Panduit FOCLX06 6F OM3 Indoor/Outdoor LSZH Cable

Panduit FOCLX06 Opti-Core 6-Fiber OM3 Indoor/Outdoor LSZH Cable

When your surveillance backbone or datacenter interconnect needs to cross outdoor pathways without transition boxes or splice points, the Panduit FOCLX06 delivers OM3 50μm multimode performance in a single-rated cable built for direct-burial trenches, aerial runs, and indoor riser shafts. The gel-free loose-tube design eliminates messy compounds during termination while LSZH jacketing meets fire-safety codes for occupied spaces—letting you run one continuous pull from outdoor junction to indoor MDF without de-rating or code violations. Six fibers handle small campus backbones, building-to-building links, or equipment-row uplinks at 10GBASE-SR distances up to 300 meters, with headroom for 40/100G over shorter spans.

Key Features

• OM3 50/125μm multimode fiber — 10GBASE-SR to 300m, 40GBASE-SR4 to 100m, 100GBASE-SR10 to 100m per TIA-492AAAC
• Indoor/outdoor dual-rated construction — UV-resistant black PE jacket eliminates costly transition boxes at building penetrations
• Gel-free loose tube — Dry water-blocking with no petroleum gel means faster, cleaner fusion splicing and connector termination in the field
• LSZH flame rating — Low Smoke Zero Halogen jacket complies with IEC 60754 for occupied spaces, data halls, and international installations where PVC is prohibited
• Opti-Core sub-brand — Panduit's flagship fiber line with guaranteed insertion loss ≤2.6 dB at 850nm per ISO/IEC 11801 OM3 limits
• 6-fiber count — Right-sized for point-to-point links, small aggregation trunks, or NVR-to-switch uplinks without over-provisioning strand count

The FOCLX06 uses laser-optimized 50/125μm OM3 fiber with 2000 MHz·km modal bandwidth at 850nm, making it the minimum spec for 10 Gigabit Ethernet over distances beyond OM2's 82-meter limit. Each fiber sits in a gel-free buffer tube filled with water-swellable aramid yarn—when moisture penetrates the outer jacket, the yarn expands to block longitudinal water migration without the cleanup headaches of flooding compound. This matters during mid-span access: you can strip the jacket, identify the target tube, and prep fibers for fusion splicing in under two minutes per end, versus ten minutes of gel removal and solvent wipes with traditional loose-tube designs. The black polyethylene outer jacket is compounded with carbon black UV inhibitors rated for 20+ years of direct sunlight exposure, so aerial runs between buildings or conduit-exit stub-ups won't crack or degrade before the fiber inside reaches end-of-life. Compliance with Telcordia GR-20 mechanical specs means the cable survives 25 freeze-thaw cycles and 1,000-hour salt-spray exposure without jacket delamination or fiber attenuation drift—critical for coastal installations or northern climates where conduit moisture freezes every winter.

Deploy FOCLX06 for building-to-building security camera aggregation where you're pulling 10G fiber from an on-site head-end to a remote equipment closet across a parking lot or courtyard—the indoor/outdoor rating lets you trench it through landscaping, then bring the same cable up a riser conduit to your switch stack without a splice box at the building entry. In datacenter row builds, use it for inter-rack 10G uplinks when the fiber path crosses a loading dock or outdoor generator pad between halls; the LSZH rating keeps you compliant in the server room while the UV jacket survives the 50-foot outdoor span. For integrators running fiber to PTZ camera positions on light poles or perimeter gates, six strands give you active link plus two spares for future 40G upgrades or out-of-band management, all in a single pull that terminates to duplex LC connectors at both ends with standard fusion-splice trays. The OM3 spec supports 40GBASE-SR4 (4×10G lanes) to 100 meters or 100GBASE-SR10 to 100 meters when you're ready to migrate the backbone—meaning today's 10G camera uplink becomes tomorrow's 40G NVR trunk without a forklift refresh.

Installation logistics favor the gel-free design when you're working in occupied facilities or finished spaces where containment of petroleum compounds determines whether you can work during business hours. Standard loose-tube cables require plastic sheeting, absorbent pads, and ventilation during jacket stripping; FOCLX06 fiber prep generates only jacket scrap and a few aramid yarn clippings, letting you complete a mid-span splice in a ceiling-grid pocket or wall-mount enclosure without shutdown windows or tenant notifications. The 6-fiber count maps cleanly to small trunk applications: use two fibers for active 10G duplex link, two for redundant path, two as dark spares—or run three independent duplex links to separate VLANs without needing a 12-strand cable and half-empty splice trays. Print legend at 2-foot intervals includes MPN, fiber count, and OM3 designation, so future contractors opening a junction box or pull vault can verify cable type and strand count without needing to pull a test jumper or consult as-built drawings that may not reflect field changes from three ownership cycles ago.

Panduit's Opti-Core manufacturing includes automated interferometric testing of every fiber at 850nm and 1300nm before spooling, guaranteeing insertion loss under 2.6 dB/km and return loss better than -20 dB when fusion-spliced to matching OM3 patchcords. The LSZH jacket meets IEC 60754-1 halogen-acid-gas limits (≤0.5% HCl content) and IEC 61034 smoke-density rules (light transmittance ≥60% after 40 minutes), making it code-compliant for European EN 50575 CPR Class Cca installations and mandatory in Hong Kong, Singapore, and Middle East projects where PVC is explicitly prohibited in occupied buildings. Black jacket color reduces thermal load in aerial installations by reflecting less solar radiation than gray or orange alternatives, and maintains professional aesthetics when cable is surface-mounted along building exteriors or routed through visible conduit in lobby spaces—critical for commercial properties where exposed infrastructure can't compromise architectural standards or trigger tenant complaints about industrial-looking orange cables in common areas.