FiberCablesDirect OM1 Multimode Fiber Patch Cable | Length Options 0.5M300M | ST ST | 200M (656.17ft) | Duplex 62.5/125µm | 1Gb Ethernet | Orange OFNR PVC

OM1 Multimode Fiber for Corporate and Commercial Networks: Constructed with authentic Corning optical fiber glass (62.5/125µm core/cladding), this patch cable facilitates 1 Gigabit Ethernet at distances up to 300M @ 1310nm and 10GBase-SR up to 33M @ 850nm. It is designed for the performance needs of data centers, server rooms, telecom closets, campus backbone infrastructure, healthcare facilities, educational institutions, and in-building LAN deployments where dependable high-bandwidth fiber connectivity is essential. Over 35 Length Choices for Any Installation Scenario: Select from more than 35 precision-cut lengths ranging from 0.5M to 300M, including common sizes such as 1M, 5M, 10M, 25M, 50M, 100M, and 300M. It also accommodates long-haul backbone pulls across commercial buildings, warehouses, and multi-floor corporate facilities without signal degradation or splicing. UL-Listed OFNR Riser Jacket Engineered for Commercial Code Adherence: The orange 2.0mm OD PVC jacket carries an Optical Fiber Nonconductive Riser (OFNR) rating and is UL-listed for secure installation in vertical riser shafts and backbone conduit runs in commercial and multi-story buildings, meeting fire-retardant requirements mandated by the National Electrical Code (NEC). It is fully RoHS compliant for environmentally conscious procurement in government, healthcare, education, and corporate enterprise settings. Duplex Two-Strand Configuration for Simultaneous Bidirectional Data Transmission: The dual-strand duplex design enables full-duplex communication over a single cable assembly, supporting concurrent send and receive data streams across storage area networks (SANs), fiber channel connections, structured cabling systems, audio/visual distribution networks, and Gigabit Ethernet switch-to-server links. OM1-rated bandwidth of 160/500 MHz·km @ 850nm and 200/500 MHz·km @ 1300nm ensures stable throughput across your entire network infrastructure