Compare COMWAY C10R, Fujikura 90R, and Sumitomo TYPE-82M+ ribbon fusion splicers, and find the best verified 16-core solution for data centers, FTTH, and backbone fiber projects.
The EXFO GP-3207 and GP-3208 Swap-Out Connectors let field technicians instantly switch between SC/FC and APC/UPC interfaces on EXFO MAX-730D and MAX-715D OTDRs — extending instrument lifespan and reducing downtime.
The COMWAY C10R ribbon fusion splicer has been upgraded to support 16-core ribbon fiber, delivering ≤0.05 dB splice loss in just 6 seconds. Discover why it's the highest value 16-core ribbon splicer for data centers, FTTH, and 5G networks in 2026.
The Comway MAX-600-M4 is a professional quad-wavelength OTDR supporting both singlemode (1310/1550nm) and multimode (850/1300nm) fiber in a single handheld unit — ideal for FTTH contractors, data center teams, and telecom engineers.
Fusion splicing is only as good as your ability to verify it. This guide explains exactly how to use an OTDR to measure splice loss, interpret trace results, and ensure your fiber network meets industry standards.
A complete field tutorial covering how to accurately measure fiber optic splice loss using an optical power meter and stable light source — from equipment setup and reference calibration to pass/fail evaluation per IEC 61300-3-4 standards.
A comprehensive professional guide covering all types of fusion splicers — FTTH, trunk line, and ribbon — with model recommendations, step-by-step splicing procedures, maintenance tips, and an FAQ for fiber optic engineers and installers.
The FIBMAX FI-6 is the market's only fusion splicer engineered to handle both FTTH broadband deployments and backbone trunk engineering — giving fiber contractors a single, cost-effective machine that eliminates the need to invest in two separate units.
