LogiLink Uniboot Push-Pull LC-LC OM4 multimode glasvezel-patchkabel, 1,0 m, LSZH, Heather Violet

High-density data center patching demands a fiber optic patch cable that combines performance with effortless handling. This LogiLink Uniboot cable delivers OM4 multimode transmission through a single-boot design, merging both fibers into one slim profile to reduce bulk and improve airflow in crowded racks. With push-pull LC connectors, one-hand insertion and removal is possible even in the tightest spaces, while the LSZH jacket ensures low smoke and zero halogen for enhanced safety. Supporting 40/100 Gbps Ethernet over short distances, it is the ideal backbone for modern spine-leaf architectures.

Advantages

The Uniboot design consolidates both fibers into a single cable and connector boot, cutting cable volume and simplifying management in high-density environments. Push-pull tabs allow quick, secure mating without the need for finger access to the connector body. The LSZH jacket emits minimal smoke and no halogen, making it suitable for enclosed areas with strict fire safety requirements. OM4 laser-optimized multimode fiber provides low insertion loss and high return loss, ensuring reliable signal integrity for demanding applications.

Suitable for

• Data center spine-leaf architectures
• High-density fiber patching in 19" racks
• 10G/40G/100G Ethernet backbone links up to 150 m
• Telecom rooms and enterprise networks
• Fibre Channel storage area networks

Key specifications

• Connector A: LC Uniboot push-pull
• Connector B: LC Uniboot push-pull
• Fiber type: OM4 multimode 50/125 µm
• Cable length: 1.0 m
• Jacket material: LSZH (Low Smoke Zero Halogen)
• Jacket color: Heather Violet
• Cable diameter: 2.0 mm
• Insertion loss: ≤ 0.3 dB
• Return loss: ≥ 30 dB
• Polarity: A-B (cross-over)
• Operating temperature: -20°C to 70°C
• Standards: IEC 61754-20, TIA/EIA 604-10, RoHS, REACH

Recommendations

For optimal performance, pair with OM4-compatible transceivers and maintain proper bend radius. Use in structured cabling systems requiring high-density, polarity-managed duplex links.