Between 17 and 19 September 2012 SQS will take part in the already traditional event of its marketing plan - an international exhibition and conference ECOC, this year held in Amsterdam, Netherlands. If you plan on visiting ECOC and if you are interested in any of our products or services, we would be pleased to welcome you at our stand No. 231. SQS will present a complete product portfolio of fiber optic components and services in research and development, process development and contract manufacturing. SQS’s company presentation is going to include fiber optic products from all current SQS product groups: - Optical interconnect cables with standard optical fibers and optical connectors, - Planar fiber optic splitters based on PLC technology (symmetric, asymmetric), - Fiber-optic routes monitoring system MLS, - Special fiber optic components (optical interconnect cables with increased mechanical protection, multi-fiber patch cables with multi-fiber MPO connectors, v-groove optical fiber array, 2D optical fiber array, fiber optic boxes for splitting the multi-fiber optical cables, hermetic optical fiber feed-through bushings, plug connections for high-power signal transmission, PM fiber optic assemblies, etc.) SQS will present also some newly developed products especially fiber optic components with antireflection coating. SQS Vlaknova optika a.s. has developed a new technology for application of an optical antireflection coating to the surface of fiber optic components (e.g. connector ferrules, lenses, fiber optic arrays etc.) to reduce unwanted back reflections of transferred optical signal. Thanks to the newly developed technology SQS may design and manufacture special fiber optic connector interfaces operating over defined wavelength range capable of transferring high-power signals with low reflectivity. Moreover, by applying the antireflection coating to polarization maintaining (PM) optical fiber assemblies, SQS may guarantee not only current excellent value of polarization extinction ratio (PER) but also an excellent value of back reflection which makes them predisposed to the most demanding applications, e.g. in sensor technology.
