Product category
Fiber optic cables carry data as pulses of light through hair-thin strands of ultra-pure glass, delivering bandwidth and reach that copper cannot approach. They are the physical foundation of every modern network — from long-haul backbone routes to the final drop that reaches a subscriber's wall.
The category spans the constructions a complete network needs: water-blocked loose-tube cables for duct and direct-buried outside plant, tight-buffered and distribution cables for risers and equipment rooms, high-count ribbon cables where mass fusion splicing speeds up dense routes, self-supporting aerial (ADSS) types for pole spans, armored designs for rodent and crush exposure, and compact flat drop cables for the subscriber approach. Single-mode constructions built on ITU-T G.652.D fiber serve most access and metro links, bend-insensitive G.657 variants tolerate the tight corners of in-building and FTTH work, and cable designs are engineered to align with the IEC 60794 standards family.
Selection guide
Match the construction to the route first — duct, direct-buried, aerial or indoor — then size the fiber count with headroom, since installation labour dwarfs the cost of extra fibers. Choose G.652.D for general outside plant and G.657 where bend radii are tight, and specify LSZH jackets indoors and UV-stable, water-blocked sheaths outdoors. Add armoring only where rodent or mechanical exposure justifies the extra weight and cost.
Catalogue
Select up to three products to compare their typical specifications side by side.
ModelPSK-CAB-101Available
Stranded loose-tube optical cable engineered for duct, direct-buried and lashed aerial outside-plant routes. Gel-filled buffer tubes and a full water-blocking system isolate the fibers from moisture and mechanical stress, across fiber counts from 12 to 288 in a compact, duct-friendly diameter.
ModelPSK-CAB-102On request
All-Dielectric Self-Supporting aerial cable that spans pole and tower lines without a messenger wire. An aramid-yarn strength system sized per span class, plus a track-resistant sheath option, allow installation directly in energized distribution and transmission corridors.
Solutions
Operators extending fiber to the home must connect thousands of subscribers across feeder, distribution and drop layers while keeping per-home cost predictable. This solution covers the complete FTTH passive plant — from central-office termination through PLC split points to the subscriber terminal — with one coordinated product set.
View solutionInternet service providers must grow from hundreds to thousands of subscribers without re-engineering the plant at every stage. This solution structures the ISP access network — POP termination, feeder distribution and subscriber connection — so capacity is added by extension rather than replacement.
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 solutionTelecom operators run distribution plant from the exchange to neighborhoods where environment, capacity and serviceability differ by segment. This solution matches each segment — exchange termination, outside-plant routes and street-level distribution — with the appropriate cable, frame and enclosure class.
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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