moving devices, vehicles, radar coverage, and lunar RF systems.

Multichannel Signal Analysis Software

The CA120 is a flexible and automatic multichannel solution for detecting, classifying, and processing radiocommunications signals that supports a wide spectrum of applications.

INDUSTRY INSIGHTS

Simplify Complex Antenna Designs With New 5G And SATCOM Array Calculators

Interactive SATCOM and 5G array calculators streamline antenna design by providing fast, accurate system-level insights, helping engineers optimize performance, reduce complexity, and accelerate time to market.

How Do You Measure The Phase Noise Of A Crystal Oscillator?

Learn how to measure phase noise in oscillators and assess signal purity using a 100 MHz OCXO with the Holzworth HA7062D Real-Time Phase Noise Analyzer.

GaN Power Amplifiers And Receiver Protectors And Their Uses In Radar

Explore how a compact 4 kW X-band solid-state power amplifier combines multiple GaN SSPAs to deliver efficient, high-power performance for advanced airborne radar applications.

Amplifiers To Support SDRs

With the help of software-based transceiver architectures, military tactical radios are taking advantage of faster, more complex waveforms with new radios supporting modern modulations and communications protocols. 

MOST POPULAR NEWS

TTM Technologies, Inc. Expands Ultra Small Radio Frequency Components Offering

Introducing The NEW Modelithics Library For MATLAB

Northrop Grumman Teams With Industry Partners To Deliver Advanced Radar To Taiwan

Samsung, TELUS Collaborate On Canada's First AI-Powered RAN Intelligent Controller

RIGOL Technologies Launches RSA6000 Series Real-Time Spectrum Analyzer

Nordic Semiconductor Launches nRF54LM20A, A High-Memory Wireless SoC

Rapidtek Showcases FoldSAT Portable LEO Terminal At TADTE

Rohde & Schwarz Announces New Frequency Models Up To 54 GHz For R&S ZNB3000

Mtron Awarded A Significant Production Contract For A New Multi-Domain Data Link

Saelig Introduces Rigol RSA6000 26.5GHz Real-Time Spectrum Analyzer Series

SES Delivered Unprecedented MEO Satellite Connectivity For French Navy

Mini-Circuits, Virginia Diodes Inc. Demonstrated 90–140 GHz Signal Generator At EuMW

BULLETIN BOARD

LC Filter Design Tool

Explore this free web tool that synthesizes high-order LC filters (Chebyshev, Elliptic, etc.) with arbitrary impedance matching and export for advanced simulation in LTSpice and Qucs.

FEATURED PRODUCTS AND RESOURCES

1.2 To 1.4 GHz, 500 W Solid-State High-Power Amplifier

The AMP30008 is a compact, rugged L-Band solid-state pulse amplifier delivering 500 W peak power, fast rise/fall times, low droop, and built-in protections for reliable high-performance radar applications.

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Exodus Advanced Communications

Next-Generation RF Coaxial Assemblies

The SUCOFLIGHT 100 series delivers MIL-qualified, hermetically sealed RF coaxial assemblies with superior durability and flexible connector interfaces, engineered for demanding military and aerospace applications.

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