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From Bottleneck to Benchtop
RF Testing in Seconds
Accelerate Your Antenna Testing with Precision and Automation
EM Path delivers a high-speed RF testing platform built for modern engineering teams. Our platform integrates seamlessly into your existing processes, combining high-precision positioning with CI/CD-ready software. Gain the speed and accuracy of modern RF testing without disrupting your team’s flow.
Real-Time 3D Radiation Pattern Measurement of 20 dB Standard Gain Horn Antenna
These results showcase the high fidelity of our near-to-far-field transformation algorithms. The reconstructed near-field distribution seamlessly matches the reference models, while the extracted E-Plane and H-Plane radiation patterns demonstrate near-perfect correlation with simulated data for both co-polarization and cross-polarization.
Comprehensive Measurement Outputs
3D Radiation Gain Patterns
Visualize spatial performance with fully-interactive, high-resolution spherical power grids.
E-Plane & H-Plane Cuts
Extract precise 2D polar slices representing absolute electric and magnetic field vectors.
Cross-Polar Discrimination
Isolate and quantify polarization purity across target operational frequency bands.
Side-Lobe Level
Evaluate suppression ratios to ensure minimal interference in dense spectral environments.
TRP & EIRP Readiness
Accelerate regulatory standards approvals with accurate power integration reports.
Scalable OTA Automation
Execute extensive multi-axis sweep scripts effortlessly with continuous telemetry tracking.
Workflow Comparison
RF testing has long forced a choice between speed and precision. EM PATH removes it, with high-fidelity, real-time 3D pattern measurement on your lab bench. Test as you design, catch flaws early, and ship faster.
Waiting for chamber time
Booking an anechoic chamber means weeks in the queue, then travel and rental fees.
Test on your own bench
Measure in your own lab, the same day. No booking, no travel.
Full 3D patterns in seconds
Near-field measurement and computational imaging capture the full pattern at once.
Slow, point-by-point scans
Mechanical scanning takes hours to produce a single radiation pattern, slowing down developer loops.
Room-sized, costly facilities
Dedicated chambers need large spaces, heavy capital investment, and specialist operators.
Plug-and-play, small footprint
Set up in minutes on a standard lab bench. No build-out, no specialist needed.
Test as you design
Plug into your workflow and CI/CD pipeline, and verify every design iteration as you go
Problems found too late
Testing happens only at the end of the development cycle, so design flaws surface when they cost the most to resolve.
The EM PATH Advantage
TIME TO PATTERN
Weeks
Traditional Chamber bottleneck
Seconds
EM PATH Real-Time Validation
WHERE YOU TEST
Chamber
Off-site scheduled facility
Benchtop
Directly on your laboratory desk
WHEN YOU TEST
End-stage
Post-prototype gatekeeper
Continuous
Iterative, daily design cycles
Our Measurement Ecosystem
Next-generation near-field measurement hardware engineered for high-precision and rapid RF testing.
Baseline
EM PATH-ECHO
Full 3D antenna pattern measurement on a standard lab bench. Our lead product and the one behind the published X-band validation.
Key Specifications
- Validated 8–12 GHz
- In development Ku- and Ka-band
- Commercial target 2027
High-Speed
EM PATH-PULSE
Active over-the-air testing for wireless and automotive systems, from 5G/6G base stations to 77 GHz radar.
Key Specifications
- Active OTA, beam-steered DUTs
- Sub-6 GHz, 77 GHz
- Second patent planned
Ultimate
EM PATH-FUSION
The synthesis of precision mechanical hardware and computational imaging. Executes flawless near-to-far-field transformations.
Key Specifications
- CE / FCC pre-compliance
- Prototype screening
- Third product in roadmap
Ready to Unblock Your RF Innovation?
Get in touch with our engineering team to discuss your specific measurement requirements.