Designed for small spacecraft, SDR provides scalable processing capability and multiapplication support within a single, modular radio subsystem.
PRODUCT OVERVIEW
Flight Proven Flexible Design
This compact, high performance SDR
platform enables flexible satellite
communication from 70 MHz to 6 GHz.
SDR supports multiple RF frontend and offers
in orbit reconfigurability through an
embedded Linux system.
VALUE AT GLANCE
Reconfigurable Radio Technology for Dynamic Space Missions
Features a software-defined architecture with multiple RF frontend
TECHNICAL FEATURES
Frequency Range
70 MHz - 6 GHz
56 MHz
Memory
4 Mbit /8 Mbit SPI FRAM
128 Gbit SD Memory
Mass
<280 gr
Power Consumption
< 7W
RADIOS & ANTENNAS PORTFOLIO
Mission-Ready Radios & Antennas
The Radios & Antennas portfolio delivers flight-ready communications hardware for LEO missions. From resilient TT&C links, it offers band and configuration options in compact, integration-friendly form factors.
UHF Deployable Dipole Antenna
UHF Deployable Dipole Antenna provides a reliable, lightweight, and flight-proven communication solution for small satellite missions requiring stable UHF-band connectivity.
X-Band Transmitter
A configurable X-band transmitter engineered for sustained high-throughput downlink.
UHF Deployable Monopole Antenna
A deployable UHF solution designed to deliver wide-area TT&C coverage, with a deployment architecture focused on mechanical confidence.
S-Band Patch Antenna
A compact S-band antenna optimized for dependable TT&C, providing stable links throughout routine operations and contingencies.
S-Band Dual Patch Antenna
S-Band Dual Transceiver Antenna simplifies TT&C with combined transmit and receive paths, compact, integration-friendly hardware eto keep TT&C links stable throughout LEO mission operations.
X-Band Patch Array Antenna
A high-gain, low-profile array on LEO small satellites while keeping integration simple.
GET IN TOUCH
Flexible SDR. Proven in Orbit.
Ready for Your Mission.
Plan-S SDR brings flight-proven reliability, flexible RF configuration, and in-orbit reconfigurability into a compact radio subsystem designed for evolving satellite missions. From single-spacecraft operations to constellation-scale deployments, it provides the adaptable communication architecture needed to support stable, scalable, and future-ready space applications.
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