OM3 LC – LC Multi-Mode Simplex Fiber Jumper Cable — 2.0mm Aqua Jacket Multi-Mode Fiber Patch Cable This OM3 LC to LC simplex fiber jumper cable is designed for high-speed optical connectivity in modern enterprise and data center environments. Equipped with compact LC connectors on both ends and a flexible 2.0 mm aqua jacket, this cable is ideal for connecting switches, SFP modules, media converters, and fiber patch panels. The OM3 laser-optimized fiber core supports demanding 10 Gbps network applications while maintaining excellent signal integrity. Why these cables matter Simplex fiber design — Single optical strand for one-direction transmission applications. High-density LC connectors — Ideal for switches, SFP/SFP modules, and high-port-density patch panels. Optimized for high-speed networks — OM3 fiber supports demanding 10 Gbps data center environments. Slim 2.0 mm jacket — Improves airflow and cable management in dense rack installations. Rack Shelves Cable Management Choose the Right Multi-Mode Fiber Fiber Type Jacket Color Core Size Typical Speed Distance Best Use OM1 Orange 62.5 µm 1 Gbps ~275 m Legacy networks OM2 Orange 50 µm 1 Gbps ~550 m Enterprise networks OM3 Aqua 50 µm (laser optimized) 10 Gbps ~300 m Modern data centers OM4 Erika Violet 50 µm (advanced laser optimized) 10–100 Gbps ~550 m (10G) ~150 m (40/100G) High-performance data centers Quick Summary The primary differences between OM1, OM2, OM3, and OM4 multi-mode fiber involve core size, bandwidth capability, supported transmission distance, and maximum data rate. Higher-grade multimode fibers support faster speeds and longer reach for modern high-bandwidth networking environments. Why Buy from Gruber Professionally tested cables — Built and inspected to ensure reliable optical performance. Reliable inventory — Stocked and ready to ship from our Arizona facility. Expert support — Our technicians help ensure you select the correct fiber and connector configuration. Enterprise-grade reliability — Designed for structured cabling systems, telecom rooms, and modern data centers.
