The modern battlefield is a whirlwind of data – real-time intelligence, remote weapon control, and seamless collaboration hinge on constant, secure, and high-bandwidth communication. Troops on the move require reliable connections to fulfill these critical missions. However, traditional communication solutions often struggle to keep pace with the ever-evolving demands of the dynamic and data-driven battlespace.
SatixFy’s advanced satellite communication technologies are designed to address these challenges head-on. By integrating SatixFy technology, defense forces gain a significant advantage in various applications, ensuring exceptional performance and reliable communication.
Diverse Applications, Unmatched Performance
Satcom Terminals
- Aerial terminals for any size platform
- Seamless integration with UAVs of various sizes and functionalities
- Satcom on the Move
- Dismounted small terminals
Digital Regenerative Payloads
- Space satellites
- Pseudo-satellites operating in the atmosphere
Unique Applications
- Radar systems
- Line-of-sight communication
SatixFy’s Defense-Ready Technology: Powering Uninterrupted Communication
SatixFy’s advanced communication solutions are powered by a suite of innovative technologies designed to deliver exceptional performance and reliability in the field. These core technologies include:
- Electronically Steered Antenna Array: offers precise beam pointing control, enabling rapid target acquisition and seamless communication on the move.
- Multi-beam: allows for simultaneous communication with multiple satellites, increasing network capacity and redundancy for reliable data links.
- Instantaneous Wideband: ensuring compatibility with various military communication protocols and future data demands even at lowest elevation scan angles.
- Beam Hopping: enables rapid switching of satellite beams, facilitating efficient spectral resources exploitation and efficient power use by focus services based on actual user demands.
- Payload Onboard Processing: allow for real-time data processing and routing directly on the satellite, reducing latency and improving communication efficiency.
- Software-Defined Radio (SDR) Modem ASIC: offers a compact, flexible, and high-performance solution for diverse defense communication needs and expected updates along the system lifecycle .
