Core alignment splicers align the fiber cores for the lowest loss, while cladding alignment splicers align the outer glass for speed and lower cost. Learn the differences and which type fits your projects.
Thermal strippers remove fiber coatings cleanly without scratching the glass, which is key for strong, low-loss splices. Compare four popular models for single fiber and ribbon fiber work.
G.652D, G.657A and G.654E are the most common single-mode fibers in modern networks. Learn how they differ, where each is used, and how to splice them together with low loss.
A practical guide to choosing the HSV-100D 1625nm configuration for fiber maintenance, including verified functions, connector selection, and checks before active PON testing.
An OTDR trace tells the full story of a fiber link. Learn how to read the slope, identify connectors, splices, bends, ghosts and the fiber end, and avoid common interpretation mistakes.
High splice loss usually traces back to fiber preparation, alignment, arc conditions or testing. Use this 10-point troubleshooting guide to isolate the cause and improve first-pass splice quality.
A practical guide to choosing and using the EXFO MAX-730D-SM8-Oi for single-mode PON and metro networks, with wavelength guidance, iOLM interpretation, test limitations and purchasing questions.
Choosing a fusion splicer for FTTH drops and access networks? We compare four popular models by splice speed, alignment, battery and best use case to help you pick the right one.
Mass fusion splicing joins up to 12 or 16 fibers at once. Follow the complete workflow from ribbonizing loose fibers to thermal stripping, cleaving, splicing and maintenance with the COMWAY C10R ribbon splicer.
A clean cleave is the #1 factor behind low splice loss. We compare four popular precision cleavers, Sumitomo FC-8R, FITEL S327A, Fujikura CT50 and COMWAY CC-03, by blade life, workflow, price and best use case.
