WHY SATWAVE
AESAs?
Pioneering the next generation of flat panel satellite antennas through unmatched engineering excellence and innovation.
Electronic Beam Steering
Unlike traditional parabolic dishes, phased arrays have no moving parts.
Reliability
No motors or gears means significantly lower maintenance costs and higher "uptime" in harsh environments.
Portability
Flat panel antennas are easier to transport (even man-packable).
Resilience
Being phased array antennas, Satwave AESAs would be more resistant to jamming than traditional antennas, securing vital communication channels when you need them most.
Upgradability
Using software updates, Satwave AESAs are designed to support higher cybersecurity and anti-jamming countermeasures in a defense environment.
Agility
Ability to switch "locks" between LEO satellites in microseconds as they zip across the sky in minutes.
Low Profile
Bulky dishes are prone to wind damage and vibration. Satwave AESAs are "low-impact" and can be integrated directly into the roof or mast.
Why it matters
Benefits of our Approach
We architect every component of our arrays to scale beautifully, reduce integration friction, and maximise on-mission performance.
- 01
AESA design scalable to custom sizes and multi-panel antennas.
- 02
Proprietary, ML optimized, inner layers for wideband performance, enhanced cross-polarization, and improved efficiency at large scan angles.
- 03
PCB-based design, manufacturable at lower cost at scale.
- 04
Built on commercially available analog BFICs.
- 05
Targeted to be IP67 compliant and to operate in MIL-STD-810H environments.
- 06
Full system — Antenna Control Unit and Auto tracking algorithm to integrate with external modem available in the market.
- 07
Driven by FreeRTOS software (supported by Amazon and used by millions of devices).