Area B, 8 floor, Building 1, No 615, Ningqiao Road, Pudong, Shangha
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Antenna Probe Station
Name: Antenna Probe StationDescription: Meet the RF test for 1mm X1mm to 10mmX10mm flat panel antennas. The RF probe feed and special structural design and selection of non-metallic materials can effectively meet the RF test of the antenna. Structurally adopts the architecture of precision probe table, with the function of microscopic and precision regulation. Bilateral RF detection with frequency coverage up to 325GHz
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High-Precision Antenna Test Probe Station
Integrated solution designed for 5G/6G antenna, millimeter-wave communication, and RF device testing
View ApplicationsProduct Overview
The FT106 series antenna test probe station is a precision testing platform designed for modern wireless communication R&D, supporting antenna parameter testing from Sub-6GHz to millimeter-wave bands (up to 110GHz). The system utilizes advanced positioning technology and low-loss RF probes to ensure test result accuracy and repeatability.
The system supports various application scenarios including 5G NR, WiFi 6E/7, satellite communication, V2X (Vehicle-to-Everything), and more. It provides positioning accuracy of ±0.01mm, meeting requirements from lab R&D to mass production testing.
Key Features
Wide Frequency Range
Supports DC-110GHz continuous frequency testing, covering Sub-6GHz to millimeter-wave bands.
Precision Positioning
XYZ three-axis precision positioning system with ±0.01mm accuracy and ±0.002mm repeatability.
Multi-Probe Support
Simultaneous installation of 4-8 RF probes for MIMO and multi-port testing requirements.
Smart Control System
Integrated IT7000 smart control system supporting automated test scripts and remote control.
Application Scenarios
The FT106 series probe station is particularly suitable for precision testing of various chip antennas. Below are its main application scenarios:
5G/6G Chip Antennas
For chip antenna testing in Sub-6GHz and millimeter-wave bands:
- 5G NR band chip antennas
- Millimeter-wave AiP antenna testing
- MIMO array chip antennas
- Beamforming performance verification
WiFi/BT Chip Antennas
For wireless connectivity chip antenna testing:
- WiFi 6/6E/7 chip antennas
- Bluetooth/BLE antenna testing
- Dual-band/tri-band combo antennas
- Conformal antenna performance evaluation
IoT Chip Antennas
For various IoT device chip antenna testing:
- LPWAN chip antennas (NB-IoT/LoRa)
- Zigbee/Thread antennas
- UWB chip antenna testing
- RFID/NFC antenna performance
Automotive Chip Antennas
For automotive electronics chip antenna testing:
- V2X communication chip antennas
- Automotive millimeter-wave radar antennas
- TPMS antenna testing
- Smart key antenna verification
Medical Chip Antennas
For miniature antenna testing in medical devices:
- Wearable device chip antennas
- Implantable medical device antennas
- Remote monitoring device antennas
- Biosensor antenna performance
Satellite Communication Antennas
For satellite communication device chip antenna testing:
- GNSS positioning chip antennas
- Satellite IoT antennas
- Ka/Ku band chip antennas
- Phased array unit antenna testing
Technical Specifications
| Parameter | Standard Configuration | Advanced Configuration |
|---|---|---|
| X/Y Axis Travel Range | 300mm × 300mm | 450mm × 450mm |
| Z Axis Travel Range | 100mm | 150mm |
| Positioning Accuracy | ±0.01mm | ±0.005mm |
| Repeatability | ±0.002mm | ±0.001mm |
| Rotation Angle Range | ±90° | ±180° |
| Maximum Load Capacity | 15kg | 25kg |
Testing Capabilities
Antenna Parameter Testing
- Radiation pattern (2D/3D)
- Gain, efficiency, polarization characteristics
- Beamforming performance verification
- MIMO OTA performance testing
- Antenna impedance matching testing
RF Characteristics Testing
- S-parameters (S11/S21 etc.)
- Intermodulation distortion (IMD)
- Noise figure (NF)
- Phase noise
- Harmonic distortion testing
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