INDUSTRY INSIGHTS
Since sixth-generation (6G) wireless networking technology is considerably more complex than its predecessors, it will depend on various modern technologies. Of all these cutting-edge tools, network digital twins are the most important. This technology will be fundamental in deploying next-gen wireless communication systems at scale.
- Simplify Complex Antenna Designs With Qorvo's New 5G And SATCOM Array Calculators
- Knowles DSM Supercapacitor Modules Now Available In 60V
- FM2 Range Of Non-Magnetic X7R Low Loss MLCCs For Superior Performance In Medical Imaging And RF Applications
- How Can Color-Coded Connectors Prevent Costly Mistakes In The Lab?
- Why Does Pulse Shape Matter For Radar (And How To Accurately Characterize It)?
LATEST HEADLINES
- Mtron High Power Handling Space Level Component And Sub-Assembly Design And Testing Capabilities
- OSI Systems Receives $26M Order To Provide RF-Based Critical Systems
- HUBER+SUHNER Releases SENCITY Urban 300 To Optimise 5G Network Performances
- Thales Alenia Space Leads 5G Direct-To-Device Demonstration For CNES with Capgemini And Thales
- Future-Proof Real-Time Spectrum Analyzers At EuMW 2025
FEATURED SOLUTIONS
-
![amp10141]( "4.0 - 8.0 GHz, 600 W Solid State High Power Amplifier: AMP10141")
4.0 - 8.0 GHz, 600 W Solid State High Power Amplifier: AMP10141The AMP10141 is a high-performance solid state amplifier engineered for demanding C-Band radar and pulse applications.
-
![amp30008]( "1.2 - 1.4 GHz, 500 W Solid State High Power Amplifier: AMP30008")
1.2 - 1.4 GHz, 500 W Solid State High Power Amplifier: AMP30008The AMP30008 is a rugged, compact, and lightweight solid state high power pulse amplifier designed for demanding L-Band radar applications.
-
![amp30007]( "2.0 - 3.5 GHz, 1000 W Solid State High Power Amplifier: AMP30007")
2.0 - 3.5 GHz, 1000 W Solid State High Power Amplifier: AMP30007The AMP30007 is a rugged, high-performance solid state amplifier engineered for S-Band high power pulse applications.
-
![amp50006]( "9.1 - 9.9 GHz, 1000 W Solid State High Power Amplifier: AMP50006")
9.1 - 9.9 GHz, 1000 W Solid State High Power Amplifier: AMP50006The AMP50006 is a high-performance solid state pulse amplifier engineered for demanding X-Band applications requiring high output power, ruggedness, and reliability.
-
![waveguide_placeholder_image]( "WR-15 High Directivity Waveguide Coupler, 20 dB, 50-75 GHz: C20-1500WG")
WR-15 High Directivity Waveguide Coupler, 20 dB, 50-75 GHz: C20-1500WGThe C20-1500WG is a high-performance WR-15 waveguide directional coupler engineered for precision measurement and signal monitoring in millimeter-wave systems.
FEATURED VIDEOS
-
![fswx]( "Introducing The FSWX Signal And Spectrum Analyzer")
Introducing The FSWX Signal And Spectrum AnalyzerDiscover the FSXW—the first signal and spectrum analyzer to feature multichannel spectrum analysis, cross-correlation (X-correlation), and I/Q preselection.
-
![UWB indoor outdoor wireframe 2nd - frame at 0m1s]( "Simulate Dynamic Wireless Mobility With Wireless InSite")
Simulate Dynamic Wireless Mobility With Wireless InSiteWireless InSite enables engineers to simulate time-based mobility, lunar propagation, and wideband ray-tracing for analyzing moving devices, vehicles, radar coverage, and lunar RF systems.
-
![quantic ims 2025]( "Ceramic Capacitors")
Ceramic CapacitorsMark Simpson from Quantic Electronics discusses gap and ceramic capacitor technology at IMS 2025.
FEATURED WEBINARS
-
![remcom webinar internal]( "Model And Simulate Dynamic RF Scenarios Using Time-Based Mobility")
Explore how to simulate dynamic RF environments, model antenna interactions with people and vehicles, and analyze performance metrics for advanced wireless applications.
-
![PedestrianBus_1 1200x627]( "Time-Based Mobility Of RF Systems In Wireless InSite Release 4.0")
Learn how Wireless InSite 4.0 simulates dynamic RF environments with moving transceivers, on-body propagation, lunar terrain modeling, and time-based outputs for next-gen wireless systems.
-
![Remcom Child in car]( "Advanced Radar Sensing Simulation To Include Human Detection And Micro-Doppler In Complex Environments")
Explore human radar modeling for sensing applications, validating methods with NIST data and demonstrating real-world use cases like child presence detection and indoor monitoring.
FROM THE EDITOR
RECENT NEWSLETTERS
- 09.16.25 -- Russian Spying On The U.S., XFdtd Simulation Of Electric Fields Between Two Headphones, & More
- 09.15.25 -- Optimize RF & Microwave Systems with Proven Tools and Techniques
- 09.11.25 -- Intelligent Spectrum Management, Range Extension For UAVs, Amplifiers To Support SDRs & More
- 09.09.25 -- Waves Of Innovation: What To Expect At EuMW 2025
- 09.08.25 -- Optimize Wireless Coverage For 5G, 6G, WiFi, And Next-Generation Systems
READERS' CHOICE
EDITOR'S CHOICE
