Practical antenna measurement tools for university laboratories, antenna researchers and RF engineering teams. From portable far-field pattern measurements to an integrated VNA and 2D far-field system, compare the setup that best fits your lab.
NanoFarfield
Portable Far-Field Antenna Measurement System
Measure antenna radiation patterns in a compact, portable setup. NanoFarfield works with NanoVNA, LiteVNA and LibreVNA, making far-field measurements accessible for university and research laboratories.
- Weight: 3 kg
- Setup time: Less than 2 minutes
- Measurement: Far-field radiation patterns and time gating
- Note: VNA is not included
VNAMS-2D-6000
Two-in-One VNA & 2D Far-Field Measurement System
An integrated measurement solution combining a two-port vector network analyzer (VNA) with a 2D far-field antenna measurement system. Designed for antenna characterization, university laboratory work and RF research.
- VNA frequency range: 50 kHz–6 GHz
- VNA measurements: S11 and S21
- Far-field measurements: Amplitude, phase, E-plane and H-plane cuts, Time-Gating
- Angular resolution: 1 degree
Compare the Measurement Systems
Choosing the right antenna measurement setup depends on your laboratory requirements, available equipment and measurement workflow. Compare the key differences below to find the system that best fits your needs.
| Feature | NanoFarfield | VNAMS-2D-6000 |
|---|---|---|
| System type | Portable far-field measurement system | VNA and 2D far-field system |
| VNA included | No — external VNA required (NanoVNA, LiteVNA or LibreVNA) | Yes — A low cost 2-port VNA is included |
| VNA frequency range | Depends on the external VNA | 50 kHz–6 GHz |
| Far-field frequency range | 50–6000 MHz | 50–6000 MHz |
| Measurement capabilities | Radiation patterns (Amplitude and gain) and time gating | Radiation patterns (Amplitude and gain) and time gating, S11 and S21 |
| Plot and data output | Polar and Cartesian plots, E-plane and H-plane cuts, PDF export | Polar and Cartesian plots, E-plane and H-plane cuts, PDF export |
| Setup and positioning | 1° measurement-step resolution; motorized rotation | 1° measurement-step resolution; adjustable rail; indexing sensor |
Designed for Different Laboratory Needs
From undergraduate laboratory exercises to advanced antenna research, Anten’it measurement systems support different levels of testing, characterization and experimental work.
RF Engineering Teams
Characterize antenna prototypes and evaluate measured performance during RF development, integration and validation.
Antenna Research & Development
Compare antenna designs, examine radiation patterns and support repeatable experiments during research and prototype development.
University Teaching Laboratories
Hands-on antenna measurement exercises help students explore radiation patterns, understand antenna behavior and connect theory with practical results.
Planning an Antenna Measurement Lab?
Choosing a measurement system depends on your frequency range, antenna size, laboratory environment and research objectives.
Tell us about your application and measurement requirements so we can help you identify a suitable solution.