OM3 LC – LC Multi-Mode Duplex Fiber Jumper Cable — 2.0mm Aqua Jacket Multi-Mode Fiber Patch Cable This OM3 LC to LC duplex fiber jumper cable is designed for high-speed network environments requiring dependable multi-mode optical connectivity. Featuring compact LC connectors on both ends and a flexible 2.0 mm aqua jacket, this cable is ideal for high-density patch panels, switches, and optical transceivers. OM3 fiber supports demanding 10 Gbps data center applications while maintaining excellent signal integrity over typical data center distances. Why these cables matter High-density LC connectors — Ideal for switches, SFP modules, and high-port-count patch panels. Duplex fiber design — Supports simultaneous transmit and receive optical communication. 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 fiber supports 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.
