Telemus Inc.

Telemus Inc.

Telemus specializes in the design, development and manufacture of integrated Intelligence, Surveillance and Reconnaissance (ISR), and counter measure systems and suites for operational support in the international market. Thus, Telemus has developed a worldwide reputation for supplying vertically integrated advanced EW systems from its full breadth EW discipline capability and EW technology base.

As an international supplier, Telemus has brought an analytical approach to every one of its projects by assessing the operational imperatives, constraints and needs of its customers and their unique environment. Then through careful analysis, Telemus determines which architectures and products from its comprehensive EW technology base best address the customers operational goals in terms of effectiveness, reliability and economy.

Company Details

Year Established: 1994

Number of Employees: 25

Company Information

P. Michael Gale, Sr.
Title: President & CEO
Area of Responsibility: Management Executive
Telephone: (613) 592-2288
Fax: (613) 592-8855
Email: Click Here

Tracey Mccabe
Title: Vice President & CFO
Area of Responsibility: Finance/Accounting
Telephone: (613) 592-2288
Fax: (613) 592-8855
Email: Click Here

Michael A. Gale, Jr.
Title: Vice President & CTO
Area of Responsibility: Research/Development/Engineering
Telephone: (613) 592-2288
Fax: (613) 592-8855
Email: Click Here

Products

C-eagle

Eagle
The EAGLE (Electronic Acquisition Gathering Locating Equipment) is a family of cost effective integrated electronic support (ES) receiver systems for tactical electronic support measures (ESM) applications. A modern and very powerful ES system, the EAGLE technology supports rapid emitter detection, DF and signal measurement. Wide instantaneous bandwidth operation allows the EAGLE to search many thousands of frequency bins per second in any predetermined set of frequency bands over its entire frequency range. Wideband digital receiver operation combined with an advanced pulse processor and modern software based DSP technology ensures that the EAGLE is effective at intercepting modern large time-bandwidth product radar emitters, as well as conventional radar types. The EAGLE ES system offers wide frequency coverage typically going from 0.5 to 18.0 GHz. Special EAGLE systems can be supplied to cover 30 MHz to 40 GHz in a single VXI Chassis. The EAGLE system offers advanced modular VXI technology including synthesized tuner, pulse processor and digital receiver. The EAGLE technology enables a single ES system to meet ESM and ELINT mission requirements. The EAGLE is powered by RAVEN-ES software, which executes in a native MS Windows-NT/XP operating system environment. RAVEN-ES provides software based automatic ESM, as well as ELINT collection and analysis modes running on a ruggedized PC workstation.

Raven
The RAVEN (RF Airborne Volumetric Electronic Neutralization) system is an integrated airborne electronic warfare system designed to perform multiple types of ECM and jamming missions using an integrated suite of electronic attack equipment. It is designed to take advantage of larger business jet platforms, such as the Challenger, Embraer and Gulfstream aircraft, which provide ample space and prime power to enable simultaneous high ERP jamming in multiple radar and communications bands. EW operational support jammers often require multiple platforms to meet differing ECM objectives. Consequently, this creates higher mission and acquisition costs. The RAVEN offers a solution to this problem by providing the flexibility of full band coverage in a single multi band mission capable system. The RAVEN provides the user with the flexibility to fly a mixed tasking mission including, SIGINT, SOJ, and Threat Spoofing. The RAVEN architecture and technology lends itself to the option of high ERP jamming in any or all frequency bands. The RAVEN is a modern integrated airborne electronic warfare (EW) system that provides the entire functionality of a suite of EW equipment in a single compact system. Covering 30 MHz to 18.25 GHz, the RAVEN has been designed to give a total EW capability within a single integrated system.

Wolverine
The Wolverine is a family of transportable communications jammers used to provide ECM and jamming of communications signals from VHF to SHF. The Wolverine family is designed to jam a variety of communications signals, including jamming on any radio frequencies that may be used to trigger the detonation of radio controlled improvised explosive devices (RCIED). With the ability to jam local or longer range communications systems, the Wolverine is capable of jamming many types of signals including, mobile VHF/UHF radios, cellular phones and base stations, mobile satellite phones and other radio controlled devices. The Wolverine can be configured as a simple on/off broadband wall of noise jammer for cellular telephones or as surgical responsive jamming system. It also has the capability to operate as responsive jammer, by jamming only on frequencies programmed by the user. All members of the Wolverine family are programmable and optionally operated through a notebook PC. Opportunistic RCIED devices usually exploit new frequencies in the spectrum. The Wolverine set-on receiver provides the jammer with its own communications surveillance system to help monitor the local electromagnetic environment for potential threat signals and to build a picture of the normal communications traffic, thus allowing unusual signal activity to be detected and possibly jammed. In its responsive jamming configuration, the Wolverine rapidly scans the threat bands and automatically queues the Jammer on to any frequency of concern, allowing precise jamming to take place without operator intervention.

