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The PowerSpectrum™ HPR fiber Bragg-grating (FBG) cavity reflectors are specifically designed for high-power fiber lasers. The HPR reflectors are suitable for multi-kW lasers and are tailored to fit any fiber oscillator design.

The Med-2 Series HPR fiber Bragg-grating (FBG) cavity reflectors are specifically designed for high-power Continuous-Wave (CW) and Quasi-Continuous-Wave (QCW) Thulium (Tm) medical fiber lasers emitting at 1940 nm.

The PowerSpectrum™ RSS Raman Scattering Suppressor reduces the effect of Stimulated Raman Scattering (SRS) and increases laser power and stability.

The WSF series of wavelength suppression filters are band-stop filters that allow to block the transmission of a wavelength or a range of wavelengths over a specified bandwidth.

PowerSpectrum™ TPSR-Xtended is a tunable pulse stretcher optimized for high-energy ultrafast lasers.

The PowerSpectrum™ TPSR is a tunable pulse stretcher optimized for industrial and medical ultrafast lasers.

The PowerSpectrum™ CM-V is the most compact and robust, ultrafast pulse stretcher+compressor pair on the market, featuring a PowerSpectrum™ TPSR-V individually designed and tuned to a specific VBG compressor.

The all-fiber PowerSpectrum™ HPSR is a precise and compact fixed-dispersion pulse stretcher that enables optimal pulse recompression within ultrafast laser systems.

TeraXion’s all-fiber PowerSpectrum™ DMR chirped fiber Bragg gratings (CFBG) accurately set the chromatic dispersion in picosecond and femtosecond mode-locked fiber lasers, ensuring that all the wavelengths maintain a proper phase relation.

The ClearSpectrum™ TDCMX-SM chromatic dispersion compensator is slope-matched to G.652 fiber and provides adjustable, simultaneous compensation for all channels across the entire C-band, all within a single device. This 100 Gb/s-ready product supports intensity-modulation direct-detection over distances up to 80 km.

The ClearSpectrum™ DCML is a completely passive chromatic dispersion compensator that utilizes channelized fiber-Bragg gratings (FBGs) technology to provide extraordinarily low-latency while preventing interchannel and intrachannel nonlinear impairments. The chromatic dispersion compensator also features low insertion loss and high input-power handling.

The ClearSpectrum™ CDE is an ultra-compact and passive device that emulates levels of chromatic dispersion equivalent to thousands of kilometers of transport fiber, all within a space-saving module that fits within a half 1U 19-inch rack-mount module and requires no external power supply.

The ClearSpectrum™ TDCMB is a tunable chromatic dispersion management module that provides dispersion compensation and emulation within a single instrument. The module features fiber-Bragg grating (FBG) technology, which enables a broad dispersion range and operational bandwidth while also minimizing size.

The PureSpectrum™ NLL distributed feedback (DFB) laser integrates a high-power mono-mode semiconductor laser (up to 80 mW), built-in frequency discrimination, precision feedback monitoring, and high-speed frequency tuning all into a single, compact module that produces a narrow-linewidth output beam that is extremely stable and has very low noise.

The no-fuss laser module combines a DFB semiconductor laser, a low-noise current-source, and a temperature controller, all within a single, compact package. The LM operates in single-mode, producing as much as 100 mW of optical power with a linewidth less than 1 MHz and is frequency-tunable over a 50 GHz range with 10 MHz resolution.

The fiber Bragg grating (FBG) based ultra-narrowband tunable optical filter, available in both reflection and transmission-reflection models, enables high-isolation, narrowband filtering between 2 GHz and 50 GHz and ultra-narrowband filtering between 50 MHz and 500 MHz. Both models feature a high-precision, thermally-tunable platform capable of positioning peaks with 2 pm precision over a range of +/- 30 GHz from the center wavelength.

Fiber-Bragg-Gratings (FBGs) high-precision optical filters combine unmatched performance and cost effectiveness. They can be tailored for bandwidths as low as 2 GHz and centered between 780 nm to 2100 nm with < 50 pm accuracy. They are offered in different packaging options, including the best-in-class athermal package that features a < 0.5 pm/°C thermal drift. Multi-peak etalon filters with variable peak reflectivity can also be designed to fulfill specific requirements.

The LXM is a compact and rugged semiconductor DFB laser module ideal for phase and frequency noise-sensitive applications related to quantum photonics, telecom link monitoring and radio-frequency conversion. The ultra-narrow LXM-U model features a linewidth below 0.2 kHz, while the LXM-S model is optimised for frequency modulation and reaches > 2 GHz amplitude at a repetition rate of 100 kHz. This turn-key laser module offer high stability and reliable performances.

The LXM is a compact and rugged semiconductor DFB laser module ideal for frequency noise-sensitive applications such as distributed acoustic sensing (DAS), Doppler lidar and FMCW lidar. The ultra-narrow LXM-U model features a linewidth below 0.2 kHz, while the LXM-S model is optimised for frequency modulation and reaches > 2 GHz amplitude at a repetition rate of 100 kHz. This turn-key laser module offer high stability and reliable performances over a wide operating temperature range.

The narrow linewidth and high linearity distributed feedback (DFB) laser diode combines high coherence length and linear frequency modulation response characteristics. Based on an innovative epitaxial-structure design, this monolithic laser diode exhibits unique current modulation properties. It has been designed to ensure a minimal footprint, maximal performance and scalability to high volume applications.

The no-fuss laser module combines a DFB semiconductor laser, a low-noise current-source, and a temperature controller, all within a single, compact package. The LM operates in single-mode, producing as much as 100 mW of optical power with a linewidth less than 1 MHz and is frequency-tunable over a 50 GHz range with 10 MHz resolution.

The LXM is a compact and rugged semiconductor DFB laser module ideal for frequency noise-sensitive applications. The ultra-narrow LXM-U model features a linewidth below 0.2 kHz, while the LXM-S model is optimised for frequency modulation and reaches > 2 GHz amplitude at a repetition rate of 100 kHz. This turn-key laser module offer high stability and reliable performances over a wide operating temperature range.

The PureSpectrum™ NLL distributed feedback (DFB) laser integrates a high-power mono-mode semiconductor laser (up to 80 mW), built-in frequency discrimination, precision feedback monitoring, and high-speed frequency tuning all into a single, compact module that produces a narrow-linewidth output beam that is extremely stable and has very low noise.

The fiber Bragg grating (FBG) based ultra-narrowband tunable optical filter, available in both reflection and transmission-reflection models, enables high-isolation, narrowband filtering between 2 GHz and 50 GHz and ultra-narrowband filtering between 50 MHz and 500 MHz. Both models feature a high-precision, thermally-tunable platform capable of positioning peaks with 2 pm precision over a range of +/- 30 GHz from the center wavelength.

Fiber-Bragg-Gratings (FBGs) high-precision optical filters combine unmatched performance and cost effectiveness. They can be tailored for bandwidths as low as 2 GHz and centered between 780 nm to 2100 nm with < 50 pm accuracy. They are offered in different packaging options, including the best-in-class athermal package that features a < 0.5 pm/°C thermal drift. Multi-peak etalon filters with variable peak reflectivity can also be designed to fulfill specific requirements.