ISL

RFView modelling & real‑time electromagnetic simulation for radar/EW test and validation.

ISL Inc is a leader in radio frequency modelling, real-time electromagnetic simulation, and digital twin technology for radar and electronic warfare applications. At iTkey, we deploy ISL RFView solutions for Australian defence, test ranges, and research organisations that need realistic RF environment simulation for test, training, and validation. From scenario generation to closed-loop HITL test, we help you replicate complex electromagnetic environments for assured mission readiness.

Broadcast Media

RF interference analysis and frequency coordination for wireless microphones and cameras
Spectrum planning and propagation modelling for broadcast transmission sites
Digital twin simulation of broadcast facilities for capacity planning and optimisation

Defence

Radar and electronic warfare system test with realistic threat scenarios
Hardware-in-the-loop (HITL) evaluation of radar warning receivers, ESM, and countermeasures
Integration with range instrumentation and live-virtual-constructive (LVC) architectures

Energy

RF environment simulation for communications infrastructure and smart grid systems
Interference analysis for substation wireless systems and SCADA communications
Digital twin modelling of communications networks for resilience and capacity planning

Finance

RF security assessment and electromagnetic leakage detection for secure facilities
Interference analysis for wireless networks and critical communications systems
Communications infrastructure modelling and capacity planning for data centres

Mining

RF propagation modelling for mine communications and positioning systems
Interference analysis for autonomous vehicle communications and control links
Spectrum planning and coordination for multi-system wireless operations

Education and Campuses

RF propagation modelling and electromagnetic simulation for research and teaching
Digital twin environments for campus network planning and optimisation
Research support for RF and antenna design with simulation and validation tools

Products

RFView Simulation Platform

Real-time electromagnetic simulation with terrain propagation, multi-path, and atmospheric effects
Modular architecture supporting radar, EW, communications, and GNSS simulation
Scalable from desktop workstations to distributed server clusters for large scenarios

iCLEAR

Simultaneously provides clean nuclear electricity and CO2 sequestration
Anticipates electrical grid demand based on multiple real time inputs
Implements artificial intelligence to predict future usage trends
Manages load balance maneuvers to transfer heat output

Passive Sonar Intercept

The Passive Sonar Intercept (PSI-Ψ) System is a wide bandwidth acoustic intercept, processing, and display system with fully integrated hydro-acoustic analysis capability.
The Intercept Sonar provides the submarine crew with capability to detect, classify and track active SONARs, weapons, and other potential acoustic threat signals.
he Hydrophone Array and other outboard equipment are made from corrosion-resistant materials such as titanium to provide high-reliability and long service life.

Specific in‑use scenarios

Broadcast RF Coordination and Interference Analysis

Deploy RFView for RF interference analysis and frequency coordination for wireless microphones, cameras, and transmission systems. Model spectrum planning and propagation for broadcast transmission sites with terrain and building effects. Create digital twin simulation of broadcast facilities for capacity planning and equipment placement. Support engineers with training on RF systems, interference mitigation, and spectrum management. Validate coverage predictions with field measurements and adjust models accordingly.

Defence Radar and EW System Testing

Connect equipment under test to ISL RFView platform via RF signal generators for HITL evaluation. Inject complex threat scenarios with multiple radars, jamming, and deception techniques for realistic testing. Capture system responses with synchronised timing and compare against expected performance with automated scoring. Integrate with range instrumentation and LVC architectures for distributed test and training. Conduct mission rehearsal and tactics development with synthetic environments.

Energy Smart Grid Communications Modelling

Deploy RFView for RF environment simulation of smart grid communications infrastructure and wireless SCADA systems. Analyze interference patterns for substation wireless systems and field area networks. Create digital twin models of communications networks for resilience and capacity planning. Train engineers on RF propagation, electromagnetic compatibility, and spectrum coordination. Support rollout of new wireless technologies with predictive coverage analysis.

Finance Data Centre RF Security Assessment

Conduct RF security assessment and electromagnetic leakage detection for secure trading floors and data centres. Model communications infrastructure and capacity planning for low-latency networks. Analyze interference for wireless networks and critical communications systems. Train security teams on RF threats, countermeasures, and detection techniques. Support compliance with electromagnetic security requirements.

Mining Communications Coverage optimisation

Deploy RFView for RF propagation modelling of mine communications and positioning systems. Analyze interference for autonomous vehicle communications and control links throughout pit and underground operations. Create digital twin simulation of communications infrastructure for coverage optimisation and capacity planning. Support spectrum planning and coordination for multi-system wireless operations. Validate predictions with field measurements and drive testing.

University RF Engineering Teaching and Research

Deploy RFView in electrical engineering and physics laboratories for hands-on teaching of RF propagation, antenna design, and communications systems. Create synthetic scenarios for students to analyze signal strength, interference patterns, and coverage optimisation. Support research projects in spectrum management, wireless communications, and electromagnetic compatibility. Provide digital twin environment for campus wireless network planning and optimisation studies. Model 5G campus networks, IoT deployments, and smart building systems for capacity analysis. Enable graduate research in radar signal processing, electronic warfare, and autonomous systems with validated simulation models. Integrate with lab instrumentation and measurement equipment for correlation of simulated and measured results.

Brand Resources

Explore detailed product specifications, firmware downloads, application notes and technical documentation from ISL, or connect with iTkey for local design, installation, and support across Australia.

Resources

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Ready to Discuss Your Requirements?

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Precision Engineering
Our timing solutions deliver nanosecond-level accuracy for the most demanding applications.

Security First
Military-grade security features and compliance with classified network requirements.

Expert Support
Technical support from timing specialists with defence and infrastructure experience.

Custom Solutions
Tailored timing architectures designed for your specific operational requirements.