AG RF Engineering & Consulting
AG RF Engineering & Consulting
AG RF Engineering & Consulting
AG RF Engineering & Consulting

High Frequency Engineering at a glance


HF Design

from RF to mmW



Electomagnetic, Thermal

Signal Integrity




Automation Expertise and Service


Spice Extractions/Libraries

Technology PDKs

3D Design and Prototypes




Antennas for

2G-5G, IoT, Radars

- 2,4/5GHz

- 24/28/60GHz


RF Parts

LNAs, Filter, Modules

RF Modules

Antenna boosters

EDA Software

EDA Set Up

Specific Add-Ons 




Sensors  & Controllers



Touhstone File Viewer (S-Parameters viewer)

New EDA Tool from AG RF Engineering & Consulting


Analysis of S-parameter data is a typical task during high frequency design and signal integrity analysis. This tool solves this task and gives additional innovative mechanisms to solve tasks connected with S-Parameters.


Open view and analize Touchstone S-Parameter files.

Features of our tool:

  • View S-Parameter measurements as 
    • DB and absolut, Angle, Real and Imaginary parts, eqv. L and C
    • Additional Matrix View for Signal Integrity analysis
  • Free and Premium Editions

Engineering Book for AWR MWO/VSS


                    EDA Automations, AWR Add-On, Documentation for MWO/VSS

Main Features:

- Process and Results documenation for MWO/VSS Project

- Supports: System Diagrams, Schematics, EM Structures, Graphs, 2D, 3D Views, Currents, Radiation Patterns, etc.

- Output to MS Word or Power Point

Ongoing features:

- CAM data generation

   - BOM (Bill of Materials) - list of used components with orderable part numbers

   - Pick&Place - information for pick and place mashine

- Complane tables with Result vs. Goal shows design status vs specification

Go to download

EM-Spice vs EM model (0-6GHz) EM-Spice vs EM Model (0-6GHz)

EM-Based Spice Models

Cathegories: CAD, Simulation models 


High precision models based on EM Simulation.

Key features:

  • - Compact size
  • - Wide frequency range 
  • - Physical nature of extracted circuit
  • - Wide impedance range
  • - No Source/Sync issues, as in some Spice extraction tools

Possible applications:

  • Signal Integrity analysis​
  • Models of library components
  • Analog spice simulation, time and frequency domain
  • IBIS and spice models blocks
  • PCB, Laminate, LTCC and other package type extractions

See  EM-SPICE Models page

MMIC LNA HF Layout block

HF Layout Integration

AG RF Engineering & Consulting offers new service to their customers - reference layout for HF and Digital high-speed signal components.

In this way we solve HF integration problem of the component, eliminating couplings and matching issues on PCB.

Layout has parameterization to match custome requirements. It allows also the customer without significant HF knowledge use HF blocks in his layout. Some final optmization on the board and SI analysis report can be done on request.

Key features:

  • HF Optimized layout
  • Parameterized layout to match stack-up
  • IPC footprint
  • If exist include simulation model
  • Farther analysis for different scenarion possible
  • Avilable for diffeent tools

Contact us to learn more

RF Designs

Low-Noise Amplifiers, Filters, Antennas (passive and active) and antenna Systems, Balance circuits, etc.

Integration of components on PCB

Technologies: Leadframe Package technology, LTCC, Laminate, PCB

Applications: 3G,4G,5G, Radar (24GHz), WiFi, DVBT and SAT TV, GPS

  • Design Flow extensions for AWR MWO, AutoCAD, Zuken and Ansys HFSS
  • AWR Process Design Kits (PDKs) for PCB, LTCC, Laminate
  • Component Libraries for AWR MWO
  • Symbols, Footprints and RF Reference Layouts for MMIC LNAs, Switches, etc. (Cadence, Mentor, AWR MWO, ADS, Eagle, etc.)

Design services

  • RF System and Circuits design
  • Design Prototyping
  • Electric Models Extraction
  • Signal Integrity, Power Integrity and EMC Analysis
  • High-Speed Digital design
  • 3D Models
  • Thermal and mechanic simulation

AG RF Engineering and Consulting, Germany

Lilenthalstr, 4B


85579, Germany

Mobile: +49 (0) 176 49 868 297


Skype: Andrey.Gordiyenko

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