A phased-array terminal with nothing mechanical to wear out: the entire beam is steered electronically, with the antenna controller, satellite modem and up/down converters unified in one outdoor unit for rapid vehicle and fixed deployment.
Highlights
Full electronic scan removes mechanical pointing entirely — reliability by subtraction.
Antenna controller, modem and converters integrate into a single weatherproof enclosure.
Works across GEO high-throughput, MEO and LEO networks with automatic polarization.
Applications
Emergency communication vehicles · Government and agency programs · Fixed enterprise sites · System integrators
Product Images
Full Specifications
| Item | Value | Evidence |
|---|---|---|
| Frequency | Ku or Ka optional — Ku: RX 10.7–12.75 GHz / TX 13.75–14.5 GHz; Ka: RX 17.7–21.2 GHz | Manufacturer spec |
| Scan mode | Pure electronic scan; no mechanical scan structure | Manufacturer spec |
| Tracking accuracy | ≤0.2° | Manufacturer spec |
| Acquisition | <2 minutes | Manufacturer spec |
| Reacquisition | <15 s | Manufacturer spec |
| Beam switching | <3 s | Manufacturer spec |
| Polarization | Full-polarization automatic switching | Manufacturer spec |
| Temperature | −25 to +55 °C (standard) | Manufacturer spec |
| Interfaces | 4P waterproof power; 8P network + SMA IF connectors | Manufacturer spec |
FAQ
What fails when there are no motors?
That is the point — electronic steering removes gimbal wear, the classic COTM failure item.
How fast is a beam switch?
Under 3 seconds between beams — relevant for LEO handovers and network changes.
One unit or several?
One: controller, modem and converters are unified in a single outdoor enclosure.