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AWR Design Environment

One integrated environment for RF, microwave, and mmWave design

AWR Design Environment brings together RF design, EM analysis, antenna development, and system simulation in a single workflow—allowing engineering teams to move faster from concept to production-ready RF designs with greater confidence in their decisions.

RF challenges rarely originate in just one place

An RF design may perform perfectly at the schematic level—but behave differently once layout effects, parasitics, electromagnetic coupling, or antenna integration come into play.

At high frequencies, even small geometric changes can have a significant electrical impact.

As a result, RF development is often divided across:

  • Circuit simulation
  • EM analysis
  • Antenna validation
  • System simulation
  • Packaging and manufacturing considerations

AWR Design Environment brings these disciplines together in a single, connected RF workflow.

Explore industry solutions and cases (coming soon)

How AWR is structured

AWR Design Environment combines multiple RF and microwave technologies in one integrated workflow.

RF Circuit Design with Microwave Office®

Planar EM Analysis with AXIEM®

3D EM Simulation with Analyst™

System-Level RF Design with VSS™

Integrations

Microwave Office brings schematic capture, layout, and circuit simulation together for RF and microwave development.

The environment supports both linear and nonlinear RF workflows, enabling engineering teams to simulate amplifiers, filters, matching networks, mixers, and complete RF signal chains within a layout-aware design environment.

This helps teams:

  • Design RF circuits and layouts within the same workflow
  • Simulate nonlinear RF behavior more accurately
  • Optimize matching and stability earlier in development
  • Reduce manual layout iterations
  • Accelerate development of RF PCBs, hybrid MIC and MMICs

AXIEM provides planar EM analysis for RF structures, antennas, interconnects, and PCB layouts.

The solver enables accurate EM verification directly within the design flow—without requiring separate simulation environments.

This helps teams:

  • Analyze RF coupling and parasitic effects
  • Validate PCB and antenna structures
  • Improve signal integrity at high frequencies
  • Optimize RF layouts before prototyping
  • Reduce costly RF design iterations

Analyst extends RF analysis to full 3D EM simulation.

It is particularly valuable for complex geometries, packaging, connectors, cavities, and multi-technology assemblies.

This helps teams:

  • Simulate complex 3D RF structures
  • Analyze shielding and cavity effects
  • Validate performance in packaging and connectors
  • Improve accuracy in complex RF assemblies
  • Reduce uncertainty before production

VSS enables simulation of complete RF and communication systems at the system level.

Instead of validating individual circuits in isolation, engineering teams can analyze how RF components behave as part of the entire signal chain.

This helps teams:

  • Simulate complete RF signal chains
  • Analyze modulation and overall system behavior
  • Validate radar and communication architectures
  • Combine RF and system-level workflows
  • Improve overall RF performance

AWR Design Environment is built as a unified RF workflow—not as a collection of separate simulation tools.

Circuit design, layout, planar EM, 3D EM, and system simulation work together within the same environment, allowing engineering teams to move naturally between different design and analysis stages.

This helps teams:

  • Reduce friction between RF design and EM verification
  • Work more seamlessly across schematic, layout, and system-level development
  • Validate RF performance earlier in the design process
  • Minimize manual iterations between separate tools
  • Create a more efficient workflow for modern RF and microwave design

Especially valuable in complex RF projects where circuit simulation, EM analysis, and system behavior must work together closely to reduce development time and improve design quality.

AWR product overview

AWR Design Environment
The foundation platform for RF, microwave, and mmWave design.
Unified user interface and data model
Schematic capture and layout design
Project and design management
Automation through scripts and APIs
Foundation for all AWR modules
Microwave Office®
For RF circuit design and microwave analysis.
Linear and nonlinear simulation
S-parameter analysis
Stability and gain analysis
Matching networks
Filter and amplifier design
VSS™
System-level simulation for communications, radar, and RF signal chains.
End-to-end system simulation
Modulation and demodulation
5G and wireless communications
Radar and electronic warfare (EW) systems
RF budget and performance analysis
AXIEM®
Planar EM analysis for PCBs and RF structures.
Method-of-Moments (MoM) solver
Transmission lines
RF PCBs
Patch antennas
Coupling and parasitic extraction
Analyst™
Full 3D EM analysis for complex geometries.
FEM-based solver
RF packaging
Connectors
Cavities and shielding
Arbitrary 3D structures
AWR platform solution

Combine Microwave Office®, VSS™, AXIEM®, and Analyst™ into a single RF design platform.

Development teams can move seamlessly between circuit design, EM analysis, and system-level simulation without switching environments or rebuilding models.

When the tool needs to work in practice

RF-ready setup

We can help tailor AWR Design Environment to your RF workflow—whether you work with RF PCBs, MMICs, antennas, or complete communication systems.

Integration with your toolchain

AWR integrates with broader Cadence workflows and existing PCB design environments, allowing RF and hardware teams to collaborate more effectively across projects.

Local expertise and support

You gain access to specialists with expertise in both RF workflows and Cadence technologies, making implementation and daily use more efficient.
Meet IQM

AWR makes it easier to combine efficient workflows with faster development.

For our RF engineers to work efficiently across teams, we need strong collaboration, the right tools, and confidence in our design decisions early in the process. With AWR, we can model RF blocks, analyze system designs, and optimize output spectrum performance based on different component choices.

We also use AWR for designing RF matching circuits and filters, where the synthesis capabilities help accelerate development.

Jaako Jussila
Team Leader, Scalable Electronics at IQM Quantum Computers

Support from experts you can trust

All Nordcad customers have access to our local hotline support. Here, you speak directly with a technical specialist who understands your challenges and can help you move forward quickly.

Nordcads support is invaluable

"It ensures fast assistance, eliminating the time-consuming process of seeking help through conventional channels."

Sebastian Tengvall
Application engineer, Lotus Microsystems
Trusted by companies across industries in the Nordics

Let’s look at your setup

– without obligation

A short conversation is often enough to determine whether Nordcad is the right fit for your organization. No pitch. No pressure.
Just an open discussion about your needs and challenges.

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