Ionosphere & scintillation
Use specialized observables, monitoring displays and configurable processing for amplitude, phase and propagation studies.
GNSS SDR receivers for monitoring, R&D and teaching
ARAMIS ISM, RAD & Academic GNSS SDR Receivers
ISM is the ionospheric scintillation monitor. RAD is the rapid application development receiver built with PORTOS A8. Academic editions support research and teaching.
ARAMIS ISM GNSS SDR ionospheric scintillation monitor
Primary scientific configuration
GNSS SDR ionospheric scintillation monitoring with ARAMIS ISM.
ARAMIS ISM is the primary scientific receiver configuration.
It combines the ARAMIS GNSS SDR receiver with scintillation observables, monitoring displays and configurable processing for amplitude, phase and propagation analysis.
ARAMIS ISM brochureRapid Application Development
RAD GNSS SDR receiver for CRPA and GNSS–INS R&D.
RAD combines the ARAMIS SDR engine with PORTOS A8 multi-channel hardware.
RAD includes PORTOS A8, ARAMIS processing, NAV API and BASE API. It supports up to eight antennas, real-time processing, recorded-data processing, CRPA and integrated-navigation development.
- Up to eight configurable antenna and SDR channels
- CRPA, coherent acquisition and multi-antenna processing
- RS-422 IMU data acquisition and packet decoding
- Optional loose, tight and ultra-tight GNSS–INS coupling
- Microsoft Visual C++ NAV API and BASE API
Receiver architecture
One receiver core for ISM, RAD and Academic editions.
All ARAMIS configurations use the same GNSS SDR receiver core and Microsoft Visual C++ software interfaces.
NAV API provides access to the navigation processor. BASE API provides access to the baseband processor. The same software can process ReGen-DIF, recorded PORTOS data or live RF through a PORTOS front end.
Academic editions, including limited no-cost licensing for selected non-commercial research and teaching use, may be available.
RF signal
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Baseband
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Observables
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Navigation
R&D applications
A GNSS SDR receiver platform for R&D and custom development.
Receiver algorithm development
Work with acquisition, tracking, observables and positioning software through accessible processing interfaces.
GNSS–INS research
Optional integration supports loose, tight or ultra-tight coupling and BGPS™ instant-positioning know-how.
BGPS™ know-howTeaching & experimentation
Use an Academic edition for individual research, laboratory classes and receiver-software study.
Software demonstration
ARAMIS Navigation API.
A short demonstration of programmatic access to receiver navigation processing through the ARAMIS software interface.
Watch the Navigation API demonstration on YouTubeIndependent published evaluation
ARAMIS and PORTOS evaluated for NavIC + GPS ionosphere and positioning research.
Dr. Mehul V. Desai, Dr. Darshna D. Jagiwala and Dr. Shweta N. Shah evaluated a customized integrated ARAMIS SDR receiver and PORTOS RF front end for NavIC L5 + GPS L1 research published in IETE Technical Review. The SAC/ISRO-funded work used the ARAMIS Navigation API and raw-data access, implemented grid-based ionospheric correction, and compared the results with an Accord receiver.
Read the paper (PDF) Publisher pageData & software access
Work at the level your research requires.
ARAMIS can expose intermediate receiver data and processing interfaces that conventional commercial receivers keep closed.
- Signal acquisition and tracking information
- Correlator, baseband and measurement-level data
- Pseudorange, carrier phase, Doppler and quality observables
- Microsoft Visual C++ NAV API and BASE API
- Real-time processing and repeatable post-processing
- Customer algorithms and specialized output formats
Integration & laboratories
Connect ARAMIS to simulation, RF front ends and inertial sensors.
Optional IMU/INS integration projects support loose, tight or ultra-tight coupling and optional BGPS™ instant-positioning know-how. Current hardware support includes PORTOS A8 and Simceiver with receiver hardware options. Other PORTOS configurations depend on the selected front end.
See BGPS™ instant-positioning know-how See laboratories & training ARAMIS ISM brochureConfiguration enquiry
Define the signals, monitoring observables and research objective first.
Tell us which constellations and frequencies are required, whether ISM monitoring functions are required, which processing levels must be accessible, and whether the receiver requires multi-antenna, CRPA, IMU/INS, simulator or laboratory integration.
Discuss an ARAMIS system