Product category
Testing and installation tools turn cable on a drum into certified, documented links. Fusion splicers, OTDRs, loss test sets and inspection scopes are what separate an installed network from a proven one — and they repay their cost in avoided repeat visits.
Core-alignment fusion splicers make the low-loss joints the link budget assumes, paired with precision cleavers and strippers that prepare each fiber end. OTDRs characterise every event on a link and locate faults from one end, light-source and power-meter sets certify end-to-end loss for acceptance, and visual fault locators plus end-face inspection microscopes catch the routing mistakes and contamination behind most field failures. Procedures are designed to align with the IEC 61280-series test methods and ISO/IEC 14763-3 field-test practice.
Selection guide
Buy the splicer grade the network layer deserves — core alignment for backbone and feeder work, with cladding alignment acceptable on short drops. Check OTDR dynamic range and dead zones against your actual link lengths, since short PON spans punish long dead zones; keep a calibrated loss test set for acceptance; and never omit the inspection scope — a dirty connector is still the most common fault in fiber networks.
Catalogue
Select up to three products to compare their typical specifications side by side.
ModelPSK-OPM-001Available
Handheld InGaAs power meter reading -70 to +10 dBm across all transmission windows from 850 to 1625 nm. dBm, dB and microwatt display modes, reference storage and a universal 2.5 mm port make it the everyday certification and troubleshooting tool of fiber crews.
ModelPSK-FSK-001On request
Six-motor core-alignment fusion splicer packaged as a complete field kit: precision cleaver, strippers and consumables in one transit case. Eight-second splices at 0.02 dB typical loss and a 200-cycle battery make it the production tool of FTTH construction and emergency repair.
Solutions
Data centers concentrate thousands of fiber links into a few rows, where congestion, poor labeling and uncontrolled bend radius directly degrade availability. This solution structures cabinet, frame and patch-cord infrastructure so density stays manageable and every link remains documented and re-patchable.
View solutionEnterprise campuses need building-to-building backbones that outlive several generations of active equipment. This solution builds the campus optical layer on open standards — outdoor backbone cable, structured termination and documented patching — so upgrades replace electronics, not installed plant.
View solutionPublic-sector networks are specified for decades of service, strict documentation and open, vendor-neutral standards. This solution assembles the passive optical layer for government and municipal projects — long-life cable plant, auditable termination frames and documented testing — designed to align with ITU-T and IEC practice.
View solutionPlants and logistics sites run control and monitoring traffic across long distances, electrical noise and harsh conditions where copper fails first. This solution builds interference-immune optical links between process areas, control rooms and remote buildings, with enclosures and termination hardware selected for industrial environments.
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