Antenna Products
0–300GHz frequency coverage. From standard gain to phased array — self-developed, designed, and manufactured for aerospace, defense, and communications applications.
Product Portfolio
Our antenna product lines serve diverse scenarios with mature designs and proven manufacturing experience. Each category is supported by dedicated engineering teams and comprehensive testing infrastructure.
Category 01
Absolute gain measurement standards established with the National Metrology Institute. Calibrated, traceable, and certified for precision applications.
View SpecificationsCategory 02
Proprietary multi-mode reflector theory enabling flat-top pattern high-gain solutions. Ideal for constellation tracking, microwave energy transmission, and multi-beam applications.
View SpecificationsCategory 03
Log-periodic microstrip antennas combining frequency-independent ultra-wideband characteristics with compact, lightweight form factors. 0.4–18GHz coverage.
View SpecificationsCategory 04
Broad instantaneous bandwidth for wideband radar, electronic warfare, and high-data-rate communication systems.
View SpecificationsCategory 05
Multi-element phased configurations for high-gain, narrow-beam applications with electronic beam steering capability.
View SpecificationsCategory 06
Silicon-based phased array chip architecture integrating antenna elements, RF front-end, and beam control. Full signal processing with adaptive beam scanning.
View SpecificationsCategory 01
HD Microwave has established absolute gain measurement metrology standards in cooperation with the National Metrology Institute, ensuring traceable, calibrated performance for every unit.
| Parameter | Specification |
|---|---|
| Frequency Range | 0.4 GHz – 110 GHz |
| Gain Accuracy | NMI-calibrated, traceable |
| Polarization | Linear / Circular (configurable) |
| Application | Calibration reference, test & measurement, defense |
Category 02
Our proprietary multi-mode reflector antenna theory provides new technical foundations for traditional reflector antenna development. The innovation solves flat-top pattern high-gain reflector technology, enabling broad-beam coverage with exceptional performance.
"A century of reflector technology, pioneering with multi-mode innovation."
| Parameter | Specification |
|---|---|
| Aperture Sizes | 0.45m, 1.2m, 3.7m, custom sizes |
| Frequency Range | Ka / Ku / X / S Bands |
| Pattern | Flat-top, wide-beam, multi-beam |
| Typical Applications | Satellite inter-satellite links, ground stations |
Category 03
Microstrip log-periodic antennas combine frequency-independent ultra-wideband characteristics with the compact size and light weight of microstrip technology. The maximum radiation direction follows the center line from the longest to the shortest dipole, with polarization along the dipole axis — installable in multiple configurations for different polarization requirements.
| Parameter | Specification |
|---|---|
| Frequency Range | 0.4 GHz – 18 GHz |
| Type | Log-periodic microstrip |
| Polarization | Linear (configurable orientation) |
| Production | Mass production ready, mature process |
| Customization | Frequency-specific optimization available |
Category 04 & 05
Instantaneous wide bandwidth for broadband radar, electronic countermeasures, signal intelligence, and high-data-rate communication systems.
Multi-element configurations delivering high directivity and gain with electronic beam steering for dynamic coverage control.
Category 06
Silicon-based phased array chip architecture integrating antenna arrays, RF front-end links, and beam control modules — achieving full signal processing with adaptive beam scanning.
| Parameter | Specification |
|---|---|
| Beam Steering (Electronic) | ±3° conical region |
| Gain (Electronic Scan) | ≥ 49 dBi |
| Mechanical Scan (Azimuth) | 360° continuous rotation |
| Mechanical Scan (Elevation) | 0° – 90° |
| Scan Mode | Electronic + Mechanical hybrid |
| Module Modes | 9 modes (4 to +4, controlled by PGA) |
Applications
Our antenna products serve critical applications across multiple sectors worldwide.
Satellite communications, radar systems, electronic warfare, missile guidance
Base station antennas, MIMO arrays, mmWave solutions, small cell deployment
Radio astronomy, deep space tracking, atmospheric sensing, terahertz research
Calibration references, EMC testing, RF component characterization
Get Started
Our engineering team can work with your specifications to design and deliver antennas tailored to your unique requirements.