RF Engineering
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RF Engineering

Every high-frequency design depends on the performance of its interconnects. RF Engineers at Amphenol RF make sure those connections meet the demands of today’s complex systems, delivering low loss, clean signals, with no surprises.
Their work starts before the initial prototype and continues through final validation. From modeling EM fields to verifying performance in real-world conditions, they play a key role in delivering signal integrity at every stage.

RF Engineers: Simulation-Driven Signal Integrity

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What RF Engineers Do

Simulate What Can’t Be Seen

Using advanced 3D EM tools like ANSYS HFSS (High-Frequency Structure Simulator), RF engineers model field behavior and transmission line performance before anything is built. With no frequency limitations and the ability to analyze complex geometries, they ensure that connectors won’t introduce reflections, mismatches or signal loss.

Test What Matters Most

Working in on-site labs with network analyzers, PIM testers and RF power test setups, RF engineers validate electrical performance under stress, temperature and operating loads. Their testing confirms that your system performs as intended. These engineers will continue to support you through design verification and beyond.

Translate Physics Into Performance

RF Engineers collaborate across teams, mechanical, design and application engineering, to guide material, geometry and signal path choices. From optimizing connector layout to defining testing plans, they make sure every spec, from insertion loss to return loss, is met.

“I really enjoy when I get to be part of a new design, brainstorming with the team and shaping the solution from the start.”
– Rob Cocomello, RF & Simulation Engineer at Amphenol RF
Why It Matters
  • Fewer Surprises at Launch: robust simulation and validation reduce late-stage debugging and ensure clean signal paths from day one
  • Tighter Design Cycles: early insight into signal behavior saves time, reduces risk and improves reliability across the board
  • Better Collaboration: RF Engineers engage directly when needed, especially for custom high-frequency interfaces or systems operating at the edge of performance
The Expertise Behind the Work

Amphenol RF Engineers support:

  • Hundreds of active products operating up to 65 GHz
  • Critical applications across aerospace, satellite, telecom and defense
  • A growing portfolio of custom and standard RF connectors, attenuators and coaxial assemblies

They bring extensive technical knowledge in:

  • ANSYS HFSS and simulation tools
  • Network/time-domain analysis, radiated power and E-field plots
  • Transmission line theory, EMI/EMC and microwave design
Who They Are

Our RF Engineers hold degrees in electrical engineering and specialize in:

  • Electromagnetic modeling and simulation
  • Signal validation and performance optimization
  • Cross-functional engineering collaboration
Building at High Frequencies?

Connect with Amphenol RF. Our RF Engineers are ready to support your signal path, from simulation to system.

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