01
Software only
ReGen-DIF
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DIF file
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ARAMIS or user SDR
Generate and process GNSS signals without RF hardware.
GNSS RF simulation · SDR software receivers · signal research
GNSS RF simulation and SDR software receivers.
Systems for GPS, Galileo, GLONASS, BeiDou, QZSS, NavIC and SBAS signal generation, recording, playback, software-defined reception and laboratory testing.
PORTOS A8 Multi-channel GNSS RF front end and recorder
Engineering GNSS systems since 2007 · Tokyo, Japan
GNSS Applications
Start from the engineering problem.
Our systems are configurable around the experiment or test method, rather than restricted to a fixed instrument workflow.
01
Receiver & Equipment Testing
Repeatable RF simulation for development, verification, production and acceptance testing.
Explore 02SDR & Signal Research
Configurable multi-channel acquisition, raw data access and open processing interfaces.
Explore 03Ionosphere & Scintillation
Specialized receivers, simulation models and observables for propagation research.
Explore 04Interference, Spoofing & CRPA
Controlled scenarios and multi-antenna platforms for interference and adaptive processing tests.
Explore 05GNSS–INS & Dynamic Simulation
Coordinated GNSS and inertial data for integrated navigation development and HILS.
Explore 06Academic Labs & Training
Complete experimental systems combining hardware, software, exercises and textbooks.
ExplorePrincipal products
GNSS RF simulation and SDR receiver products designed to work together.
Use each product independently, or connect signal generation, multi-channel acquisition and receiver processing as a complete laboratory.
Integrated signal laboratory
One technology base. Several ways to work.
ReGen creates signals and scenarios. Replicator provides the full four-RF rack-mount platform. The Simceiver family provides compact integrated simulation, recording and controlled playback in Two-RF and single-frequency USB-2 configurations. PORTOS is the configurable RF front end and recorder. ARAMIS is the SDR receiver and processing environment.
02
Recorded signals
PORTOS
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Recorded DIF
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ARAMIS or user SDR
Repeat the same captured signal environment in post-processing.
03
Real-time reception
Live GNSS RF
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PORTOS front end
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ARAMIS ISM
Receive and process live signals through the configurable RF front end.
04
Real-time simulation
ReGen
→
Simceiver or Replicator RF
→
ARAMIS or conventional receiver
Run dynamic scenarios with real-time signal and RF power control.
05
Controlled playback
Saved DIF
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Simceiver™ / Replicator
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ARAMIS or conventional receiver
Play recorded or simulated files using integrated Simceiver playback or an optional Replicator playback configuration.
- Recording and RF transmission remain separate operating paths; there is no real-time record-to-transmit function.
- Third-party hardware is generally not supported. If required, please ask about compatibility.
- The control PC operates under Microsoft Windows.
GNSS RF front ends & recorders
PORTOS GNSS RF Front Ends
A family of configurable front ends and recorders for real-time ARAMIS processing and post-processing of recorded signals. Compact A1/A2 units reduce cost and size; rackmount A8 supports multi-channel and multi-antenna research.
- One-, two- and eight-input platform options
- Order-specific RF bands, sampling and bandwidth
- Raw DIF recording plus ARAMIS software access
Simceiver Two-RFRF 1RF 2
Simceiver USB-21 RFVolume
Both models integrate simulation, recording and controlled playback through separate operating paths.
Integrated simulator, recorder and playback family
Simceiver™ GNSS RF Simulator, Record & Playback
Two compact Simceiver configurations: a current high-end Two-RF system for dual-frequency or two-vehicle testing, and a mature single-frequency USB-2 model for volume deployment.
- Integrated simulation, recording and controlled playback
- Two-RF model with bundled ARAMIS signal-quality checks
- USB-2 model available for volume orders; minimum order quantity applies
GNSS RF simulation
ReGen GNSS RF Simulator Systems
Software-defined simulation for receiver development, dynamic scenarios, error modelling, HILS and multi-output testing.
Replicator · Ninja · ReGen-DIF
View simulator systems
GNSS SDR scientific and R&D receivers
ARAMIS ISM & RAD
ARAMIS ISM provides ionospheric-scintillation monitoring; the ARAMIS R&D receiver provides open processing without ISM functions. RAD combines the ARAMIS engine with PORTOS A8 for multi-antenna, CRPA and tightly coupled GNSS–INS research.
Explore ARAMIS receivers
GNSS Professional Services
Engineering expertise connected to working tools.
Expert-led GNSS RF simulation and SDR software-receiver consulting, system integration, custom development and verification—normally supplied with IP-Solutions products or as a defined engineering project.
GNSS laboratories and technical training remain available as integrated packages combining hardware, software, experiments, exercises and published textbooks.
Explore professional services Books and technical foundationBeyond standard products
Need a system that does not yet exist?
We adapt our RF, SDR, signal-generation and multi-channel processing technology to customer-specific instruments under an NRE development program.
Discuss an NRE projectIP-Solutions
Small enough to specialize. Experienced enough to deliver.
2007
IP-Solutions created in Japan
GNSS + SDR
Core engineering focus
Research to product
Hardware, firmware and software
IP-Solutions develops specialized satellite-navigation equipment in Tokyo. Our history includes receiver and simulator development, field experiments, international projects, technical publications and GNSS education, with an archive extending to earlier work by the company's engineers.
Company history & photo archiveStart a technical discussion
Tell us what you need to test, measure or develop.
We will recommend a standard configuration where it fits—and define feasibility and NRE separately where it does not.
Contact IP-Solutions