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Optical modulation
Developing cutting-edge modulation solutions for specific applications, such as high-energy lasers, communication systems, or sensing devices, demands continuous advancements.
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.
Pioneering precision & efficiency in optical modulation for challenging applications
Lithium niobate electro-optic modulators
Exail pioneers precision and efficiency in optical modulation, specializing in cutting-edge lithium niobate (LiNbO₃) modulators. With advanced technology and innovation, our modulators redefine high-speed optical signal modulation for lasers, quantum systems, and optical communications.
Explore our intensity modulators, ensuring unmatched stability across operational conditions, and phase modulators with high photo-refractive thresholds, both spanning low frequencies to 40 GHz.
RF modulator drivers
Elevate your optical modulation capabilities with Exail's cutting-edge RF modulator drivers. Designed for precision in amplifying electrical signals, our drivers are crafted with GaAs technology and a distributed amplifier topology, ensuring optimal conditions for driving optical modulators. AC-coupled and excluding continuous signal transmission, these drivers prioritize performance and safety.
Seamlessly integrated with Exail modulators, our drivers offer ease of use, reliability, and efficient heat dissipation. Transform your modulation setup with Exail's dedicated focus on delivering top-tier RF modulator drivers for unparalleled performance.
Modulators bias controllers
Exail's Modulator Bias Controllers (MBC) offer advanced solutions for optimizing intensity modulators performance. These controllers stand-out in providing precise bias voltage to select and stabilize the modulator's operating point, ensuring consistent and stable conditions over time and temperature variations. In contrast to manual adjustments, Exail's MBCs are automated bench-top instruments, eliminating the need for constant monitoring and readjustment.
The MBCs enhance the efficiency of Mach-Zehnder interferometer modulators, making them ideal for various applications demanding high performance and operational stability.
ModBox systems
Fusion of photonics, RF & hyper-frequency, electronics, and software technologies, ModBox represents the pinnacle of the Exail's expertise. The company masters the entire LiNbO3 modulator chain, from chip design to packaging, selecting the best modulators for optimum performance (low insertion loss, high extinction ratio, high optical output, wide bandwidth, and more).
Exail's customizable ModBox systems, designed for external modulation, cater to diverse needs, from high-speed telecommunication modulation schemes like (D)QPSK, PAM, DPSK, NRZ to sub-nanosecond optical pulses spanning 780 nm to 2000 nm. Its expertise in photonics, RF, hyper-frequency, electronics, and software allows Exail to guide customers through the entire process, from selection and definition to procurement, installation, and configuration, for optimal ModBox performance.