NewYork Cables Fiber Patch Cable | LC to SC Multimode Duplex OM4 50/125 Jumper Cord | 15M (49.2ft) 40gb Fiber Optic Cable (Aqua)

NewYork Cables Fiber Patch Cable | LC to SC Multimode Duplex OM4 50/125 Jumper Cord | 15M (49.2ft) 40gb Fiber Optic Cable (Aqua) 15m Connector Type: Lc Connectors Cable Type: Fiber Optic Compatible Devices: Fiber Optics Patch Panel , TV , PC , Server, PC, Server, Television Special Feature: High Speed Recommended Uses For ProductData COMM, Telecom, Video Streaming, CCTV Cameras, Online Gaming, Smart TVs, Etc Brand new, factory sealed package, never opened or used. HIGH QUALITY FIBER OPTIC ETHERNET CABLE | 15M, OM4 LC-SC Fiber Optic Patch Cable Multimode 10Gb is designed for high density applications in gigabit ethernet, fiber channel, local area networks, data center, Premises, Educational Campuses, Commercial Buildings and so on, ideal for connecting 10G SR, 10G LRM, SFP+ transceivers etc. for 10G/40G/100G Ethernet connections and is the preferred fiber specification for 10G Ethernet connections. FASTEST ETHERNET SPEED | OM4 patch cords allow for connections between patching panels and network and server equipment. OM4 patch cords are commonly used in passive applications (GPON, FTTX and LANs), | OM4 Bandwidth Overfilled Launch At 850nm / 1500 Mhz/Km | Overfilled Launch At 1300nm / 500 Mhz/Km | Laser Launch At 850nm / 2000 Mhz/Km | Attenuation At 850nm / 3.5db/Km | Attenuation At 1300nm / 1.5db/Km. MULITMODE LIGHT TRANSMISSION | OM4 Ethernet Data Rate On 850nm In Different Lengths (100M / 40 To 100Gbps), (300M / 10Gbps), (550M / 1Gbps), (Up To 2000M / 100Mbps) | Ethernet Data Rate On 1300nm In Different Lengths (Up To 300M / 10Gbps), (550M / 1Gbps) FIRE RETARDANT CABLE & Core | This Cable has PVC Flame/Oil-Resistant Material. Corning 50µm (micron) diameter fiber core / 125µm diameter cladding (1 micron is 1 one-millionth/1 meter). The fiber optic core is surrounded by a transparent, low refraction, cladding material. Light is contained within the fiber core (total internal reflection) causing the fiber within the patch cord assembly to act as a wave-guide. Light travels through the fiber bouncing off the boundary between core & cladding. UNIQUE FIBER OPTIC CONNECTORS | Fiber Optic Cables Communicate Pulses Of Light Instead Of Electrical Signals, So The Terminations Must Be Much More Accurate. Instead Of Only Allowing Pins To Make Metal-To-Metal Connection, Fiber Optic Connectors Must Align Microscopic Glass Fibers Perfectly In Order To Allow For Communication #18

Condition

New