The Anywaves Direct Radiating Array Antenna is a custom-designed, high-gain flat antenna solution for satellite payload applications in Ku and Ka band, where high power handling and a low profile are the primary constraints. With a scalable patch array architecture delivering gains above 30 dBi within a 10% fractional bandwidth, it addresses the Ka-band link budget requirements for payload telemetry downlinks and inter-satellite link communications — applications where conventional patch arrays typically fail due to power handling limitations.
The antenna maintains first sidelobe levels of approximately 15 dB, ensuring clean beam quality alongside high gain. Its total profile thickness is less than 15 mm without the connector. Available in LHCP or RHCP. Protected by a space-qualified white paint radome for ESD protection and thermal stability. All parameters — frequency, gain, footprint, beam characteristics — are defined jointly with the customer and tailored to each mission. Qualification campaign included (mechanical vibration, thermal vacuum cycling, power-handling testing). ITAR Free.
Key Features:
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- Custom design to your Ka/Ku-band gain and power requirements
- High power handling — engineered for Ka-band transmit
- > 30 dBi scalable gain — tailored to your link budget
- ~15 dB sidelobe levels — clean beam quality
- Ultra-low profile — <15 mm thickness
- ITAR Free — worldwide delivery
Included Services
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- Complete EIDP (End Item Data Package)
- In-Depth Engineering Support
- Further Testing Available On Demand
- Specific Requests Analysis With Experts
| Parameter | Value |
|---|---|
| Lead Time | 6 to 12 months (contact us for shorter lead time) |
| Frequency Band | Ku band to Ka band (custom — defined per project) |
| Polarization | Left or Right Hand Circular Polarization (custom) |
| Realized Gain | > 30 dBi (design target — scalable per mission) |
| Fractional bandwidth | ~10% |
| Profile thickness | < 15 mm without connector |
| Type | Document Name | Action & Size |
|---|---|---|
| No public documentation available. Please inquire for details. | ||