ELISRA

SUNSTONE GES-210/E is a line of field-proven solutions for
ground-based, tactical and strategic ESM/ELINT. This state-of-theart
solution developed by Elisra delivers exceptionally accurate,
real-time situation awareness and continuous, 24-hour ESM/ELINT
information gathering.
Supporting all mobile and stationary ground platforms, the GES-
210/E system variants are suitable for any geographical arena.
Modular, scalable and interoperable, the system can be quickly
and easily configured to customer requirements, accommodating
any frequency range and area of coverage.
Designed for seamless interoperability, the GES-210/E is available
as an end-to-end ELINT network, or as an add-on to existing networks,
and can be further integrated with additional elements, including
COMINT capabilities. The system has been thoroughly field-tested
and is currently deployed at various sites around the globe.

Implementing Today’s Most Advanced Technologies

Utilizing a combination of today’s most sophisticated technologies, this
cutting-edge system meets the rapidly evolving needs of modern combat zones. The GES-210/E system enables long-range signal detection, high probability of intercept, fine grain parameter measurements, and complex
signal handling by providing detection, identification, tracking, and locationfinding for ground, shipborne and airborne targets.
Operated either locally or remotely from a Command & Control Intelligence Center (C2I), the system enables the rapid provision and dissemination of Electronic Order of Battle (EOB) for use by field commanders & ELINT analysts.
For in-depth understanding and discrimination of the various targets in the arena, the Automated Data Analysis Tools (ADAT) provide inter- and intrapulse analysis.
Various direction-finding techniques - including a spinning or multiple beam antenna, mono-pulse phase (Interferometer), and Differential Time of Arrival (DTOA) - can be implemented as required for specific configurations.
Among the system’s advanced features are multi-channel super-heterodyne receiver; processor using sampling techniques (digital receivers), and advanced deinterleaving capabilities for enhanced signal separation. The operator display includes real-time multi-layer display modes and Geographic Interface Systems (GIS) - allowing customer-generated maps and objects.

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