High-speed digital signal processing (DSP) is at the center of many of today's military innovations. Lyrtech's Defense and Aerospatial Products and Solutions have been providing leading worldwide defense research centers with expertise in digital signal processing for more than twenty years. We've also worked on a range of projects, including video image electronic stabilization systems, missile simulators and imaging spectrometers software, and more.

Lyrtech is certified NATO Secret Level II and most of our engineers are NATO Secret certified. Lyrtech turnkey solutions have a proven track record for delivering high-performance defense and aerospatial solutions. Ask our experts to assemble a turnkey solution tailored to your development challenge.

Start discussions on your project needs.

Expect added value from Lyrtech:

• Multidisciplinary team with expertise in real-time processing and embedded systems for telecom, audio, video and control applications
• 18 years of close collaboration with Defence Research & Development Canada - Valcartier
• Experience in ruggedized packaging for military environments
• Ability to deliver: strong track record
• Accelerate leveraging of existing technology by providing world-class software and electronics engineering services (Certified Interconnect Designer (CID))

Details about our military & aerospace product areas of expertise:
Signal Processing, Optronics and Control Applications

Successful defense and aerospatial projects:

	Imaging seeker
	Simulation of Engagement of Missile Aircraft and Countermeasure - Semac
	Passive Infrared Ranging and Target Evaluation System - PIRATES
	Future Armored Vehicle System - FAVS III
	Infozone
	Test & Calibration Tool Kit

PRODUCTS

Product page

SFF SDR Development Platform The Small Form Factor (SFF) Software-defined Radio (SDR) Development Platform is a unique new product that addresses the special portable SDR needs of military, public safety, and commercial markets. It was designed around the latest DSP and FPGA technology — Lyrtech’s area of expertise — as a low-cost, off-the-shelf, integrated hardware and software development solution. Highlights The smallest form factor of the industry, for highest portability Processing that is completely integrated from RF to baseband Embedded, independent power monitoring for each processor in real time

Product page

SFF SCA Development Platform The Small Form Factor (SFF) SCA Development Platform is a unique new product that addresses the special portable SDR needs of military, public safety, and commercial markets. It was designed around the latest DSP and FPGA technology — Lyrtech’s area of expertise — as a low-cost, off-the-shelf, integrated hardware and software development solution. Highlights The smallest form factor of the industry, for highest portability Processing that is completely integrated from RF to baseband Embedded, independent power monitoring for each processor in real time

Product page

SFF SDR Evaluation Module The Small Form Factor (SFF) Software-defined Radio (SDR) Evaluation Module is a unique new product that addresses the special portable SDR needs of military, public safety, and commercial markets. It was designed around the latest DSP and FPGA technology — Lyrtech’s area of expertise — as a low-cost, off-the-shelf, integrated hardware and software development solution. Highlights The smallest form factor of the industry, for highest portability Embedded, independent power monitoring for each processor in real time

DATA ACQUISITIONAND PLAYBACKSYSTEM (DAPS) The Data Acquisition and Playback System (DAPS) is used to record AN/AAR-47 optical sensor signals and threat declaration data from the AN/AAR-47 Missile Warning System (MWS). It performs signal playback of real or synthetic signals data to the AN/AAR-47 MWS-Computer Processor (CP). Use as a test bench in the field or in a lab for developing advanced Missile Warning Systems.

LASER WARNING RECEIVER (LWR) The Laser Warning Receiver (LWR) Demonstrator is an instrument for locating laser threats based on the 2-Band HARLID module. The integrated module provides a direct digital readout on the angle of arrival of a collimated laser beam. The LWR covers visible and near-infrared wavelengths used by common weapons. The LWR is a low-cost primary laser detector for military warning and countermeasure systems.

MATES PLATFORM The MATES (Missile and Target Engagement Simulator) Platform is a laboratory optical environment used to generate Infra-Red (IR) light beam scenarios that are presented to a device with IR sensing ability. The system is composed of an optic table with 2 IR sources. The IR light beams are adjustable in size, intensity and position (azimuth & elevation). These adjustments are controlled by 2 software applications. One application provides manual control of the test environment while the second application is a high-level scenario generation application using complex calculation algorithms. These applications control the movements of the MATES Platform optical elements using step motors.