To accelerate the commercialization of Multi-Core Fiber (MCF), a strategy is to use the same cladding diameter as conventional 125um single-mode fibers commonly used in optical telecommunication systems. In a recent study, researchers were able to achieve a splice loss of 0.07 dB for a 4-core fiber by using a 2-electrode fusion splicer.
OptiInstrument is an versatile and powerful tool that combines the strengths of EXFO's advanced test platforms with OptiInstrument's automation and customisation features.
OptiInstrument is an easy-to-use visual programming and control software developed by Optiwave in collaboration with EXFO, addresses the needs to automate instruments for researchers, scientists, photonic engineers, professors and students.
A pioneer in the commercialisation of quantum dot laser technology, QD Laser delivers new semiconductor laser-based solutions to a broad range of fields, including telecommunications, manufacturing, medicine and consumer products.
The next generation of specialty optical fiber splicing with FITEL S185-Series Advanced Fusion Splicers. Ideal for manufacturing optical components, fiber lasers, and optical sensors.
Reductions of up 50% across the OptoSigma range of Optical Bases
See the collaboration and development work behind the OptoSigma "Super Mirror" technology, used in the highly precise atomic "optical lattice clock" at the Quantum Metrology Laboratory, RIKEN in Japan.