Products

2 LC connectors on one side and 2 SC connectors on the other sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks 10 GIG50/125OM3Aqua

Product Description 2 SC connectors on one side and 2 SC connectors on the other sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks10 GIG50/125OM3Aqua

3m (10 ft.) 100 GIG Fibre Optic Lime Green Cable - LC to LC - OM5 2 LC connectors on both sidesOM5 is designed to support short wavelength division multiplexing (SWDM) applications in range of wavelengths from 850nm to 950...

2 LC connectors on both sidesYellow9/125 single-mode fiber cable with LC/LC connectors is perfect for fast Ethernet, gigabit Ethernet, and other data applications.Single-mode fiber cable is an ideal solution for long-range networkingOFNR (riser) rated fiber cable is ideal for use...

LC to SC connectorsYellow9/125 single-mode fiber cable with LC/LC connectors is perfect for fast Ethernet, gigabit Ethernet, and other data applications.Single-mode fiber cable is an ideal solution for long-range networkingOFNR (riser) rated fiber cable is ideal for use in upright...

2 LC connectors on one side, 2 ST connectors on the other sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks50/125OM2Orange

Product Description 1 MT-RJ duplex connector on one side and 2 LC connectors on the other sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks62.5/125OM1Orange

2 LC connectors on one side, 2 SC connectors on the other sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks62.5/125OM1Orange

1 MT-RJ duplex connector on one side and 2 ST Connections on the other sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks62.5/125OM1Orange

2 LC connectors on both sidesMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit network 3m (10 ft.) Fibre Optic Cable50/125OM2Oranges

2 LC connectors on both sidesMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks62.5/125OM1Orange

2 LC connectors on one side, 2 ST connectors on the other sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks 3m (10 ft.) Fibre Optic Cable 62.5/125OM1Orange

2 SC connectors on each sideMultimode duplex fibre optic patch cable connects networking devices for high speed data transfer over long distancesIdeal for gigabit networks62.5/125OM1Orange

Specification   SFP+ CABLE Environment Operating Temperature: 0℃~70℃ (32℉~158℉)Storage Temperature: -40℃~80℃ (-40℉~176℉)Operating Humidity: 10%~90% non-condensingStorage Humidity: 5%~90% non-condensing Data Rate 10Gbps Cable Length 3m

These 9 micron (OS2) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 9 micron (OS2) fiber optic pigtails have terminated LC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated LC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 62.5 micron (OM1) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 62.5 micron (OM1) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 62.5 micron (OM1) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM3) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM3) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM4) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 50 micron (OM4) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM4) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated LC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 9 micron (OS2) fiber optic pigtails have terminated SC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated SC/APC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 62.5 micron (OM1) fiber optic jacketed pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 62.5 micron (OM1) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 62.5 micron (OM1) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM3) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM3) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated SC fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 62.5 micron (OM1) fiber optic jacketed pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...

These 62.5 micron (OM1) fiber optic pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 62.5 micron (OM1) fiber optic pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 50 micron (OM2) fiber optic pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a multi-strand...

These 9 micron (OS2) fiber optic jacketed pigtails have terminated ST fiber optic connectors on one side and are un-terminated on the other side. The un-terminated ends are meant to be stripped and fusion spliced to single fibers of a...