Celestia are pioneering solutions in the working of antennas
Compact Teleport
Solutions
OTA transmissions with LEO satellites completed
The unique design provides 30+ simultaneous and fully independent wide band beams
Full 2.5 GHz instantaneous bandwidth on each beam
Simultaneous LHCP and RHCP
No moving parts
More to come…
Unlike mechanical dishes…
that each require individual mounts, motors, and maintenance, a phased array can electronically steer its beams without moving parts. This consolidation eliminates redundancy, simplifies infrastructure, and allows for faster, more flexible signal targeting. The result is lower operational costs, vastly reduced physical footprint, improved reliability, and real-time adaptability—all in one integrated system.
Gateway Locations
Deployable Gateways
Visually low-profile and tamper-resistant
Ideal for secure facilities, military bases, or urban sites where visible infrastructure is undesirable
Easily scalable within existing footprint
Compact Gateways
Footprint <5% of equivalent traditional teleport
Opens up location possibilities
Fast deployment
Partially mobile
Differentiated Form Factors allow discretion
Gateway Benefits
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The absence of mechanical movement provides near-instantaneous switching between satellites, low maintenance and no wear-and-tear.
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Multiple simultaneous beams can be used to track multiple satellites or the ground terminals supports dynamic load balancing, multi-orbit handovers, and diverse service areas.
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The comfortable design allows for installation in locations that are currently inaccessible like rooftops, and crowded brown field sites. It can even be integrated into urban infrastructure.
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Target switching and acquisition in milliseconds providing seamless handover between fast-moving LEO satellites, essential for uninterrupted service
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Dynamic adjustment of gain patterns, null out interference, and optimize coverage in real time
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One array can quickly switch between satellites and frequencies, making it ideal for redundancy and failover, supporting mission-critical applications
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Easily scaled by adding more modules or panels, allowing growth with demand. Software-defined upgrades are also possible.
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Visually low-profile and tamper-resistant making it ideal for secure facilities, military bases, or urban sites where visible infrastructure is undesirable
Low Profile high bandwidth antennas for trains
Land Based User Terminals
Addressing the Connected Autonomous Vehicle ‘CAV’ ‘Connected Car’ markets and military connectivity requirements for vehicle-based systems providing high data rate from reliable networks with low power usage.
Aeronautical User Terminals
Low Profile, Low Power, Wideband
Antennas for HAPS, Drones & Aircraft
Supporting IFC, Broadband services & 5G cell connectivity
Total software controllable beams allows real-time beam shaping and null creation to easily allow regulatory compliance and overcome and avoid interference
