RFeye DeepView software at a glance
Monitoring and intercepting signals across wide frequency ranges can be very challenging. Signal analysis of unknown and complex emitters is problematic. The wider bandwidth and highly complex, low-power characteristics of some modern Transmitters of Interest (ToIs) are difficult to find, identify, and understand.
CRFS developed RFeye DeepView specifically for EW and SIGINT operators and RF test engineers. The signal analysis software is an easy-to-use, advanced signal monitoring and measurement solution that enables spectrum segment intelligence. Users can reliably record and capture RF signals and detect ToIs, which can be recognized, analyzed, and further processed.
RFeye DeepView is an advanced signal analysis software with a 100% probability of intercept. The Signal Discovery feature empowers users to quickly detect anomalies and perform statistical analysis on extensive datasets, efficiently isolating critical signals of interest.
- Wideband signal intelligence monitoring
- Signal Discovery™ is a perpetual license with V2.5
- RF recording and I/Q capture
- Measure unknown transmitters
- Signal content extraction
- Stream I/Q data (VITA-49) to COMINT for processing
- Exclusively for RFeye hardware
- Supports RFeye SenS Portable and RFeye Node Plus for long-duration RF recording and capture
Advanced signal intelligence
Observe the occurrence and properties of specific signals to gain situational awareness. Measure unknown or ‘unfriendly’ transmitters of interest (ToIs) and extract signal content by creating signal fragments or ‘snippets.’
Signal interception
Search, detect, record, and capture RF data (long duration, wideband RF recording of I/Q) to support content extraction and post-processing (demodulation and decryption via third-party software).
Signal analysis
Determine accurate signal parameters and characteristics. Perform measurements on live or recorded signals. See an overview spectrogram of the complete dataset. Export and import digitally tuned and filtered sections of I/Q data.
Signal Discovery
Signal Discovery™ allows operators to find unknown, hidden, or low-SNR RF signals without relying on predefined signal libraries. It combines automated signal detection, statistical analysis, visual filtering, and automated workflows to accelerate detection and reduce operator burden in complex spectrum environments.
RFeye DeepView allows you to:
- Preview the entire frequency range of the RF sensor
- Record up to 100 MHz IBW
- Interpret a densely populated signal picture
- Detect known and unknown signals
- Extract a signal’s content (I/Q snippet)
- Record and analyze multiple signals in high-fidelity
- Store TBs of raw and processed I/Q data
- Extract and export data in various formats (VITA-49, RFIQ, XDAT, NCP, SIGMF, CSV, H5, HDF5, SIQ, WAV, EWAV)
- Add signals to your intelligence library
- Inform the parameters for custom detectors
- Measure and technically analyze unknown signals
- Record RF (wideband, long duration I/Q data capture)
- Stream in VITA-49 to third-party software
Required specifications for optimal performance
- Intel quad-core i9 processor (or higher)
- Memory: 32 GB RAM or higher
- Thunderbolt 3 port to control the RFeye SenS Portable RF recorder (when used)
- We recommend purchasing a PC CRFS has pre-configured for RFeye DeepView, I/Q recording, and analysis. This option lets end users record RF I/Q data immediately using a pre-configured, thoroughly tested system.
Related Products
RFeye Site software
Multi-mission, multi-domain and multi-user Connect to and task RFeye hardware with multiple missions simultaneously. Run multiple missions (geolocation, detection, measurement missions etc) in parallel for maximum flexibility. Spectrum monitoring & measurements Conduct ITU-compliant spectrum monitoring and all essential measurements including channel occupancy, power, and frequency deviation. Overlay and analyze with customizable charts and measurement tools. Signal Discovery Signal Discovery increases probability of intercept for hard-to-find, unknown signals, or signals hidden in the noise. It is especially useful to discover non-standard signals, drone telemetry and datalinks, and mesh modems, which help identify mesh networks. Fast, accurate geolocation Manually or automatically detect signals of interest and geolocate the source by using multiple geolocation techniques. Time Difference Of Arrival (TDoA), Power On Arrival (PoA), Angle Of Arrival (AoA) techniques are all supported as well as hybrid geolocation which combines all of them, displayed within the interactive map. Geolocate multiple targets over wide areas in real-time with extremely fast update rates ensuring accurate geolocation of emissions even from fast-moving targets. Hybrid geolocation draws on powerful algorithms, fast and accurate synchronised techniques (AoA, TDoA and PoA) for advanced localization and geolocation. The post-processing TDoA feature allows geolocation of recorded signals allowing, for example, post-event diagnosis of interference incidents. Geolocation scenarios can be conducted with the simulation tool enabling users to practice and fine-tune their geolocation and interference-hunting skills.
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Mission Manager is a virtual spectrum manager, enabling users to establish and coordinate multiple scan operations, including sweep, occupancy, time, bearing, detector, and remote recording. Additionally, it permits sweep and interlinked surveys to form a command center from a central location. Software users can build a continuous and synchronous view of the spectrum as events happen.
DFH40 | Compact DF Head Systems
The DFH40 Direction Finding antenna is a robust, field-ready solution for precision monitoring and direction finding from 500MHz to 40GHz, offering flexibility and frequency breadth across the SHF and lower EHF frequency bands. Designed for tactical deployments, the DFH40 enables reliable real-time direction finding, signal interception, and emitter geolocation where traditional systems cannot operate. Six high-performance spiral antennas with high-speed commutation and precise timing enable synchronized data correlation across multiple DF Heads and RFeye Nodes, delivering accurate geolocation of target signals using combined AoA and TDoA techniques. LOBs can be overlaid onto a wide variety of maps, satellite images and 2D / 3D GIS datasets, to give a unique positional display showing source geolocation probabilities. All signal types in the range can be mapped, irrespective of signal power, bandwidth or frequency. CRFS offers a selection of interchangeable DF Heads designed for use with Rapid Deployment Kits (RDKs), allowing users to build a toolkit suited to each mission.
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DFH500 | Compact DF Head Systems
The DFH500 Direction Finding antenna is a robust, field-ready solution for precision monitoring and direction finding from 30MHz to 500MHz, offering flexibility and frequency breadth across the VHF and lower UHF bands. Designed for tactical deployments, the DFH500 enables reliable real-time direction finding, signal interception, and emitter geolocation where traditional systems cannot operate. Lightweight and rapidly deployable, the DFH500 can be fully integrated into CRFS sensor networks and software ecosystems. Ideal for electromagnetic spectrum operations, border security, interference hunting, and VHF/UHF COMINT/SIGINT operations. CRFS offers a selection of interchangeable heads designed for use with Rapid Deployment Kits (RDKs), allowing users to build a toolkit suited to each mission.
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