AE-4500
Auto ESM System


Detect. Identify. Geolocate. Decide.
The AE-4500 Auto ESM System provides small form factor radar detection and collection capabilities designed for installation on small manned and unmanned airborne platforms. The commercial-off-the-shelf (COTS) solution reduces the size, weight and power (SWaP) needed to detect, identify, collect and locate modern radar emitters.
This stand-alone collection and analysis system includes all antenna, radio frequency (RF) and digital signal processing hardware and software required for on-board emitter detection, deinterleaving, identification, geolocation, correlation and reporting.

TRL 9
240°
40 GHz
Mission Planning & Analysis
Modular Architecture
Signal Processing
Low-Band Frequency Extension
Receiver Processor Assembly (RPA)

Modern ESM Systems for Any Platform
SNC supports operations throughout PACOM with solutions like the AE-4500 ESM system for air and ground platforms, that enable long-range, passive precision targeting to detect, identify and locate radars and non-communication signals.
The AE-4500 delivers situational awareness and actionable intelligence to users via precision geolocation data, post-mission analysis tools, correlation and reporting. Designed for any platform, AE-4500 minimizes the size, weight and power needed to effectively collect and track radio frequency (RF) energy.

Small SWaP
Modern platforms struggle to detect RF while constrained by size, weight and power limitations. AE-4500 delivers maximum capability at reduced weight and power.
Open Architecture
Designed for any platform, AE-4500 provides a software-defined radio architecture that supports third-party application development for affordable system growth through available software and firmware developer's kits (SDK and FDK).
Automatic Search Mode
Provides hands-off operation during short or long missions. Search Mode may be stopped by an operator for manual Set-On collection for recording of complex signal patterns.
Precision Geolocation & Targeting
The system provides precision direction finding (DF) accuracy and wide instantaneous azimuth coverage using phase interferometer antenna arrays.
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