Corvus
The CORVUS Family is range of modular real time pulse analyzers for use with electronic support (ES) receiver systems and microwave tuners for ESM and ELINT applications. By combining advanced proprietary VXI RF/IF signal processing modules with powerful PC and COTS technology, Telemus is able to offer a very advanced and cost effective pulse analysis capability. The modular VXI approach to the CORVUS pulse analyzer allows the system to easily grow or to be enhanced throughout its operational life. The standard CORVUS pulse analyzer uses a conventional PDW capability to provide comprehensive signal analysis, including precision TOA, Pulse width and PRI. CORVUS options include an integrated digital receiver capability for intrapulse signal analysis and pulse on CW display. Other options include interfaces to existing AOA ports and adding its own integrated VXI tuner. The CORVUS is comes supplied with a notebook PC workstation and display.

S-eagle
The S-EAGLE (Signals-Electronic Acquisition Gathering Locating Equipment) is a family of integrated electronic support (ES) receiver systems for ISR (Intelligence, Surveillance and Reconnaissance) and Signals Intelligence (SIGINT) applications. The S-EAGLE can be used for both radar emitter and communications signals surveillance, intercept, and analysis. Combining the capabilities of the EAGLE (ELINT System) and the C-EAGLE (COMINT System), the S-EAGLE represents a modern and very powerful SIGINT system. The S-EAGLE offers a highly capable combination of receiver technology that supports rapid emitter and communications signal detection, measurement, recording and precision analysis. Using modern VXI based tuners (receivers), advanced pulse processors, signal digitizers, software-based radio and DSP technology, the S-EAGLE brings an unprecedented capability to transportable SIGINT applications. Using either an integrated system based on a single VXI chassis or a federation of standalone ES systems, the S-EAGLE offers unique signals and emitter acquisition and collection capability. Easily deployable onto existing platforms, the S-EAGLE provides the user with a highly flexible and cost-effective SIGINT system, which can be used as a primary sensor or to augment any established SIGINT assets. The SEAGLE enables the rapid establishment of an electronic order of battle picture on any deployed platform.

Coho
The Coho RTS 1200 series is a family of advanced computer controlled radar target and ECM simulators. They can be can be used to simulate radar target echoes, clutter returns, interference and ECM for the purposes of radar system and missile seeker test and evaluation. The Coho can also be used to train radar operators in a realistic jamming environment. Supplied in a variety of configurations, the Coho can be used as a direct connect hardware-in-the-loop (HIL) simulator, or as a chamber/field-radiating simulator system. Unique to the Coho is its integrated anechoic chamber simulator system configuration with an active antenna array for real time target angular motion. This capability is ideal for testing active missile seekers up to 40 GHz. The Coho can respond to any radar with sophisticated coherent target echo returns and both coherent and non-coherent ECM signals. Using advanced DRFM technology, the Coho is capable of sending real time signal responses back to the radar to simulate single or multiple targets with angular movement (azimuth and elevation), RCS modeling and scintillation, jet engine modulation (JEM), main beam, sidelobe and volumetric clutter, as well as coherent deception and denial ECM and jamming. The modular and open architecture of the Coho design implemented around the VXI industry standard instrumentation bus and chassis ensures extended operational life and continuous growth capability. MS-Windows driven software is provided with the Coho for easy programming of target, clutter and ECM parameters.

Atlantic
The Atlantic is an integrated transportable electronic warfare trainer. Typically mounted in an ISO shelter fitted to a trailer or all terrain vehicle, the Atlantic can be deployed aboard ship, at dockside or any radar site. The Atlantic includes multiple EW functions including ECM, ESM and TES. By the use of modular technology the Atlantic combines the strengths of dedicated radar jamming and radar signal simulators with full functional redundancy, enabling higher system availability. With a fully redundant target ship tracking capability combining DF and GPS tracking, the Atlantic provides an advanced, cost effective, all weather, day/night approach to EW training at sea or in the harbour. Fully programmable, the Atlantic can simulate a wide variety of ECM and Radar signals in a variety of scenarios. A total anti-shipping scenario is easily produced by the array of high power transmitters.

Communication Systems

Simulators

Survelliance

Information & Communication

Defense
Integrated Intelligence, Surveillance and Reconnaissance (ISR), and countermeasure systems and suites

Radar

Intelligence & Surveillance

Jammers

Services

Training