We develop and deliver leading-edge
components for high-speed networks
Since TeraXion’s inception in 2000, our close relationships with our customers allowed us to develop a forward-looking expertise and quickly propelled us into a leadership position in the TODC market. With FBG-based dispersion compensators used in legacy and high-end DWDM networks, TeraXion has established itself as a reliable provider of high-performance optical components for 10 Gb/s, 40 Gb/s and 100 Gb/s networks.
As optical communication systems evolve from direct to coherent detection, TeraXion’s innovations allow once again our customers to benefit from various technologies including tunable narrow-linewidth white noise filtered lasers, silicon-on-insulator-based coherent receivers, as well as FBG-based optical filters and dispersion emulators/compensators.
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Cascadability of TeraXion's FBG-based dispersion compensators
Cascadability of TeraXion's FBG-based dispersion compensators
Fiber Bragg gratings (FBG) were proposed for compensating the chromatic dispersion accumulated over the transport fiber of a telecom system two decades ago. From that time on, significant advances were made, especially over the past five years, allowing the required optical performance to be reached.
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Phase ripples: a meaningful characteristic of FBG-based dispersio...
Phase ripples: a meaningful characteristic of FBG-based dispersion compensators for system impact prediction
Fiber Bragg gratings (FBG) are all-fiber wavelength selective devices used in many applications in the optical communication field, including dispersion compensation, channel filtering and blocking, optical add/drop of channels and spectral shaping, noteworthy for gain flattening in rare-earth doped fiber amplifiers.
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Optical Tunable Dispersion Compensators based on Thermally Tuned ...
Optical Tunable Dispersion Compensators based on Thermally Tuned Fiber Bragg Gratings
Tunable chromatic dispersion compensators are known to be critical components of 40 Gb/s systems, in addition to being already required at 10 Gb/s. Over the past 10 years, there was an extensive deployment of static dispersion compensation modules, mainly based on dispersion compensating fiber and, more recently, fiber Bragg gratings.
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