100 Meters Uniboot LC to LC Outdoor Armored Fiber Patch Cable, Low Friction S…

By using cable assemblies with LC Uniboot connectors, half of the space can be saved over traditional duplex cable. Ideal for high-density cabling application. Polarity changes can be made in the field quickly (By switching the A and B positions in the connector for each fiber), without the use of tools, to the correct fiber mapping polarity.

100m Uniboot LC to LC Outdoor Armored Fiber Patch Cable, Single Mode, LSZH Black

By using cable assemblies with LC Uniboot connectors, half of the space can be saved over traditional duplex cable. Ideal for high-density cabling application. Polarity changes can be made in the field quickly (By switching the A and B positions in the connector for each fiber), without the use of tools, to the correct fiber mapping polarity.

OS2 LC to LC Fiber Patch Cable 1G 10Gb 9/125um SIMPLEX SMF Yellow 1.6 FT

0.5m/1.6ft OS2 LC to LC Fiber Patch Cable, 1G/10Gb 9/125um SIMPLEX SMF Single Mode Fiber Optic Patch Cord LSZH(Yellow). With its OS2 9/125μm simplex design, this fiber patch cable is ideal for the most demanding applications, including Gigabit Ethernet networks and long-distance communications.

5 PCS OS2 LC To LC Fiber Patch Cable 10GB 9/125 SM Simplex LSZH Yellow 2M

Superior Performance for Long-Distance Transmission:The OS2 single-mode fibers in this cable are designed for long-distance transmission,reaching up to 200km without compromising signal integrity.With a maximum attenuation of only 0.4dB/km,it is ideal for high-speed network cabling systems and can support Ethernet transmission speeds of 1G/10G.

Karono MPO/MTP Breakout Cable 1M(3.3Ft), 12 X LC (6 Duplex) Fanout Fiber Optic

Manufacturer Karono Science & Technology Co., Limited. Connector Type Mpo, Lc. MPO fiber cables are a high-performance solution for optical fiber connections. Cable Type Fiber Optic. For the 40G QSFP+ transceivers with “LC” interface, they cannot be split into 4x10G as they use 4 wavelengths on a pair of single-mode fibers and do not lend themselves to “splitting” into 4 pairs without substantial complexity to split out the wavelengths.