Product category
Fiber distribution frames are the organised meeting point between outside-plant cables and active equipment in exchanges, head-ends and data-center meet-me rooms. A well-planned frame terminates, splices and cross-connects hundreds to thousands of fibers while keeping every jumper traceable, protected and easy to change.
Inside the frame, incoming cables are anchored and their fibers routed to splice trays, where they join factory-terminated pigtails that present clean connector interfaces on adapter panels. Vertical and horizontal guides enforce bend-radius limits and keep cross-connects orderly as the frame fills, while modular panels let capacity grow in 12- or 24-fiber steps without disturbing live circuits. Rack-mount subracks suit co-location rows and floor-standing frames concentrate high counts in dedicated ODF suites — layouts designed to align with IEC 61756 and TIA-568 structured-cabling practice.
Selection guide
Size the frame for its ultimate fiber count, not the day-one figure — re-terminating a live frame costs far more than the extra panels. Decide early between pigtail-splice and field-terminated connector styles, confirm slack storage and bend-radius management on the densest routes, and match single- or double-sided access to the room layout so every jumper can be traced and replaced without disturbing its neighbours.
Catalogue
Select up to three products to compare their typical specifications side by side.
ModelPSK-ODF-124Available
19-inch 1U optical distribution frame terminating up to 24 fibers with splice and patch functions in a single unit. A slide-out tray and radius-controlled routing keep dense terminations accessible and protected in equipment rooms and cabinets.
ModelPSK-ODF-248Available
Lockable wall-mount distribution unit terminating up to 48 cores where rack space is unavailable. Stacked splice trays and a separated patch field keep splicing and day-to-day patching independent, in building risers, basements and small sites.
Solutions
Internet 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 solutionData 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 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.
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