RF Systems
Radio-frequency engineering shaped around signal integrity, adaptability and demanding communication environments.
Capabilities / Engineering systems
From radio-frequency foundations to integrated communication concepts, Achilles-DS approaches capability as a connected engineering system.
Capability map / 01
The diagrammatic treatments on this page are conceptual and do not represent measured product data.
Radio-frequency engineering shaped around signal integrity, adaptability and demanding communication environments.
Detecting, characterising and mitigating interference and spoofing threats to protect GNSS and communication links.
Communication engineering directed toward connected spacecraft and supporting mission architectures.
Advanced wireless approaches for connected systems operating beyond the space segment.
Component and system thinking aligned with the needs of geostationary satellite applications.
Bringing radio, signal-processing and communication elements together as coherent engineering systems.
Exploration of adaptable, intelligent and next-generation communication concepts.
Integration logic / 02
Characterising interference, channel conditions and operational constraints before system design begins.
RF CONDITIONS / INTERFERENCEDetecting, characterising and mitigating interference and spoofing threats, including GNSS link protection, for the target mission.
GNSS / INTERFERENCEApplying deterministic and adaptive processing to extract, clean and optimise mission-critical signals.
FPGA / INTELLIGENT / BASEBANDDelivering a validated, interoperable output ready for existing receivers, modems and communication infrastructure.
VALIDATED / INTEGRATEDFrom capability to subsystem / 03
PSR100 and PSR500 bring receiver-side signal conditioning into compact and infrastructure-scale integration contexts.
Compare Pelian SDR systemsOpen channel
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