exail
Exail is a leading high-tech industrial group specializing in cutting-edge robotics, maritime, navigation, aerospace and photonics technologies.
- 303 993-4649
- 1580 Lincoln St.
Suite 860
Denver, CO 80203
United States
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PAM4 Optical Reference Transmitters
ModBox-PAM4 series
The ModBox-PAM4 serie is a 4-level Pulse Amplitude Modulation (PAM4) Optical Reference Transmitters that generate excellent quality PAM4 optical data streams up to 28 Gbaud, 56 GBaud. The ModBox-PAM4 integrates also: ER4 / LR4: CWDM or LAN-WDM 4 lasers sources, SR4: 850nm laser source, PON: 1310 nm and 1490 nm laser sources.
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Defense
Trusted by over 70 navies and armies worldwide, Exail delivers cutting-edge naval and land defense solutions, from navigation and robotics solutions to stand-off mine countermeasures systems, ensuring reliability and safety in the toughest environments.
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Subsea Imagery
With only 24% of the ocean floor being mapped with a submetric resolution, the ocean’s seabed is Earth’s last frontier. Mapping the seafloor, protecting marine habitats, hunting for wrecks, studying underwater geo-hazards…Those are challenges for the years to come.It is to help in that field, that Exail has developed a large range of sensors designed to address the full spectrum of subsea imagery applications, from sub-bottom profiling and seabed mapping to water column monitoring.
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Space Grade Components
Exail stands as a leading designer and manufacturer of space-grade optical components, meticulously crafted for challenging space environments. With a proven track record in successful missions, our "flight proven" components exhibit unparalleled robustness and reliability, even under extreme conditions.
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Laser Systems
Exail is committed to develop and manufacture performant and reliable optical components, and to have them integrated into turn-key laser systems for the most challenging applications: sensing, QKD or cold-atom manipulation.
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Motion Simulation
Exail's motion simulators are at the forefront of calibrating and testing inertial sensors, navigation systems, and optronic payloads across diverse applications, from traditional land vehicles and aircraft to emerging sectors like autonomous vehicles and wearables. With 60 years of expertise, Exail's rate tables deliver unparalleled performance, accuracy, and reliability, offering a cost-effective solution tailored to meet customer needs at every stage of product development. From concept to maintenance, Exail provides comprehensive support, ensuring the success of each project
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Quantum & Metrology Instruments
Beyond quantum sensors, Exail’s photonics solutions enable real applications in other quantum technology fields. They also enable precise control and transmission of the frequency, phase and amplitude of a laser light through fibered telecommunication links, for metrology applications. The true and deep understanding of Exail teams for the fundamental physics behind its technology explains the absolute quality of its time & frequency reference products.
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Inertia lnavigation for Civil Engineering
Exail's Attitude and Heading Reference Systems (AHRS) and Inertial Navigation Systems (INS), incorporate Fiber-Optic Gyroscopes for reliable performance in civil engineering. Suited for tunneling, mining, construction, railway, and mobile mapping, these systems excel in challenging environments like GNSS-denied areas, ensuring undisturbed navigation, accurate georeferencing, and precise pointing amid obstacles such as buildings, trees, tunnels, and mines.
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Free Space Micro-optics Assembly
Exail is committed to deliver photonics solutions with excellent performances and to support the most ambitious R&D projects, product developments and product industrialization. Turning any large photonic experiments into an Exail micro-optics assembly will unleash the potential of your developments in quantum technology, QKD, lidars, space communication, etc…
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Fiber Bragg Grating And Optical Filters
Exail is committed to develop and manufacture optical components with excellent performances to support the most diverse industrial applications such as Telecom, sensing, defense, space, fiber laser and harsh environment.
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Specialty Optical Fibers
The demand for specialty optical fibers grows, driven by the intricate needs of cutting-edge applications. From laser, sensing, communication, to space endeavors, Exail's expertise ensures unparalleled quality in the most complex environments. As a leading manufacturer, Exail is dedicated to achieving maximum performance levels, offering a complete and integrated solution—from crafting glass preforms and optical fibers to supplying cutting-edge fiber lasers.
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Optical Modulation
Unlocking the potential of optical modulation at Exail involves navigating a landscape of challenges. Essential objectives include high-speed modulation for efficient data transmission, precise modulation depth control, and minimizing signal distortion. Managing power consumption and ensuring stability across varied environmental conditions are equally critical. These challenges propel us to refine and innovate, meeting the dynamic demands of tomorrow's optical applications.
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Naval Navigation
In today’s high-risk operational environments, having a clear, accurate view of the maritime domain is critical. With proprietary technologies for GNSS-independent navigation, secure data management, and real-time insights, Exail offers a unique, integrated navigation solution for comprehensive situational awareness, both on the surface and underwater. This approach gives naval forces the resilience, safety, and operational edge needed to navigate dynamic conditions and enhance mission effectiveness.
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Aerospace
Recognized by leading aerospace manufacturers and operators, Exail provides a comprehensive range of cutting-edge solutions designed to ensure reliability, safety, and efficiency across ground, air, and space operations.
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Photonics
Exail empowers photonics engineers all around the world with high-performance, innovative and reliable optical solutions that have proven their relevance for laser, quantum, sensing, or space applications.
