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Capability profile
Apsis is developing a modular software-defined radio around the JESD204B interface so high-speed converters and mixed-signal transceivers can be selected for different low-Earth-orbit radio configurations.
Modular spaceborne software-defined radio
Reviewed connections
A reconfigurable Canadian space radio could support communications or data relay for northern sensing architectures, but no Arctic deployment or end-to-end system integration is publicly established.
A software-defined radio can move adaptable signal handling onto a satellite payload; the public record does not yet establish onboard analytics or a fielded edge-processing use case.
This is a reviewed public-source assessment. It is not procurement eligibility, endorsement, customer interest, or classified demand.
Source library
Government of Canada · Aug 1, 2025
Source type: award or contract
Supports: Capability · summary
Source location: capabilities.apsis-jesd204b-software-defined-radio.summary
Apsis is developing a modular software-defined radio around the JESD204B interface so high-speed converters and mixed-signal transceivers can be selected for different low-Earth-orbit radio configurations.
Supports: Mission area · Arctic Domain Awareness
Source location: capabilities.apsis-jesd204b-software-defined-radio.missionMatches.0.alignmentSummary
A reconfigurable Canadian space radio could support communications or data relay for northern sensing architectures, but no Arctic deployment or end-to-end system integration is publicly established.
Public sources cited · Facts and assessments kept separate · Human review
Evidence limits
Next useful conversation
Save the capability and its sources, then verify operating performance, maturity and integration constraints directly with the organization.
