Product category
Fiber patch cords are factory-terminated jumpers that make the final connection between distribution panels and active equipment. Because every link crosses at least two of them, their connector quality directly sets the insertion-loss and return-loss budget of the whole channel.
The category covers simplex and duplex cords in the common connector families — LC for high-density equipment, SC for access and PON, FC and ST for legacy plant — in both flat UPC and angled APC polishes, the latter standard wherever PON return-loss requirements apply. Cords are built on bend-insensitive G.657 fiber with LSZH jackets, with factory-inspected end-faces holding typical insertion loss at or under 0.3 dB per mating. Terminations are designed to align with IEC 61755 performance grades and Telcordia GR-326 connector practice.
Selection guide
Match connector type and polish exactly to the ports at both ends — mating APC to UPC damages end-faces and ruins the loss budget. Order lengths that avoid large slack coils, prefer uniboot or short-boot LC designs where panel density is high, and specify a tighter loss grade only on links whose optical budget genuinely needs it.
Catalogue
Select up to three products to compare their typical specifications side by side.
ModelPSK-PC-102Available
Simplex single-mode patch cord with 8° angle-polished SC connectors for reflection-critical links. The APC polish holds return loss at 60 dB or better, making it the standard jumper for GPON, XGS-PON and RF-overlay networks.
ModelPSK-PC-101Available
Duplex single-mode patch cord terminated LC/UPC on both ends for transceiver-to-panel links in dense frames. Bend-insensitive G.657.A1 fiber and a 2.0 mm LSZH zipcord jacket handle the tight routing of modern patching fields.
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 solutionModern buildings converge internet, CCTV, access control and building management onto shared infrastructure, straining separate copper systems. This solution carries all services over one optical backbone — riser distribution, floor-level terminal boxes and ONU endpoints — reducing pathway congestion and simplifying long-term operation.
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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